{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# notebook to generate automatic emails to contact all PIK authors with pending publications\n", "\n", "1. from https://publications.pik-potsdam.de/pubman/faces/HomePage.jsp get curl.txt file of advanced search (manual search query under Identifier: MDB_ID: pending)\n", "2. convert curl to python code via https://curlconverter.com/python/\n", "3. extract a dictionary `pending_pubs_by_author`, which list the responsible PIK authors with their pending publications.\n", "4. generate an automatic email from the information in `pending_pubs_by_author` for each responsible author.\n", "5. Send the emails automatically using a script. " ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import requests\n", "import json\n", "from email import policy\n", "from email.message import EmailMessage\n", "\n", "# The Python script below is using the `requests` library to send a `POST` request to the URL `https://publications.pik-potsdam.de/rest/items/search`. \n", "# The response from the server is stored in the `response` variable. \n", "\n", "# generated with https://curlconverter.com/python/\n", "# based on https://publications.pik-potsdam.de/pubman/faces/SearchResultListPage.jsp\n", "\n", "headers = {\n", " 'Cache-Control': 'no-cache',\n", " 'Content-Type': 'application/json',\n", "}\n", "\n", "params = {\n", " 'format': 'json',\n", "}\n", "\n", "json_data = {\n", " 'query': {\n", " 'bool': {\n", " 'must': [\n", " {\n", " 'term': {\n", " 'publicState': {\n", " 'value': 'RELEASED',\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " {\n", " 'term': {\n", " 'versionState': {\n", " 'value': 'RELEASED',\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " {\n", " 'bool': {\n", " 'should': [\n", " {\n", " 'nested': {\n", " 'query': {\n", " 'bool': {\n", " 'must': [\n", " {\n", " 'term': {\n", " 'metadata.identifiers.type': {\n", " 'value': 'MDB_ID',\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " {\n", " 'match_phrase': {\n", " 'metadata.identifiers.id': {\n", " 'query': 'pending',\n", " 'slop': 0,\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " ],\n", " 'adjust_pure_negative': True,\n", " 'boost': 1.0,\n", " },\n", " },\n", " 'path': 'metadata.identifiers',\n", " 'ignore_unmapped': False,\n", " 'score_mode': 'avg',\n", " 'boost': 1.0,\n", " },\n", " },\n", " {\n", " 'nested': {\n", " 'query': {\n", " 'bool': {\n", " 'must': [\n", " {\n", " 'term': {\n", " 'metadata.sources.identifiers.type': {\n", " 'value': 'MDB_ID',\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " {\n", " 'match_phrase': {\n", " 'metadata.sources.identifiers.id': {\n", " 'query': 'pending',\n", " 'slop': 0,\n", " 'boost': 1.0,\n", " },\n", " },\n", " },\n", " ],\n", " 'adjust_pure_negative': True,\n", " 'boost': 1.0,\n", " },\n", " },\n", " 'path': 'metadata.sources.identifiers',\n", " 'ignore_unmapped': False,\n", " 'score_mode': 'avg',\n", " 'boost': 1.0,\n", " },\n", " },\n", " ],\n", " 'adjust_pure_negative': True,\n", " 'boost': 1.0,\n", " },\n", " },\n", " ],\n", " 'adjust_pure_negative': True,\n", " 'boost': 1.0,\n", " },\n", " },\n", " 'sort': [\n", " {\n", " 'metadata.title.keyword': {\n", " 'order': 'ASC',\n", " },\n", " },\n", " ],\n", " 'size': '5000',\n", " 'from': '0',\n", "}\n", "\n", "response = requests.post('https://publications.pik-potsdam.de/rest/items/search', params=params, headers=headers, json=json_data)\n", "\n", "# Note: json_data will not be serialized by requests\n", "# exactly as it was in the original request.\n", "#data = '{\"query\" : {\\n \"bool\" : {\\n \"must\" : [ {\\n \"term\" : {\\n \"publicState\" : {\\n \"value\" : \"RELEASED\",\\n \"boost\" : 1.0\\n }\\n }\\n }, {\\n \"term\" : {\\n \"versionState\" : {\\n \"value\" : \"RELEASED\",\\n \"boost\" : 1.0\\n }\\n }\\n }, {\\n \"bool\" : {\\n \"should\" : [ {\\n \"nested\" : {\\n \"query\" : {\\n \"bool\" : {\\n \"must\" : [ {\\n \"term\" : {\\n \"metadata.identifiers.type\" : {\\n \"value\" : \"MDB_ID\",\\n \"boost\" : 1.0\\n }\\n }\\n }, {\\n \"match_phrase\" : {\\n \"metadata.identifiers.id\" : {\\n \"query\" : \"pending\",\\n \"slop\" : 0,\\n \"boost\" : 1.0\\n }\\n }\\n } ],\\n \"adjust_pure_negative\" : true,\\n \"boost\" : 1.0\\n }\\n },\\n \"path\" : \"metadata.identifiers\",\\n \"ignore_unmapped\" : false,\\n \"score_mode\" : \"avg\",\\n \"boost\" : 1.0\\n }\\n }, {\\n \"nested\" : {\\n \"query\" : {\\n \"bool\" : {\\n \"must\" : [ {\\n \"term\" : {\\n \"metadata.sources.identifiers.type\" : {\\n \"value\" : \"MDB_ID\",\\n \"boost\" : 1.0\\n }\\n }\\n }, {\\n \"match_phrase\" : {\\n \"metadata.sources.identifiers.id\" : {\\n \"query\" : \"pending\",\\n \"slop\" : 0,\\n \"boost\" : 1.0\\n }\\n }\\n } ],\\n \"adjust_pure_negative\" : true,\\n \"boost\" : 1.0\\n }\\n },\\n \"path\" : \"metadata.sources.identifiers\",\\n \"ignore_unmapped\" : false,\\n \"score_mode\" : \"avg\",\\n \"boost\" : 1.0\\n }\\n } ],\\n \"adjust_pure_negative\" : true,\\n \"boost\" : 1.0\\n }\\n } ],\\n \"adjust_pure_negative\" : true,\\n \"boost\" : 1.0\\n }\\n},\"sort\" : [{\"metadata.title.keyword\" : {\"order\" : \"ASC\"}}],\"size\" : \"5000\",\"from\" : \"0\"}'\n", "#response = requests.post('https://publications.pik-potsdam.de/rest/items/search', params=params, headers=headers, data=data)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Extract the necessary informations from the json file" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "number of Records: 113\n", "number of pending publications: 113\n", "number of authors with pending publications: 67\n", "authors with multiple pending publications: 18\n", "List of the authors, sorted by the number of pending publications:\n", "Johan Rockström : 20\n", "Dennis Höning : 5\n", "Ottmar Edenhofer : 3\n", "Maximilian Kotz : 3\n", "Andrey Ganopolski : 3\n", "Michael Pahle : 3\n", "Owen Gaffney : 3\n", "Lauren Andersen : 3\n", "Alexander Robinson : 3\n", "Wolfgang Lucht : 2\n", "Fabian Stenzel : 2\n", "Nils Bochow : 2\n", "Dominik Paprotny : 2\n", "Boris Sakschewski : 2\n", "Nico Wunderling : 2\n", "Johannes Többen : 2\n", "Norbert Marwan : 2\n", "Takahito Mitsui : 2\n", "Daniel Klingenfeld : 1\n", "Hazem Krichene : 1\n", "Wolfram Barfuss : 1\n", "Martin C. Hänsel : 1\n", "Maganizo Kruger Nyasulu : 1\n", "Elmar Kriegler : 1\n", "Hans Joachim Schellnhuber : 1\n", "Matthias Kemter : 1\n", "Arne Tobian : 1\n", "Robert Devon Carr : 1\n", "Patryk Kubiczek : 1\n", "Jakob Lochner : 1\n", "Lennart Quante : 1\n", "Holger Hoff : 1\n", "Mehrnaz Anvari : 1\n", "Kelsey Barton-Henry : 1\n", "Werner von Bloh : 1\n", "Lucas Kluge : 1\n", "Jonathan Friedemann Donges : 1\n", "Charlotte Sophia Bez : 1\n", "Robert C. Pietzcker : 1\n", "Katja Frieler : 1\n", "Kira Vinke : 1\n", "Maik Billing : 1\n", "Benedikt Mester : 1\n", "Torsten Albrecht : 1\n", "Lisa Luna : 1\n", "Simon Quemin : 1\n", "Vitus Benson : 1\n", "Eckehard Schöll : 1\n", "Maximilian Gelbrecht : 1\n", "Renato Rodrigues : 1\n", "Falko Ueckerdt : 1\n", "Masoud Rostami : 1\n", "Fang Zhao : 1\n", "Nitin Babu George : 1\n", "Sebastian Bathiany : 1\n", "Antoine Levesque : 1\n", "Fenglan Sun : 1\n", "Helga Weisz : 1\n", "Maria A. Martin : 1\n", "Niklas Kramer : 1\n", "Julia Blocher : 1\n", "Sina Loriani : 1\n", "Ann Kristin Klose : 1\n", "Diogo Andreola Serraglio : 1\n", "Jérôme Hilaire : 1\n", "Jens Fohlmeister : 1\n", "Antonia Schuster : 1\n" ] } ], "source": [ "pending_pubs_original = json.loads(response.content)\n", "print(\"number of Records:\", pending_pubs_original[\"numberOfRecords\"])\n", "\n", "# find first authors of pending publications that are part of PIK\n", "def get_author_id(author_id_long):\n", " # help function: remove all characters before the last '/' to get the author_id without the full URI\n", " return author_id_long[author_id_long.rfind('/')+1:]\n", "\n", "pending_pubs_by_author = {}\n", "for record in pending_pubs_original[\"records\"]:\n", " title = record[\"data\"][\"metadata\"][\"title\"]\n", " objectId = record[\"data\"][\"objectId\"]\n", " # add a date if available\n", " if \"datePublishedOnline\" in record[\"data\"][\"metadata\"]:\n", " date = record[\"data\"][\"metadata\"][\"datePublishedOnline\"]\n", " elif \"datePublishedInPrint\" in record[\"data\"][\"metadata\"]:\n", " #print(\"datePublishedOnline not found for record\", objectId, \"with title\", title)\n", " date = record[\"data\"][\"metadata\"][\"datePublishedInPrint\"]\n", " elif \"dateAccepted\" in record[\"data\"][\"metadata\"]:\n", " #print(\"datePublishedOnline and datePublishedInPrint not found for record\", objectId, \"with title\", title)\n", " date = record[\"data\"][\"metadata\"][\"dateAccepted\"]\n", " else:\n", " print(\"no date found for record\", objectId, \"with title\", title)\n", " date = \"unknown\"\n", "\n", " for creator in record[\"data\"][\"metadata\"][\"creators\"]:\n", " # check if organizations is a key in creator[\"person\"]\n", " if \"organizations\" not in creator[\"person\"]:\n", " print(\"organizations is not a key in creator[\\\"person\\\"]\")\n", " continue\n", "\n", " # Check if the creator is part of PIK\n", " if not any(org[\"name\"] == \"Potsdam Institute for Climate Impact Research\" for org in creator[\"person\"][\"organizations\"]):\n", " continue # Skip this creator if they are not part of PIK\n", " \n", " # add the publication to the list of pending publications by the author. If the author is not already in the list, add them.\n", " author_id = get_author_id(creator[\"person\"][\"identifier\"][\"id\"])\n", " given_name = creator[\"person\"][\"givenName\"]\n", " family_name = creator[\"person\"][\"familyName\"]\n", " if author_id not in pending_pubs_by_author:\n", " pending_pubs_by_author[author_id] = {}\n", " pending_pubs_by_author[author_id][\"given_name\"] = given_name\n", " pending_pubs_by_author[author_id][\"family_name\"] = family_name\n", " pending_pubs_by_author[author_id][\"full_name\"] = f\"{given_name} {family_name}\"\n", " pending_pubs_by_author[author_id][\"publications\"] = []\n", " pending_pubs_by_author[author_id][\"publications\"].append({\"title\": title,\n", " \"date\": date,\n", " \"objectId\": objectId, \n", " \"url\": f\"https://publications.pik-potsdam.de/pubman/faces/ViewItemOverviewPage.jsp?itemId={objectId}\"})\n", " break # break after the first PIK author is added, then go to the next record\n", "\n", "# sort the publications by date\n", "for author_id, data in pending_pubs_by_author.items():\n", " data[\"publications\"] = sorted(data[\"publications\"], key=lambda x: x[\"date\"])\n", "\n", "# find authors with multiple pending publications for the new structure of pending_pubs_by_author\n", "authors_with_multiple_pubs = {}\n", "for author_id, data in pending_pubs_by_author.items():\n", " if len(data[\"publications\"]) > 1:\n", " authors_with_multiple_pubs[author_id] = data\n", "\n", "# show how many publications are in total pending\n", "print(\"number of pending publications:\", sum([len(data[\"publications\"]) for data in pending_pubs_by_author.values()]))\n", "\n", "# show how many authors have pending publications\n", "print(\"number of authors with pending publications:\", len(pending_pubs_by_author))\n", "\n", "# show authors with multiple pending publications\n", "print(\"authors with multiple pending publications:\", len(authors_with_multiple_pubs))\n", "\n", "# List the authors with the most pending publications\n", "print(\"List of the authors, sorted by the number of pending publications:\")\n", "sorted_authors = sorted(pending_pubs_by_author.items(), key=lambda x: len(x[1][\"publications\"]), reverse=True)\n", "for author_id, data in sorted_authors:\n", " print(data[\"given_name\"], data[\"family_name\"], \":\", len(data[\"publications\"]))" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'numberOfRecords': 113,\n", " 'records': [{'data': {'objectId': 'item_24841',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2020-12-23T12:06:44.642+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24841_1',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'lastModificationDate': '2020-12-23T12:06:44.642+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_24841',\n", " 'creator': {'objectId': 'user_24791'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2020-12-02T12:03:44.647+0000',\n", " 'latestRelease': {'objectId': 'item_24841',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2020-12-23T12:06:44.642+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24841_1',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_24841',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2020-12-23T12:06:44.642+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24841_1',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': [],\n", " 'metadata': {'title': '10 Insights on Climate Impacts and Peace',\n", " 'creators': [{'person': {'givenName': 'Adrien',\n", " 'familyName': 'Detges',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Daniel',\n", " 'familyName': 'Klingenfeld',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/klingenfeld', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Christian',\n", " 'familyName': 'König',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Benjamin',\n", " 'familyName': 'Pohl',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Lukas',\n", " 'familyName': 'Rüttinger',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jacob',\n", " 'familyName': 'Schewe',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Schewe', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Barbora',\n", " 'familyName': 'Sedova',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Barbora.Sedova',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Janani',\n", " 'familyName': 'Vivekananda',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2020-06-22',\n", " 'datePublishedOnline': '2020-06-22',\n", " 'genre': 'REPORT',\n", " 'identifiers': [{'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'}],\n", " 'languages': ['eng'],\n", " 'publishingInfo': {'place': 'Berlin',\n", " 'publisher': 'adelphi research gemeinnützige GmbH'},\n", " 'totalNumberOfPages': '71',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Climate change is one of the most pressing political issues of our time. Science is uncovering the unprecedented nature and scale of its impacts on people, economies and ecosystems worldwide. One critical dimension of these impacts is their effect on international peace and security.This report summarises the state of knowledge regarding security risks related to climate change. To this end, it synthesises and contextualises the existing scientific evidence. It does not reflect all aspects of the debate that have emerged across social science but focuses on those that are particularly relevant at the political level.Climate change itself is rarely a direct cause of conflict. Yet, there is ample evidence that its effects exacerbate important drivers and contextual factors of conflict and fragility, thereby challenging the stability of states and societies.'}]},\n", " 'files': [{'objectId': 'file_24842',\n", " 'name': '10_insights_on_climate_impacts_and_peace_report.pdf',\n", " 'lastModificationDate': '2020-12-23T12:06:10.698+0000',\n", " 'creationDate': '2020-12-02T12:03:44.650+0000',\n", " 'creator': {'objectId': 'user_24791'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_24841_1/component/file_24842/10_insights_on_climate_impacts_and_peace_report.pdf',\n", " 'content': '/rest/items/item_24841_1/component/file_24842/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '039d04b46a7462a368d8844d78f111a1',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 7545077,\n", " 'metadata': {'title': '10_insights_on_climate_impacts_and_peace_report.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by-nd/4.0/'}}]},\n", " 'persistenceId': 'item_24841_1'},\n", " {'data': {'objectId': 'item_27351',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-15T08:29:58.267+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27351_3',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-02-15T08:29:58.267+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_27351',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2022-08-25T10:47:55.420+0000',\n", " 'latestRelease': {'objectId': 'item_27351',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-15T08:29:58.267+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27351_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_27351',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-15T08:29:58.267+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27351_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'A Call for An International Research Program on the Risk of a Global Polycrisis',\n", " 'creators': [{'person': {'givenName': 'T.',\n", " 'familyName': 'Homer-Dixon',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'O.',\n", " 'familyName': 'Renn',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jonathan Friedemann',\n", " 'familyName': 'Donges',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Donges', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'S.',\n", " 'familyName': 'Janzwood',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2022-03-24',\n", " 'dateModified': '2022-07-20',\n", " 'datePublishedInPrint': '2022-07-20',\n", " 'datePublishedOnline': '2022-03-15',\n", " 'genre': 'REPORT',\n", " 'identifiers': [{'id': 'RD1 - Earth System Analysis',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': '10.2139/ssrn.4058592', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'publishingInfo': {'place': 'Colwood, British Columbia',\n", " 'publisher': 'Cascade Institute'},\n", " 'sources': [{'title': 'Technical Paper',\n", " 'volume': '2022-03',\n", " 'genre': 'SERIES'}],\n", " 'freeKeywords': 'polycrisis, systemic risk, risk synchronization, complexity, feedbacks, substrate',\n", " 'totalNumberOfPages': '11',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Humanity faces an array of grave, long-term challenges, now often labeled “global systemic risks.” While scientific knowledge of the individual risks spawning these crises is deep, our understanding of causal links among risks remains shallow. This observation raises two key questions: What causal processes might be accelerating and amplifying risks within global natural and social systems and synchronizing risks (and their concomitant crises) across these systems? And what might humanity do to mitigate or even reverse these processes? We offer a novel analytical framework to aid identification of hitherto unrecognized, complex teleconnections and self-reinforcing feedbacks among global systems. We argue that the ultimate result of such unrecognized processes could be a global polycrisis—a single, macro-crisis of interconnected, runaway failures of Earth’s vital natural and social systems that irreversibly degrades humanity’s prospects. We therefore call for a global scientific collaboration to discern causal mechanisms that might generate a polycrisis and actionable policies to mitigate this risk. 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These events disrupt production and cause multiple other types of economic losses, including negative impacts on the banking system. Understanding the transmission mechanism that causes various negative second-order post-catastrophe effects is crucial if policymakers are to develop more efficient recovery strategies. In this work, we introduce a credit-based adaptive regional input-output (ARIO) model to analyse the effects of disasters and crises on the supply chain and bank-firm credit networks. Using real Japanese networks and the exogenous shocks of the 2008 Lehman Brothers bankruptcy and the Great East Japan Earthquake (March 11, 2011), this paper aims to depict how these negative shocks propagate through the supply chain and affect the banking system. The credit-based ARIO model is calibrated using Latin hypercube sampling and the design of experiments procedure to reproduce the short-term (one-year) dynamics of the Japanese industrial production index after the 2008 Lehman Brothers bankruptcy and the 2011 Great East Japan earthquake. Then, through simulation experiments, we identify the chemical and petroleum manufacturing and transport sectors as the most vulnerable Japanese industrial sectors. Finally, the case of the 2011 Great East Japan Earthquake is simulated for Japanese prefectures to understand differences among regions in terms of globally engendered indirect economic losses. 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Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Earth Resilience in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Environmental Research Letters',\n", " 'volume': '18',\n", " 'issue': '9',\n", " 'sequenceNumber': '095001',\n", " 'identifiers': [{'id': '/journals/resource/150326', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'Social inequality, Tipping points, Earth system, Earth system resilience\\r\\n',\n", " 'totalNumberOfPages': '11',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"The Anthropocene is characterized by the strengthening of planetary-scale interactions between the biophysical Earth system (ES) and human societies. This increasing social-ecological entanglement poses new challenges for studying possible future World-Earth system (WES) trajectories and World-Earth resilience defined as the capacity of the system to absorb and regenerate from anthropogenic stresses such as greenhouse gas emissions and land-use changes. The WES is currently in a non-equilibrium transitional regime of the early Anthropocene with arguably no plausible possibilities of remaining in Holocene-like conditions while sheltering up to 10\\u2009billion humans without risk of undermining the resilience of the ES. We develop a framework within which to conceptualize World-Earth resilience to examine this risk. Because conventional ball-and-cup type notions of resilience are hampered by the rapid and open-ended social, cultural, economic and technological evolution of human societies, we focus on the notion of 'pathway resilience', i.e. the relative number of paths that allow the WES to move from the currently occupied transitional states towards a safe and just operating space in the Anthropocene. We formalize this conceptualization mathematically and provide a foundation to explore how interactions between ES resilience (biophysical processes) and World system (WS) resilience (social processes) impact pathway resilience. Our analysis shows the critical importance of building ES resilience to reach a safe and just operating space. We also illustrate the importance of WS dynamics by showing how perceptions of fairness coupled with regional inequality affects pathway resilience. The framework provides a starting point for the analysis of World-Earth resilience that can be extended to more complex model settings as well as the development of quantitative planetary-scale resilience indicators to guide sustainable development in a stabilized ES.\"}]},\n", " 'files': [{'objectId': 'file_28751',\n", " 'name': '28747oa.pdf',\n", " 'lastModificationDate': '2023-09-20T09:14:45.509+0000',\n", " 'creationDate': '2023-09-20T09:14:45.509+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28747_1/component/file_28751/28747oa.pdf',\n", " 'content': '/rest/items/item_28747_1/component/file_28751/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'fbbc577fdb904302a3ac1c3c43467fe0',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2761378,\n", " 'metadata': {'title': '28747oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_28747_1'},\n", " {'data': {'objectId': 'item_29267',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-08T14:02:44.225+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29267_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-02-08T14:02:44.225+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29267',\n", " 'creator': {'objectId': 'user_29016'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-01-03T12:53:32.775+0000',\n", " 'latestRelease': {'objectId': 'item_29267',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-08T14:02:44.225+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29267_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29267',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-08T14:02:44.225+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29267_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'A New Decade of Research on the Economics of Climate Change [Editorial]',\n", " 'creators': [{'person': {'givenName': 'Martin C.',\n", " 'familyName': 'Hänsel',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Martin.Haensel',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Ottmar',\n", " 'familyName': 'Edenhofer',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Ottmar.Edenhofer',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-10-03',\n", " 'datePublishedOnline': '2023-10-03',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1515/jbnst-2023-0070', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Edenhofer', 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD3 - 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However, biomass availability would limit the potential of BECCS, and biomass cropland expansion may threaten biodiversity, food security, and water supply. Replacing land-intensive foods can help unlock sustainable biomass production. Here, we estimated BECCS energy and negative emissions using biomass grown on freed-up land when replacing animal-source foods. Biomass production excludes agricultural expansion to protect biodiversity, ensures enough food supply globally to safeguard food security, and constrains irrigation to secure water for people and ecosystems. Negative emissions consider supply chain emissions and the forgone sequestration from natural revegetation. Results show that replacing 50% of animal products by 2050 could release enough land for BECCS to generate 26.4–39.5 EJelec/year, the scale of coal power today, while removing 5.9–9.3 GtCO2e/year from the atmosphere, almost what coal power emits today.'}]},\n", " 'files': [{'objectId': 'file_29877',\n", " 'name': '29739oa.pdf',\n", " 'lastModificationDate': '2024-05-15T10:14:29.725+0000',\n", " 'creationDate': '2024-05-15T10:14:29.725+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PRIVATE',\n", " 'pid': 'hdl:pubman/item/item_29739_2/component/file_29877/29739oa.pdf',\n", " 'content': '/rest/items/item_29739_2/component/file_29877/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '3454c99fb5ea66e19af6b27c4da20e00',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1249650,\n", " 'metadata': {'title': '29739oa.pdf',\n", " 'contentCategory': 'post-print',\n", " 'formats': [{'value': 'application/pdf', 'type': 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'25',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'A waste-to-protein system that integrates a range of waste-to-protein upgrading technologies has the potential to converge innovations on zero-waste and protein security to ensure a sustainable protein future. We present a global overview of food-safe and feed-safe waste resource potential and technologies to sort and transform such waste streams with compositional quality characteristics into food-grade or feed-grade protein. The identified streams are rich in carbon and nutrients and absent of pathogens and hazardous contaminants, including food waste streams, lignocellulosic waste from agricultural residues and forestry, and contaminant-free waste from the food and drink industry. A wide range of chemical, physical, and biological treatments can be applied to extract nutrients and convert waste-carbon to fermentable sugars or other platform chemicals for subsequent conversion to protein. Our quantitative analyses suggest that the waste-to-protein system has the potential to maximise recovery of various low-value resources and catalyse the transformative solutions toward a sustainable protein future. However, novel protein regulation processes remain expensive and resource intensive in many countries, with protracted timelines for approval. This poses a significant barrier to market expansion, despite accelerated research and development in waste-to-protein technologies and novel protein sources. Thus, the waste-to-protein system is an important initiative to promote metabolic health across lifespans and tackle the global hunger crisis.'}]},\n", " 'files': [{'objectId': 'file_28149',\n", " 'name': '27915oa.pdf',\n", " 'lastModificationDate': '2023-04-19T11:34:32.099+0000',\n", " 'creationDate': '2023-02-07T12:09:16.837+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_27915_2/component/file_28149/27915oa.pdf',\n", " 'content': '/rest/items/item_27915_3/component/file_28149/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'ac65e2292611a22f4493892828b448f8',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 4463033,\n", " 'metadata': {'title': '27915oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/3.0/'}}]},\n", " 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Intelligence Briefing recognizes the urgent need for global-scale transformations to\\r\\novercome the crises facing humanity. The “10 Must Haves Initiative,” conceptualized by The\\r\\nEarth League and the participants of the Global Futures Conference, aims to provide a\\r\\nframework for accelerated transformations to bridge the gap between pledges and action\\r\\nrelated to global challenges to stay within planetary boundaries and ensure a safe and just\\r\\nfuture for all. Each \"Must Have\" represents targets within which a forthcoming report outlines\\r\\nthe specific “must-do” actions, relevant actors and considerations for successful\\r\\nimplementation. 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Efforts to meet new targets and goals for the next three decades risk repeating this\\r\\noutcome due to three factors: neglect of increasing drivers of decline; unrealistic expectations and time\\r\\nframes of biodiversity recovery; and insufficient attention to justice within and between generations and\\r\\nacross countries. Our Earth system justice approach identifies six sets of actions that when tackled simulta-\\r\\nneously address these failings: (1) reduce and reverse direct and indirect drivers causing decline; (2) halt and\\r\\nreverse biodiversity loss; (3) restore and regenerate biodiversity to a safe state; (4) raise minimum wellbeing\\r\\nfor all; (5) eliminate over-consumption and excesses associated with accumulation of capital; and (6) uphold\\r\\nand respect the rights and responsibilities of all communities, present and future. 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is expected to increase the frequency and magnitude of flooding. Furthermore, in recent years, there has been an increase in city extent and population densities. This study considers the metropolitan area of Pamplona (Spain) as a case study. The delta changes in precipitation quantiles in the Arga River catchment, obtained from 12 climate models, have been transformed into peak flow delta changes using the Real-time Interactive Basin Simulator (RIBS) model. Also, three percentiles of flood quantile delta changes are selected. Water depths and flood extents expected in future flood events have been obtained using the two-dimensional Iber hydrodynamic model. The Safer_DAMAGE algorithm has been used to assess flood losses in urban areas at the building scale. 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Heavy precipitation in early 2020 led to flooding and runoff that entrained ash and soil in burned areas, increasing sediment concentration in rivers, and reducing water quality. We exemplify this hazard cascade in a catchment in New South Wales by mapping burn severity, flood, and rainfall recurrence; estimating changes in soil erosion; and comparing them with river turbidity data. We show that following the extreme drought and wildfires, even moderate rain and floods led to undue increases in soil erosion and reductions in water quality. 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The approach adopted to assess beach erosion at the island scale consisted of three modules. First, the location, dimensions and other attributes of the Cypriot beaches were recorded on the basis of widely-available satellite imagery. Secondly, sea levels and waves were modeled along the coast under different climatic scenarios and dates in the 21st century. Finally, using these projections beach retreat due to the relative mean sea level rise (RSLR) and extreme sea levels (ESLs) was estimated using ensembles of analytical and numerical cross-shore morphodynamic models, respectively. Extreme sea levels (ESLs) were projected to (a) increase by up to 60% in 2100 from their baseline (2000) levels, and (b) vary along the coast, with the highest ESLs (and corresponding waves) projected for the southern and western coasts. The mostly narrow Cypriot beaches (91% recorded maximum widths of < 50 m) showed increased exposure to erosion. In 2100, about 47% and 72% (based on the median model estimates) of the 241 unprotected Cypriot beaches will be permanently eroded, due to mean sea level rise (SLR), to 50% of their present maximum width, depending on the scenario. In addition to the long-term erosion due to SLR, severe storm erosion is projected by 2050 even under the RCP4.5 scenario; the 100-year extreme sea level event (ESL100) may overwhelm (at least temporarily) 49% of the currently unprotected Cypriot beaches without effective adaptation responses, with the most exposed beaches located along the northern coast. 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'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Environmental Research Letters',\n", " 'volume': '19',\n", " 'issue': '5',\n", " 'sequenceNumber': '054060',\n", " 'identifiers': [{'id': '/journals/resource/150326', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'Planetary boundaries, climate change, biome shifts, Earth system interactions, biosphere feedbacks',\n", " 'totalNumberOfPages': '15',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The planetary boundaries framework defines a safe operating space for humanity. To date, these boundaries have mostly been investigated separately, and it is unclear whether\\r\\nbreaching one boundary can lead to the transgression of another. By employing a dynamic global vegetation model, we systematically simulate the strength and direction of the effects of different transgression levels of the climate change boundary (using climate output from ten CMIP6 models for CO2 levels ranging from 350 ppm to 1000 ppm). We focus on climate change-induced shifts of Earth’s major forest biomes, the control variable for the\\r\\nland-system change boundary, both by the end of this century and, to account for the long-term legacy effect, by the end of the millennium. Our simulations show that while staying within the 350 ppm climate change boundary co-stabilizes the land-system change\\r\\nboundary, breaching it (>450 ppm) leads to its critical transgression with greater severity, the higher the ppm level rises and the more time passes. Specifically, this involves a poleward treeline shift, boreal forest dieback (nearly completely within its current area under extreme climate scenarios), competitive expansion of temperate forest into today’s boreal zone, and a slight tropical forest extension. These interacting changes also affect other\\r\\nplanetary boundaries (freshwater change and biosphere integrity) and provide feedback to the climate change boundary itself. 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Yet, for climate change, such potential futures are poorly understood. Could anthropogenic climate change result in worldwide societal collapse or even eventual human extinction? At present, this is a dangerously underexplored topic. Yet there are ample reasons to suspect that climate change could result in a global catastrophe. Analyzing the mechanisms for these extreme consequences could help galvanize action, improve resilience, and inform policy, including emergency responses. We outline current knowledge about the likelihood of extreme climate change, discuss why understanding bad-to-worst cases is vital, articulate reasons for concern about catastrophic outcomes, define key terms, and put forward a research agenda. 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'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Climate Risk Management',\n", " 'volume': '40',\n", " 'sequenceNumber': '100500',\n", " 'identifiers': [{'id': '/journals/resource/20191025', 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'climate change',\n", " 'totalNumberOfPages': '19',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Modelling complex interactions involving climatic features, socio-economic vulnerability or responses, and long impact transmissions is associated with substantial uncertainty. Physical climate storylines are proposed as an approach to explore complex impact transmission pathways and possible alternative unfoldings of event cascades under future climate conditions. These storylines are particularly useful for climate risk assessment for complex domains, including event cascades crossing multiple disciplinary or geographical borders. For an effective role in climate risks assessments, development guidelines are needed to consistently develop and interpret the storyline event analyses.\\r\\n\\r\\nThis paper elaborates on the suitability of physical climate storyline approaches involving climate event induced shocks propagating into societal impacts. It proposes a set of common elements to construct the event storylines. In addition, criteria for their application for climate risk assessment are given, referring to the need for storylines to be physically plausible, relevant for the specific context, and risk-informative.\\r\\n\\r\\nApart from an illustrative gallery of storyline examples found in literature, three examples of varying scope and complexity are presented in detail, all involving the potential impact on European socio-economic sectors induced by remote climate change features occurring far outside the geographical domain of the European mainland. The storyline examples illustrate the application of the proposed storyline components and evaluate the suitability of the criteria defined in this paper. It thereby contributes to a rigorous design and application of event-based climate storyline approaches.'}]},\n", " 'files': [{'objectId': 'file_28845',\n", " 'name': '1-s2.0-S2212096323000268-main.pdf',\n", " 'lastModificationDate': '2023-10-20T10:05:26.073+0000',\n", " 'creationDate': '2023-10-20T07:14:27.731+0000',\n", " 'creator': {'objectId': 'user_27509'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28844_1/component/file_28845/1-s2.0-S2212096323000268-main.pdf',\n", " 'content': '/rest/items/item_28844_1/component/file_28845/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '1ad3f7c2edb009dab7183f4afd22beba',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 4082050,\n", " 'metadata': {'title': '1-s2.0-S2212096323000268-main.pdf',\n", " 'contentCategory': 'any-fulltext',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_28844_1'},\n", " {'data': {'objectId': 'item_29853',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-07T06:31:31.036+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29853_3',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-06-07T06:31:31.036+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29853',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-05-08T09:33:28.666+0000',\n", " 'latestRelease': {'objectId': 'item_29853',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-07T06:31:31.036+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29853_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29853',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-07T06:31:31.036+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29853_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Climate summits and protests have a strong impact on climate change media coverage in Germany',\n", " 'creators': [{'person': {'givenName': 'Jakob',\n", " 'familyName': 'Lochner',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Jakob.Lochner',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Annika',\n", " 'familyName': 'Stechemesser',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Stechemesser',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Leonie',\n", " 'familyName': 'Wenz',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Leonie.Wenz', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2024-05-07',\n", " 'datePublishedInPrint': '2024-05-23',\n", " 'datePublishedOnline': '2024-05-23',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Climate Policy', 'type': 'RESEARCHTK'},\n", " {'id': 'Climate impacts', 'type': 'RESEARCHTK'},\n", " {'id': 'Extremes', 'type': 'RESEARCHTK'},\n", " {'id': 'Germany', 'type': 'REGIONALK'},\n", " {'id': 'Machine Learning', 'type': 'MODELMETHOD'},\n", " {'id': 'Quantitative Methods', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold - DEAL Springer Nature ', 'type': 'OATYPE'},\n", " {'id': '10.1038/s43247-024-01434-3', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Communications Earth and Environment',\n", " 'volume': '5',\n", " 'sequenceNumber': '279',\n", " 'identifiers': [{'id': '/journals/resource/communications-earth-environment',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '11',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Media inform the public, thereby influencing societal debates and political decisions. Despite climate change’s importance, drivers of media attention to climate change remain differently understood. Here we assess how different sociopolitical and extreme weather events affect climate change media coverage, both immediately and in the weeks following the event. To this end, we construct a data set of over 90,000 climate change articles published in nine major German newspapers over the past three decades and apply fixed effects panel regressions to control for confounders. We find that United Nations Climate Change Conferences affect coverage most strongly and most persistently. Climate protests incite climate coverage that extends well beyond the reporting on the event itself, whereas many articles on weather extremes do not mention climate change. The influence of all events has risen over time, increasing the media prominence of climate change.'}]},\n", " 'files': [{'objectId': 'file_29927',\n", " 'name': '29853oa.pdf',\n", " 'lastModificationDate': '2024-06-07T06:31:29.235+0000',\n", " 'creationDate': '2024-05-29T11:04:45.571+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29853_2/component/file_29927/29853oa.pdf',\n", " 'content': '/rest/items/item_29853_3/component/file_29927/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '97cfb6f099e6b16a85be5c346e2fcd31',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 936797,\n", " 'metadata': {'title': '29853oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29853_3'},\n", " 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'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '11',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"Many scenarios for limiting global warming to 1.5°C assume planetary-scale carbon dioxide removal sufficient to exceed anthropogenic emissions, resulting in radiative forcing falling and temperatures stabilizing. However, such removal technology may prove unfeasible for technical, environmental, political, or economic reasons, resulting in continuing greenhouse gas emissions from hard-to-mitigate sectors. This may lead to constant concentration scenarios, where net anthropogenic emissions remain non-zero but small, and are roughly balanced by natural carbon sinks. Such a situation would keep atmospheric radiative forcing roughly constant. Fixed radiative forcing creates an equilibrium “committed” warming, captured in the concept of “equilibrium climate sensitivity.” This scenario is rarely analyzed as a potential extension to transient climate scenarios. Here, we aim to understand the planetary response to such fixed concentration commitments, with an emphasis on assessing the resulting likelihood of exceeding temperature thresholds that trigger climate tipping points. We explore transients followed by respective equilibrium committed warming initiated under low to high emission scenarios. We find that the likelihood of crossing the 1.5°C threshold and the 2.0°C threshold is 83% and 55%, respectively, if today's radiative forcing is maintained until achieving equilibrium global warming. Under the scenario that best matches current national commitments (RCP4.5), we estimate that in the transient stage, two tipping points will be crossed. If radiative forcing is then held fixed after the year 2100, a further six tipping point thresholds are crossed. Achieving a trajectory similar to RCP2.6 requires reaching net-zero emissions rapidly, which would greatly reduce the likelihood of tipping events.\"}]},\n", " 'files': [{'objectId': 'file_29200',\n", " 'name': '29176oa.pdf',\n", " 'lastModificationDate': '2023-12-20T13:40:49.466+0000',\n", " 'creationDate': '2023-12-20T13:39:56.649+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29176_1/component/file_29200/29176oa.pdf',\n", " 'content': '/rest/items/item_29176_2/component/file_29200/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '7e2ecd15a975c93ff61773a4c8598822',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1132584,\n", " 'metadata': {'title': '29176oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29176_2'},\n", " {'data': {'objectId': 'item_29133',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-02T15:58:44.242+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29133_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-01-02T15:58:44.242+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29133',\n", " 'creator': {'objectId': 'user_24076'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-11T17:51:36.113+0000',\n", " 'latestRelease': {'objectId': 'item_29133',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-02T15:58:44.242+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29133_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29133',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-02T15:58:44.242+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29133_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Constraining the Pattern and Magnitude of Projected Extreme Precipitation Change in a Multimodel Ensemble',\n", " 'creators': [{'person': {'givenName': 'Maximilian',\n", " 'familyName': 'Kotz',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Maximilian.Kotz',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Stefan',\n", " 'familyName': 'Lange',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/slange', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Leonie',\n", " 'familyName': 'Wenz',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Leonie.Wenz', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Anders',\n", " 'familyName': 'Levermann',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Levermann', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-10-02',\n", " 'datePublishedInPrint': '2024-01-01',\n", " 'datePublishedOnline': '2023-12-11',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'RD4 - Complexity Science',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'PIKDOMAIN'},\n", " {'id': 'Atmosphere', 'type': 'RESEARCHTK'},\n", " {'id': 'Extremes', 'type': 'RESEARCHTK'},\n", " {'id': 'Weather', 'type': 'RESEARCHTK'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'Nonlinear Data Analysis', 'type': 'MODELMETHOD'},\n", " {'id': '10.1175/JCLI-D-23-0492.1', 'type': 'DOI'},\n", " {'id': 'Data-based analysis of climate decisions',\n", " 'type': 'WORKINGGROUP'},\n", " {'id': 'Data-Centric Modeling of Cross-Sectoral Impacts',\n", " 'type': 'WORKINGGROUP'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Journal of Climate',\n", " 'volume': '37',\n", " 'issue': '1',\n", " 'startPage': '97',\n", " 'endPage': '111',\n", " 'identifiers': [{'id': '/journals/resource/journals254',\n", " 'type': 'CONE'},\n", " {'id': 'American Meteorological Society (AMS)', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '15',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Projections of precipitation extremes over land are crucial for socioeconomic risk assessments, yet model discrepancies limit their application. Here we use a pattern-filtering technique to identify low-frequency changes in individual members of a multimodel ensemble to assess discrepancies across models in the projected pattern and magnitude of change. Specifically, we apply low-frequency component analysis (LFCA) to the intensity and frequency of daily precipitation extremes over land in 21 CMIP-6 models. LFCA brings modest but statistically significant improvements in the agreement between models in the spatial pattern of projected change, particularly in scenarios with weak greenhouse forcing. Moreover, we show that LFCA facilitates a robust identification of the rates at which increasing precipitation extremes scale with global temperature change within individual ensemble members. While these rates approximately match expectations from the Clausius-Clapeyron relation on average across models, individual models exhibit considerable and significant differences. Monte Carlo simulations indicate that these differences contribute to uncertainty in the magnitude of projected change at least as much as differences in the climate sensitivity. Last, we compare these scaling rates with those identified from observational products, demonstrating that virtually all climate models significantly underestimate the rates at which increases in precipitation extremes have scaled with global temperatures historically. Constraining projections with observations therefore amplifies the projected intensification of precipitation extremes as well as reducing the relative error of their distribution.'}],\n", " 'projectInfo': [{'title': \"Impact of intensified weather extremes on Europe's economy (ImpactEE) \",\n", " 'grantIdentifier': {'id': '93350 ', 'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'VolkswagenStiftung '},\n", " 'fundingProgram': {'title': 'Europe and Global Challenges'}}},\n", " {'title': 'Provision of climate and bio-physical forcing data for health impact projections',\n", " 'grantIdentifier': {'id': '409670289', 'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'Deutsche Forschungsgemeinschaft',\n", " 'identifiers': [{'id': 'DFG', 'type': 'OPEN_AIRE'}]},\n", " 'fundingProgram': {'title': 'FOR 2936: Climate Change and Health in Sub-Saharan Africa '}}},\n", " {'title': 'Quantifying direct and indirect costs of climate-related hazards 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For 65 million years, Amazonian forests remained relatively resilient to climatic variability. Now, the region is increasingly exposed to unprecedented stress from warming temperatures, extreme droughts, deforestation and fires, even in central and remote parts of the system1. Long existing feedbacks between the forest and environmental conditions are being replaced by novel feedbacks that modify ecosystem resilience, increasing the risk of critical transition. Here we analyse existing evidence for five major drivers of water stress on Amazonian forests, as well as potential critical thresholds of those drivers that, if crossed, could trigger local, regional or even biome-wide forest collapse. By combining spatial information on various disturbances, we estimate that by 2050, 10% to 47% of Amazonian forests will be exposed to compounding disturbances that may trigger unexpected ecosystem transitions and potentially exacerbate regional climate change. Using examples of disturbed forests across the Amazon, we identify the three most plausible ecosystem trajectories, involving different feedbacks and environmental conditions. We discuss how the inherent complexity of the Amazon adds uncertainty about future dynamics, but also reveals opportunities for action. 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Whereas variations in the dynamics of renewable energy generation are reasonably well studied, a deeper understanding of the variations in consumption dynamics is still missing. Here, we analyse highly resolved residential electricity consumption data of Austrian, German and UK households and propose a generally applicable data-driven load model. Specifically, we disentangle the average demand profiles from the demand fluctuations based purely on time series data. We introduce a stochastic model to quantitatively capture the highly intermittent demand fluctuations. Thereby, we offer a better understanding of demand dynamics, in particular its fluctuations, and provide general tools for disentangling mean demand and fluctuations for any given system, going beyond the standard load profile (SLP). Our insights on the demand dynamics may support planning and operating future-compliant (micro) grids in maintaining supply-demand balance.'}],\n", " 'projectInfo': [{'title': 'CoNDyNet2',\n", " 'grantIdentifier': {'id': '03EF3055F', 'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'BMBF'},\n", " 'fundingProgram': {}}},\n", " {'title': 'Gefördert im Rahmen des Förderprogramms \"Open Access Publikationskosten\" durch die Deutsche Forschungsgemeinschaft (DFG) - Projektnummer 491075472.',\n", " 'grantIdentifier': {'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'Deutsche Forschungsgemeinschaft',\n", " 'identifiers': [{'id': 'DFG', 'type': 'OPEN_AIRE'}]},\n", " 'fundingProgram': {'title': 'Open-Access-Publikationskosten',\n", " 'identifiers': [{'id': '491075472', 'type': 'OPEN_AIRE'}]}}}]},\n", " 'files': [{'objectId': 'file_27828',\n", " 'name': 'Anvari_s41467-022-31942-9-5.pdf',\n", " 'lastModificationDate': '2023-07-26T13:41:41.712+0000',\n", " 'creationDate': '2023-01-06T17:01:36.375+0000',\n", " 'creator': {'objectId': 'user_24076'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_27827_1/component/file_27828/Anvari_s41467-022-31942-9-5.pdf',\n", " 'content': '/rest/items/item_27827_3/component/file_27828/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'fda0cbcd1df01a4328d8b1a9c92eda03',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2355493,\n", " 'metadata': {'title': 'Anvari_s41467-022-31942-9-5.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_27827_3'},\n", " {'data': {'objectId': 'item_25500',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2023-07-27T12:37:02.720+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25500_4',\n", " 'modifier': {'objectId': 'user_28594'},\n", " 'lastModificationDate': '2023-07-27T12:37:02.720+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_25500',\n", " 'creator': {'objectId': 'user_24076'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2021-04-09T17:25:32.866+0000',\n", " 'latestRelease': {'objectId': 'item_25500',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2023-07-27T12:37:02.720+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25500_4',\n", " 'modifier': {'objectId': 'user_28594'}},\n", " 'latestVersion': {'objectId': 'item_25500',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2023-07-27T12:37:02.720+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25500_4',\n", " 'modifier': {'objectId': 'user_28594'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Decay radius of climate decision for solar panels in the city of Fresno, USA',\n", " 'creators': [{'person': {'givenName': 'Kelsey',\n", " 'familyName': 'Barton-Henry',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Kelsey.Barton-Henry',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Leonie',\n", " 'familyName': 'Wenz',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Leonie.Wenz', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Anders',\n", " 'familyName': 'Levermann',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Levermann', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2021-04-01',\n", " 'datePublishedInPrint': '2021',\n", " 'datePublishedOnline': '2021-04-21',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'RD4 - 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It has been shown that peer effects are important in determining the uptake and spread of household photovoltaic installations. Due to coarse geographical data, it remains unclear whether this effect is generated through geographical proximity or within groups exhibiting similar characteristics. Here we show that geographical proximity is the most important predictor of solar panel implementation, and that peer effects diminish with distance. Using satellite imagery, we build a unique geo-located dataset for the city of Fresno to specify the importance of small distances. Employing machine learning techniques, we find the density of solar panels within the shortest measured radius of an address is the most important factor in determining the likelihood of that address having a solar panel. The importance of geographical proximity decreases with distance following an exponential curve with a decay radius of 210 meters. The dependence is slightly more pronounced in low-income groups. These findings support the model of distance-related social diffusion, and suggest priority should be given to seeding panels in areas where few exist.'}],\n", " 'projectInfo': [{'title': 'ImpactEE',\n", " 'grantIdentifier': {'id': 'Az.: 93350', 'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'Volkswagenstiftung VW foundation'},\n", " 'fundingProgram': {}}}]},\n", " 'files': [{'objectId': 'file_26236',\n", " 'name': '255000a.pdf',\n", " 'lastModificationDate': '2023-07-27T12:36:59.922+0000',\n", " 'creationDate': '2021-11-19T13:08:13.848+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_25500_3/component/file_26236/255000a.pdf',\n", " 'content': '/rest/items/item_25500_4/component/file_26236/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'a3026d63eb16c5b47eedd589442e52c6',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2454657,\n", " 'metadata': {'title': '255000a.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_25500_4'},\n", " {'data': {'objectId': 'item_29094',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-07T11:20:57.377+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29094_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-12-07T11:20:57.377+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29094',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-07T09:44:09.237+0000',\n", " 'latestRelease': {'objectId': 'item_29094',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-07T11:20:57.377+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29094_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29094',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-07T11:20:57.377+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29094_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Decoupled orbital-scale variability of late Pleistocene-Holocene monsoonal circulation and rainfall in East Asia',\n", " 'creators': [{'person': {'givenName': 'Liya',\n", " 'familyName': 'Jin',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Andrey',\n", " 'familyName': 'Ganopolski',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/andrey.ganopolski',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Matteo',\n", " 'familyName': 'Willeit',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/willeit', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Huayu',\n", " 'familyName': 'Lu',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Fahu',\n", " 'familyName': 'Chen',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Xiaojian',\n", " 'familyName': 'Zhang',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-05-15',\n", " 'datePublishedOnline': '2023-05-12',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.scib.2023.04.004', 'type': 'DOI'},\n", " {'id': 'RD1 - 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However, the effect of the desertification process on vegetation carbon sources and sinks remains unclear in Central Asia. Based on Landsat images and cloud computing, this study applied and evaluated five machine learning methods (i.e., classification and regression tree, random forest, support vector machine, gradient tree boost (GTB), and naive bayes) and desertification difference index method to improve desertification estimation by integrating vegetation, soil, terrain, and climate conditions. According to the optimal method and net ecosystem production (NEP) model, we quantitatively explored vegetation carbon sources and sinks in Central Asia from 1990 to 2020, and then the effect of the desertification process on them was quantified under different aridity stress. The results showed that GTB method performs best on the test set and spatial pattern, which has higher overall accuracy (82.1 %) and Kappa coefficient (0.78) than other five methods. The desertification area has decreased by 8.58 % (341,643 km2) from 1990 to 2020. Among them, the severe and slight desertification areas decreased by 62.42 % and 32.11 %, respectively, while the moderate and high desertification areas increased by 24.6 % and 13.11 %, respectively. In particular, land restoration areas where the desertification restored one or above levels, accounted for 33.91 % of the total area. NEP in Central Asia showed an increasing trend at a rate of 0.54 g C m−2 yr−1 during 1990–2020, and the area passed the t-test (p < 0.05) was mainly located in Kazakh Steppe, Kazakh Uplands, and the edge of Tianshan Mountains. In general, restoring the land of degraded ecosystems has stored up 61.08 × 103 t carbon, accounting for 59.61 % of the total net change of NEP, but the fragile ecological environments in the existing desertification areas have been further aggravated.'}]}},\n", " 'persistenceId': 'item_29096_1'},\n", " {'data': {'objectId': 'item_29834',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:49:24.660+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29834_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-05-08T14:49:24.660+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29834',\n", " 'creator': {'objectId': 'user_27509'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-04-23T09:24:34.017+0000',\n", " 'latestRelease': {'objectId': 'item_29834',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:49:24.660+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29834_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29834',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:49:24.660+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29834_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Diasporas and Political Instability: Does Geographical Distance Matter?',\n", " 'creators': [{'person': {'givenName': 'Torcia-Chanelle',\n", " 'familyName': 'Banengaï-Koyama',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Lucas',\n", " 'familyName': 'Kluge',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Lucas.Kluge', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-08-30',\n", " 'datePublishedOnline': '2023-08-30',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'Security & Migration', 'type': 'RESEARCHTK'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD3 - Transformation Pathways', 'type': 'PIKDOMAIN'},\n", " {'id': 'Africa', 'type': 'REGIONALK'},\n", " {'id': 'Europe', 'type': 'REGIONALK'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Diaspora Studies',\n", " 'volume': '16',\n", " 'issue': '3',\n", " 'startPage': '311',\n", " 'endPage': '336',\n", " 'identifiers': [{'id': '/journals/resource/0976-3457', 'type': 'CONE'},\n", " {'id': 'Brill', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'Gravity Model, Fixed Effects Model ',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Many studies have been published during the past decades highlighting the role played by diasporas in conflicts raging in their home countries and on the links between diasporas and international terrorism. Contemporary literature treats the links between diasporas and conflicts in a simplistic manner. For instance, little space is dedicated to determining the effect of diaspora on political instability in the home country. The current study aims to assess the effect of diasporas on political instability in Africa, taking into consideration the role of geographical distance when choosing the destination countries. To achieve this goal, we use two models to test our hypothesis. First, we deploy a gravity model to investigate the destination choice of migrants who build a diaspora. Based on their destination, we then use a fixed effects model and the generalised method of moment (GMM) to analyse the effects of the diaspora on political instability. Overall, we aim to research whether there is a correlation between migrant communities and the political stability in their origin countries. Our findings suggest that diaspora can act as a feedback factor to existing situations by either increasing or decreasing political instability dependent on the initial state the country was in, even though the greatest contribution of diasporas is in terms of peace not of war.'}]},\n", " 'files': [{'objectId': 'file_29835',\n", " 'name': 'Geographical distance text SS edit.pdf',\n", " 'lastModificationDate': '2024-05-08T14:49:23.808+0000',\n", " 'creationDate': '2024-04-23T09:24:34.033+0000',\n", " 'creator': {'objectId': 'user_27509'},\n", " 'visibility': 'PRIVATE',\n", " 'pid': 'hdl:pubman/item/item_29834_1/component/file_29835/Geographical+distance+text+SS+edit.pdf',\n", " 'content': '/rest/items/item_29834_1/component/file_29835/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '66019834f8a8e780adbfc1515943a3c9',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1138692,\n", " 'metadata': {'title': 'Geographical distance text SS 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Increasing amounts of temporal network data are now becoming available to study such spreading processes of behaviours, opinions, ideas, diseases and innovations to test hypotheses regarding their specific properties. To this end, we here present a methodology based on dose–response functions and hypothesis testing using surrogate data models that randomise most aspects of the empirical data while conserving certain structures relevant to contagion, group or homophily dynamics. We demonstrate this methodology for synthetic temporal network data of spreading processes generated by the adaptive voter model. Furthermore, we apply it to empirical temporal network data from the Copenhagen Networks Study. This data set provides a physically-close-contact network between several hundreds of university students participating in the study over the course of 3 months. We study the potential spreading dynamics of the health-related behaviour “regularly going to the fitness studio” on this network. Based on a hierarchy of surrogate data models, we find that our method neither provides significant evidence for an influence of a dose–response-type network spreading process in this data set, nor significant evidence for homophily. The empirical dynamics in exercise behaviour are likely better described by individual features such as the disposition towards the behaviour, and the persistence to maintain it, as well as external influences affecting the whole group, and the non-trivial network structure. 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'type': 'OATYPE'},\n", " {'id': '10.1126/sciadv.adh2458', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Science Advances',\n", " 'volume': '9',\n", " 'issue': '37',\n", " 'sequenceNumber': 'eadh2458',\n", " 'identifiers': [{'id': '/journals/resource/161027', 'type': 'CONE'},\n", " {'id': 'American Association for the Advancement of Science (AAAS)',\n", " 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '17',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'This planetary boundaries framework update finds that six of the nine boundaries are transgressed, suggesting that Earth is now well outside of the safe operating space for humanity. Ocean acidification is close to being breached, while aerosol loading regionally exceeds the boundary. Stratospheric ozone levels have slightly recovered. The transgression level has increased for all boundaries earlier identified as overstepped. As primary production drives Earth system biosphere functions, human appropriation of net primary production is proposed as a control variable for functional biosphere integrity. This boundary is also transgressed. Earth system modeling of different levels of the transgression of the climate and land system change boundaries illustrates that these anthropogenic impacts on Earth system must be considered in a systemic context.'}]},\n", " 'files': [{'objectId': 'file_28730',\n", " 'name': '28636oa.pdf',\n", " 'lastModificationDate': '2023-09-14T13:38:15.327+0000',\n", " 'creationDate': '2023-09-14T13:38:15.327+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28636_2/component/file_28730/28636oa.pdf',\n", " 'content': '/rest/items/item_28636_2/component/file_28730/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '6eac39aee611d6c0268bb5b2d750a6ec',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1043260,\n", " 'metadata': {'title': '28636oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by-nc/4.0/'}}]},\n", " 'persistenceId': 'item_28636_2'},\n", " {'data': {'objectId': 'item_27581',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-12-01T12:37:15.912+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27581_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2022-12-01T12:37:15.912+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_27581',\n", " 'creator': {'objectId': 'user_24078'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2022-12-01T08:37:20.346+0000',\n", " 'latestRelease': {'objectId': 'item_27581',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-12-01T12:37:15.912+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27581_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_27581',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-12-01T12:37:15.912+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27581_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Earth for all - A survival guide for humanity: a report to the Club of Rome',\n", " 'creators': [{'person': {'givenName': 'Sandrine',\n", " 'familyName': 'Dixson-Declève',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Owen',\n", " 'familyName': 'Gaffney',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/owen.gaffney',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jayati',\n", " 'familyName': 'Ghosh',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jørgen',\n", " 'familyName': 'Randers',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Per Espen',\n", " 'familyName': 'Stocknes',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2022-09',\n", " 'genre': 'BOOK',\n", " 'identifiers': [{'id': '9780865719866', 'type': 'ISBN'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'publishingInfo': {'place': 'Gabriola Island',\n", " 'publisher': 'New Society Publishers'},\n", " 'freeKeywords': 'Club of Rome\\r\\nPoverty \\r\\nClimate Crisis\\r\\nJustice\\r\\nClimate\\r\\nEarth For All\\r\\nalso available in Japanese and Italian\\r\\n',\n", " 'totalNumberOfPages': '195',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Five decades ago, The Limits to Growth shocked the world by showing that population and industrial growth were pushing humanity towards a cliff. Today the world recognizes that we are now at the cliff edge: Earth has crossed multiple planetary boundaries while widespread inequality is causing deep instabilities in societies. There seems to be no way out.\\r\\n\\r\\nEarth For All is both an antidote to despair and a road map to a better future. Using powerful state-of-the-art computer modeling to explore policies likely to deliver the most good for the majority of people, a leading group of scientists and economists from around the world present five extraordinary turnarounds to achieve prosperity for all within planetary limits in a single generation. Coverage includes:\\r\\n\\r\\n Results of new global modeling that indicates falling well-being and rising social tensions heighten risk of regional societal collapses\\r\\n Two alternative scenarios – Too-Little-Too-Late vs The Giant Leap – and what they mean for our collective future\\r\\n Five system-shifting steps that can upend poverty and inequality, lift up marginalized people, and transform our food and energy systems by 2050\\r\\n A clear pathway to reboot our global economic system so it works for all people and the planet.\\r\\n\\r\\nWritten in an open, accessible, and inspirational style using clear language and high impact visuals, Earth For All is a profound vision for uncertain times and a map to a better future.\\r\\n\\r\\nThis survival guide for humanity is required reading for everyone concerned about living well on a fragile planet.'}]}},\n", " 'persistenceId': 'item_27581_1'},\n", " {'data': {'objectId': 'item_27566',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-23T07:41:24.798+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27566_3',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-02-23T07:41:24.798+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_27566',\n", " 'creator': {'objectId': 'user_24078'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2022-11-24T10:07:12.791+0000',\n", " 'latestRelease': {'objectId': 'item_27566',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-23T07:41:24.798+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27566_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_27566',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-02-23T07:41:24.798+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27566_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Earth for All - Ein Survivalguide für unseren Planeten. Der neue Bericht an den Club of Rome, 50 Jahre nach »Die Grenzen des Wachstums«',\n", " 'creators': [{'person': {'givenName': 'Sandrine',\n", " 'familyName': 'Dixson-Declève',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Owen',\n", " 'familyName': 'Gaffney',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/owen.gaffney',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jayati',\n", " 'familyName': 'Ghosh',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jørgen',\n", " 'familyName': 'Randers',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Per Espen',\n", " 'familyName': 'Stocknes',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2022-09',\n", " 'genre': 'BOOK',\n", " 'identifiers': [{'id': '978-3-96238-387-9', 'type': 'ISBN'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['deu'],\n", " 'publishingInfo': {'place': 'München', 'publisher': 'oekom'},\n", " 'freeKeywords': 'Club of Rome Armut Gerechtigkeit Klimakrise Klimawandel Landwirtschaft Auch ital. und jap. Ausgabe erschienen',\n", " 'tableOfContents': 'Kapitel 1\\r\\nEarth for All: Fünf außerordentliche Kehrtwenden für globale\\r\\nGerechtigkeit auf einem gesunden Planeten 9\\r\\nZusammenbruch oder Durchbruch? 13\\r\\nEine kurze Geschichte der Zukunftsszenarien 21\\r\\nVon den Grenzen des Wachstums zu planetaren Grenzen 27\\r\\nDie Earth4All-Initiative 33\\r\\nDie Menschen unterstützen den Wandel des Wirtschaftssystems 41\\r\\nKapitel 2\\r\\nZwei Szenarien: Too Little Too Late und Giant Leap 45\\r\\nEin kurzer Rückblick auf die Jahre 1980 bis 2020 52\\r\\nSzenario 1: Too Little Too Late 54\\r\\nSzenario 2: Giant Leap 66\\r\\nWelches Szenario wollen wir verwirklichen? 73\\r\\nKapitel 3\\r\\nDie Armutskehrtwende: die Wirtschaft der\\r\\nÄrmsten darf wachsen 79\\r\\nWas ist unser derzeitiges Problem? 81\\r\\nDie Herausforderungen bewältigen 86\\r\\nLösung1:ErweiterungdespolitischenHandlungsspielraumsund\\r\\nEindämmung der Verschuldung 89\\r\\nLösung 2: Transformation der Finanzarchitektur 90\\r\\nLösung 3: Transformation des Welthandels 92\\r\\nLösung4:VerbesserungdesZugangszuTechnologien –\\r\\nEntwicklungsstufen ü berspringen 93\\r\\nHürden und Hindernisse 95\\r\\nSchlussfolgerungen 97\\r\\nKapitel 4\\r\\nDie Ungleichheitskehrtwende: Dividenden teilen 101\\r\\nDie Probleme der wirtschaftlichen Ungleichheit 105\\r\\nEin Riesensprung zu mehr Gleichheit 114\\r\\nHürden und Hindernisse 119\\r\\nSchlussfolgerungen 121\\r\\nKapitel 5\\r\\nDie Ermächtigungskehrtwende: Geschlechtergerechtigkeit\\r\\nherstellen 125\\r\\nBevölkerung 128\\r\\nKehrtwende total – bei Bildung, Einkommen, Rente 130\\r\\nTransformation der Bildung 134\\r\\nFinanzielle Unabhängigkeit und Führung 138\\r\\nSichere Renten und ein Altern in Würde 140\\r\\nSchlussfolgerungen 141\\r\\nKapitel 6\\r\\nDie Ernährungskehrtwende: Ein gesundes Ernährungssystem\\r\\nfür Mensch und Planet 143\\r\\nDie Auszehrung unserer Biosphäre 145\\r\\nLösung 1: Revolutionierung der Landwirtschaft 150\\r\\nLösung 2: Die Umstellung der Ernährung 155\\r\\nLösung3:Nahrungsmittelverlusteund-verschwendung\\r\\nverhindern 159\\r\\nHürden und Hindernisse 161\\r\\nSchlussfolgerungen 164\\r\\nKapitel 7\\r\\nDie Energiekehrtwende: Vollständige Elektrifizierung 167\\r\\nHerausforderungen 169\\r\\nNur nicht nach oben schauen 172\\r\\nLösung 1: Einführung systemischer Effizienz 173\\r\\nLösung 2: Elektrifizierung von (fast) allem 176\\r\\nLösung 3: Exponentielles Wachstum neuer erneuerbarer Energien 177\\r\\nEnergiekehrtwende in der Earth4All-Analyse 179\\r\\nHürden und Hindernisse 180\\r\\nSchlussfolgerungen 187\\r\\nKapitel 8\\r\\nVom »Winner take all«-Kapitalismus zu\\r\\nEarth4All-Ökonomien 189\\r\\nEin neues wirtschaftliches Betriebssystem 189\\r\\nDer Aufstieg des Rentierkapitalismus 192\\r\\nEine neue Sicht der Gemeingüter im Anthropozän 194\\r\\nDas herkömmliche wirtschaftliche Spielbrett 198\\r\\nEin neues Spielbrett 202\\r\\nKurzfristiges Denken: Der Weg in ein parasitäres Finanzsystem 206\\r\\nDie Umsetzung des Systemwandels 207\\r\\nWie lässt sich das Problem des Systemversagens lösen? 209\\r\\nSchlussfolgerungen 212\\r\\nKapitel 9\\r\\nEin Aufruf zum Handeln 215\\r\\nUnsere Zukunft ist näher, als wir denken 217\\r\\nA call to action: ein Chor von Stimmen 221\\r\\nAnhang\\r\\nDas Earth4All-Modell 227\\r\\nListe der Mitwirkenden 235\\r\\nAbbildungsrechte 240\\r\\nAnmerkungen 241',\n", " 'totalNumberOfPages': '249',\n", " 'abstracts': [{'language': 'deu',\n", " 'value': '1972 erschütterte ein Buch die Fortschrittsgläubigkeit der Welt: »Die Grenzen des Wachstums«. Der erste Bericht an den Club of Rome gilt seither als die einflussreichste Publikation zur drohenden Überlastung unseres Planeten. Zum 50-jährigen Jubiläum blicken renommierte Wissenschaftler*innen wie Jørgen Randers, Sandrine Dixson-Declève und Johan Rockström abermals in die Zukunft – und legen ein Genesungsprogramm für unsere krisengeschüttelte Welt vor. Um den trägen »Tanker Erde« von seinem zerstörerischen Kurs abzubringen, verbinden sie aktuelle wissenschaftliche Erkenntnisse mit innovativen Ideen für eine andere Wirtschaft. Der aktuelle Bericht an den Club of Rome liefert eine politische Gebrauchsanweisung für fünf wesentliche Handlungsfelder, in denen mit vergleichbar kleinen Weichenstellungen große Veränderungen erreicht werden können - gegen die Armut im globalen Süden, - gegen grassierende Ungleichheit, - für eine regenerative und naturverträgliche Landwirtschaft, - für eine umfassende Energiewende - und für die Gleichstellung der Frauen. Wer wissen will, wie sich eine gute Zukunft realisieren lässt, kommt an »Earth for All« nicht vorbei. 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['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'The Lancet',\n", " 'volume': '402',\n", " 'startPage': '352',\n", " 'endPage': '354',\n", " 'identifiers': [{'id': '/journals/resource/the-lancet', 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"In the 4 years since the EAT–Lancet Commission's report on food in the Anthropocene, so much has changed. Global volatile supplies and costs of food, fuel, and fertilisers contribute to inflation and social instability. The effects of the COVID-19 pandemic disrupted economies and societies across the globe, and the risk of new emerging infectious diseases persists. Injustices and inequities embedded within the food system have increased, \\r\\nconfirming the urgency of a “Great Food Transformation”, as called for by the EAT–Lancet Commission in 2019, 1\\r\\nwhich today remains unrealised. Profound food systems challenges still need to be addressed.\"}]}},\n", " 'persistenceId': 'item_29173_1'},\n", " {'data': {'objectId': 'item_29043',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-05T15:49:50.588+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29043_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-12-05T15:49:50.588+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29043',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-05T10:58:00.219+0000',\n", " 'latestRelease': {'objectId': 'item_29043',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-05T15:49:50.588+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29043_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29043',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-05T15:49:50.588+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29043_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Effect of Hudson Bay closure on global and regional climate under different astronomical configurations',\n", " 'creators': [{'person': {'givenName': 'Zhipeng',\n", " 'familyName': 'Wu',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Qiuzhen',\n", " 'familyName': 'Yin',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Andrey',\n", " 'familyName': 'Ganopolski',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/andrey.ganopolski',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'André',\n", " 'familyName': 'Berger',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Zhengtang',\n", " 'familyName': 'Guo',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-03-01',\n", " 'datePublishedOnline': '2023-02-10',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.gloplacha.2023.104040', 'type': 'DOI'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Long-Term Dynamics of the Earth System', 'type': 'WORKINGGROUP'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Global and Planetary Change',\n", " 'volume': '222',\n", " 'sequenceNumber': '104040',\n", " 'identifiers': [{'id': '/journals/resource/journals190',\n", " 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'During the Quaternary, the Hudson Bay switched between closed (covered by ice sheet) and open (ice sheet-free) conditions due to large variations of ice sheets. However, how the closure and opening of the Hudson Bay have affected the local and global climates is still poorly understood. Using the LOVECLIM1.3 model, here we investigate the effect of the Hudson Bay closure under glacial conditions with different astronomical configurations, greenhouse gases (GHG) concentrations and Northern Hemisphere (NH) ice volume. Our model results show that the closure of the Hudson Bay could lead to a strengthening of the Atlantic Meridional Overturning Circulation (AMOC), which in turn leads to a warming in the NH with notable warming in the Labrador Sea and northeast North Atlantic, a cooling in the Southern Hemisphere (SH) and a northward shift of the Inter-tropical Convergence Zone (ITCZ). In addition to the large-scale climate changes, the closure of Hudson Bay also leads to a strong cooling over the Hudson Bay region due to changes of surface properties and a cooling to the southeast of Greenland due to more wind-driven sea ice export from the Arctic. However, the effect of the Hudson Bay closure depends on background climate conditions, and it could weaken or slightly reinforce the effect of the ice sheets for different astronomical configurations.'}]}},\n", " 'persistenceId': 'item_29043_1'},\n", " {'data': {'objectId': 'item_28866',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-11-09T14:57:09.911+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28866_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-11-09T14:57:09.911+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28866',\n", " 'creator': {'objectId': 'user_28357'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-10-25T12:26:45.651+0000',\n", " 'latestRelease': {'objectId': 'item_28866',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-11-09T14:57:09.911+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28866_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28866',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-11-09T14:57:09.911+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28866_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Environmental footprints of farmed chicken and salmon bridge the land and sea',\n", " 'creators': [{'person': {'givenName': 'Caitlin D.',\n", " 'familyName': 'Kuempel',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Melanie',\n", " 'familyName': 'Frazier',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Juliette',\n", " 'familyName': 'Verstaen',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Paul-Eric',\n", " 'familyName': 'Rayner',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Julia L.',\n", " 'familyName': 'Blanchard',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Richard S.',\n", " 'familyName': 'Cottrell',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Halley E.',\n", " 'familyName': 'Froehlich',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jessica A.',\n", " 'familyName': 'Gephart',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Nis Sand',\n", " 'familyName': 'Jacobsen',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Peter B.',\n", " 'familyName': 'McIntyre',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Marc',\n", " 'familyName': 'Metian',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Daniel',\n", " 'familyName': 'Moran',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Kirsty L.',\n", " 'familyName': 'Nash',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johannes',\n", " 'familyName': 'Többen',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Johannes.Toebben',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'David R.',\n", " 'familyName': 'Williams',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Benjamin S.',\n", " 'familyName': 'Halpern',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-01-18',\n", " 'datePublishedInPrint': '2023-03-13',\n", " 'datePublishedOnline': '2023-02-13',\n", " 'dateSubmitted': '2022-09-27',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'FutureLab - Social Metabolism and Impacts', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Social Metabolism and Impacts',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': '10.1016/j.cub.2023.01.037', 'type': 'DOI'},\n", " {'id': 'Food & Agriculture', 'type': 'RESEARCHTK'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Current Biology',\n", " 'volume': '33',\n", " 'issue': '5',\n", " 'startPage': '990',\n", " 'endPage': '997',\n", " 'identifiers': [{'id': '/journals/resource/1879-0445', 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'},\n", " {'id': 'Cell Press', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '7',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Food production, particularly of fed animals, is a leading cause of environmental degradation globally.1,2 Understanding where and how much environmental pressure different fed animal products exert is critical to designing effective food policies that promote sustainability.3 Here, we assess and compare the environmental footprint of farming industrial broiler chickens and farmed salmonids (salmon, marine trout, and Arctic char) to identify opportunities to reduce environmental pressures. We map cumulative environmental pressures (greenhouse gas emissions, nutrient pollution, freshwater use, and spatial disturbance), with particular focus on dynamics across the land and sea. We found that farming broiler chickens disturbs 9 times more area than farming salmon (∼924,000 vs. ∼103,500 km2) but yields 55 times greater production. The footprints of both sectors are extensive, but 95% of cumulative pressures are concentrated into <5% of total area. Surprisingly, the location of these pressures is similar (85.5% spatial overlap between chicken and salmon pressures), primarily due to shared feed ingredients. Environmental pressures from feed ingredients account for >78% and >69% of cumulative pressures of broiler chicken and farmed salmon production, respectively, and could represent a key leverage point to reduce environmental footprints. The environmental efficiency (cumulative pressures per tonne of production) also differs geographically, with areas of high efficiency revealing further potential to promote sustainability. The propagation of environmental pressures across the land and sea underscores the importance of integrating food policies across realms and sectors to advance food system sustainability.'}]}},\n", " 'persistenceId': 'item_28866_1'},\n", " {'data': {'objectId': 'item_28990',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-02-22T10:15:26.423+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28990_3',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-02-22T10:15:26.423+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28990',\n", " 'creator': {'objectId': 'user_28510'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-11-22T08:57:12.260+0000',\n", " 'latestRelease': {'objectId': 'item_28990',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-02-22T10:15:26.423+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28990_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28990',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-02-22T10:15:26.423+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28990_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Environmental inequality in industrial brownfields: Evidence from French municipalities',\n", " 'creators': [{'person': {'givenName': 'Charlotte Sophia',\n", " 'familyName': 'Bez',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/charlotte.sophia.bez',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Michael',\n", " 'familyName': 'Ash',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'James K.',\n", " 'familyName': 'Boyce',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-11-01',\n", " 'dateModified': '2023-09-21',\n", " 'datePublishedInPrint': '2024-03-01',\n", " 'datePublishedOnline': '2023-11-22',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.ecolecon.2023.108018', 'type': 'DOI'},\n", " {'id': 'FutureLab - Ceres', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Ceres', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Inequality and Equity', 'type': 'RESEARCHTK'},\n", " {'id': 'Land use', 'type': 'RESEARCHTK'},\n", " {'id': 'Europe', 'type': 'REGIONALK'},\n", " {'id': 'Quantitative Methods', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Ecological Economics',\n", " 'volume': '217',\n", " 'sequenceNumber': '108018',\n", " 'identifiers': [{'id': '/journals/resource/journals107',\n", " 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'Environmental inequality; Industrial brownfields; Legacy pollution; Racial and socio-economic disparities',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"Recent research on environmental inequality has extended its focus from ongoing pollution to legacy pollution by examining the geography of industrial brownfields, defined as non-productive, contaminated land. This article is the first extensive brownfield analysis for a European country from an environmental inequality perspective, exploiting the political momentum in France where brownfield restoration has become a national priority. We combine data on over 7200 industrial brownfields from the 2022 geodatabase ‘Cartofriches’ with socio-economic variables at the municipality level. We demonstrate that communities with higher percentages of foreign-born and unemployed persons are disproportionately more likely to be located in proximity to brownfields. The social gradient increases significantly in communities that host more than two brownfields. There is an inverted U-shaped relationship with income, with a turning point at approximately 25,600 annually. These findings are robust across urban and rural areas, though with regional differences. Our analysis provides entry points for restorative environmental justice considerations and has important implications for Europe's just transition and cohesion policies.\"}]}},\n", " 'persistenceId': 'item_28990_3'},\n", " {'data': {'objectId': 'item_28672',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-09-06T06:55:27.599+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28672_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-09-06T06:55:27.599+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28672',\n", " 'creator': {'objectId': 'user_26637'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-08-15T12:54:03.835+0000',\n", " 'latestRelease': {'objectId': 'item_28672',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-09-06T06:55:27.599+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28672_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28672',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-09-06T06:55:27.599+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28672_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': ['batch change context 06-09-2023 08:38:33'],\n", " 'metadata': {'title': 'Erkenntnisse zur Energiekrise aus dem Ariadne Wärme- & Wohnen-Panel',\n", " 'creators': [{'person': {'givenName': 'Kathrin',\n", " 'familyName': 'Kaestner',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Manuel',\n", " 'familyName': 'Frondel',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Andreas',\n", " 'familyName': 'Gerster',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Ralph',\n", " 'familyName': 'Henger',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Christian',\n", " 'familyName': 'Oberst',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 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However, the magnitude of the environmental burden that would arise from meeting the needs of the poorest is under debate—especially when compared to much larger burdens from the rich. We show that the ‘Great Acceleration’ of human impacts was characterized by a ‘Great Inequality’ in using and damaging the environment. We then operationalize ‘just access’ to minimum energy, water, food and infrastructure. We show that achieving just access in 2018, with existing inequalities, technologies and behaviours, would have produced 2–26% additional impacts on the Earth’s natural systems of climate, water, land and nutrients—thus further crossing planetary boundaries. These hypothetical impacts, caused by about a third of humanity, equalled those caused by the wealthiest 1–4%. Technological and behavioural changes thus far, while important, did not deliver just access within a stable Earth system. 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Rainfed agriculture is the main source of food and income, making the well-being of rural population highly sensitive to rainfall variability. Studies have reported an upward trend in annual precipitation in the Sahel since the drought of the 1970s and early '80s, yet farmers have questioned improvements in conditions for agriculture, suggesting that intraseasonal dynamics play a crucial role. Using high-resolution daily precipitation data spanning 1981–2017 and focusing on agriculturally-relevant areas of the Sahel, we re-examined the extent of rainfall increase and investigated whether the increases have been accompanied by changes in two aspects of intraseasonal variability that have relevance for agriculture: rainy season duration and occurrence of prolonged dry spells during vulnerable crop growth stages. We found that annual rainfall increased across 56% of the region, but remained largely the same elsewhere. Rainy season duration increased almost exclusively in areas with upward trends in annual precipitation (23% of them). Association between annual rain and dry spell occurrence was less clear: increasing and decreasing frequencies of false starts (dry spells after first rains) and post-floral dry spells (towards the end of the season) were found to almost equal extent both in areas with positive and those with no significant trend in annual precipitation. Overall, improvements in at least two of the three intraseasonal variables (and no declines in any) were found in 10% of the region, while over a half of the area experienced declines in at least one intraseasonal variable, or no improvement in any. 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However, there is currently no consensus on estimates of the future mass balance of the ice sheet, primarily because of differences in the representation of physical processes, forcings employed and initial states of ice sheet models. This study presents results from ice flow model simulations from 13 international groups focusing on the evolution of the Antarctic ice sheet during the period 2015–2100 as part of the Ice Sheet Model Intercomparison for CMIP6 (ISMIP6). They are forced with outputs from a subset of models from the Coupled Model Intercomparison Project Phase 5 (CMIP5), representative of the spread in climate model results. Simulations of the Antarctic ice sheet contribution to sea level rise in response to increased warming during this period varies between −7.8 and 30.0\\u2009cm of sea level equivalent (SLE) under Representative Concentration Pathway (RCP) 8.5 scenario forcing. These numbers are relative to a control experiment with constant climate conditions and should therefore be added to the mass loss contribution under climate conditions similar to present-day conditions over the same period. The simulated evolution of the West Antarctic ice sheet varies widely among models, with an overall mass loss, up to 18.0\\u2009cm\\u2009SLE, in response to changes in oceanic conditions. East Antarctica mass change varies between −6.1 and 8.3\\u2009cm\\u2009SLE in the simulations, with a significant increase in surface mass balance outweighing the increased ice discharge under most RCP 8.5 scenario forcings. The inclusion of ice shelf collapse, here assumed to be caused by large amounts of liquid water ponding at the surface of ice shelves, yields an additional simulated mass loss of 28\\u2009mm compared to simulations without ice shelf collapse. The largest sources of uncertainty come from the climate forcing, the ocean-induced melt rates, the calibration of these melt rates based on oceanic conditions taken outside of ice shelf cavities and the ice sheet dynamic response to these oceanic changes. Results under RCP 2.6 scenario based on two CMIP5 climate models show an additional mass loss of 0 and 3\\u2009cm of SLE on average compared to simulations done under present-day conditions for the two CMIP5 forcings used and display limited mass gain in East Antarctica.'}]},\n", " 'files': [{'objectId': 'file_24900',\n", " 'name': '23884oa.pdf',\n", " 'lastModificationDate': '2021-03-12T14:29:18.478+0000',\n", " 'creationDate': '2020-12-10T15:33:44.421+0000',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_23884_5/component/file_24900/23884oa.pdf',\n", " 'content': '/rest/items/item_23884_10/component/file_24900/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'bcf0ef214ab6029b9cd7f19186b5a98f',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 7181297,\n", " 'metadata': {'title': '23884oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_23884_10'},\n", " {'data': {'objectId': 'item_29057',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:40:01.166+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29057_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-12-06T13:40:01.166+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29057',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-05T11:29:00.278+0000',\n", " 'latestRelease': {'objectId': 'item_29057',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:40:01.166+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29057_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29057',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:40:01.166+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29057_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Land Fraction Diversity on Earth-like Planets and Implications for Their Habitability',\n", " 'creators': [{'person': {'givenName': 'Dennis',\n", " 'familyName': 'Höning',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/dennis.hoening',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Tilman',\n", " 'familyName': 'Spohn',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-04-01',\n", " 'datePublishedOnline': '2023-03-31',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1089/ast.2022.0070', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Long-Term Dynamics of the Earth System', 'type': 'WORKINGGROUP'},\n", " {'id': 'Hybrid Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Astrobiology',\n", " 'volume': '23',\n", " 'issue': '4',\n", " 'startPage': '372',\n", " 'endPage': '394',\n", " 'identifiers': [{'id': '/journals/resource/journals40', 'type': 'CONE'},\n", " {'id': 'Mary Ann Liebert', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '23',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'A balanced ratio of ocean to land is believed to be essential for an Earth-like biosphere, and one may conjecture that plate-tectonics planets should be similar in geological properties. After all, the volume of continental crust evolves toward an equilibrium between production and erosion. If the interior thermal states of Earth-sized exoplanets are similar to those of Earth—a straightforward assumption due to the temperature dependence of mantle viscosity—one might expect a similar equilibrium between continental production and erosion to establish, and hence a similar land fraction. We show that this conjecture is not likely to be true. Positive feedback associated with the coupled mantle water—continental crust cycle may rather lead to a manifold of three possible planets, depending on their early history: a land planet, an ocean planet, and a balanced Earth-like planet. In addition, thermal blanketing of the interior by the continents enhances the sensitivity of continental growth to its history and, eventually, to initial conditions. Much of the blanketing effect is, however, compensated by mantle depletion in radioactive elements. A model of the long-term carbonate–silicate cycle shows the land and the ocean planets to differ by about 5\\u2009K in average surface temperature. A larger continental surface fraction results both in higher weathering rates and enhanced outgassing, partly compensating each other. Still, the land planet is expected to have a substantially dryer, colder, and harsher climate possibly with extended cold deserts in comparison with the ocean planet and with the present-day Earth. Using a model of balancing water availability and nutrients from continental crust weathering, we find the bioproductivity and the biomass of both the land and ocean planets to be reduced by a third to half of those of Earth. The biosphere on these planets might not be substantial enough to produce a supply of free oxygen. 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Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Extremes', 'type': 'RESEARCHTK'},\n", " {'id': 'North America', 'type': 'REGIONALK'},\n", " {'id': 'Quantitative Methods', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Natural Hazards and Earth System Sciences',\n", " 'volume': '23',\n", " 'issue': '10',\n", " 'startPage': '3261',\n", " 'endPage': '3284',\n", " 'identifiers': [{'id': '/journals/resource/journals352',\n", " 'type': 'CONE'},\n", " {'id': 'Copernicus', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Probabilistic models to inform landslide early warning systems often rely on rainfall totals observed during past events with landslides. However, these models are generally developed for broad regions using large catalogs, with dozens, hundreds, or even thousands of landslide occurrences. This study evaluates strategies for training landslide forecasting models with a scanty record of landslide-triggering events, which is a typical limitation in remote, sparsely populated regions. We evaluate 136 statistical models trained on a precipitation dataset with five landslide-triggering precipitation events recorded near Sitka, Alaska, USA, as well as >\\u20096000\\u2009d of non-triggering rainfall (2002–2020). We also conduct extensive statistical evaluation for three primary purposes: (1) to select the best-fitting models, (2) to evaluate performance of the preferred models, and (3) to select and evaluate warning thresholds. We use Akaike, Bayesian, and leave-one-out information criteria to compare the 136 models, which are trained on different cumulative precipitation variables at time intervals ranging from 1\\u2009h to 2 weeks, using both frequentist and Bayesian methods to estimate the daily probability and intensity of potential landslide occurrence (logistic regression and Poisson regression). We evaluate the best-fit models using leave-one-out validation as well as by testing a subset of the data. Despite this sparse landslide inventory, we find that probabilistic models can effectively distinguish days with landslides from days without slide activity. Our statistical analyses show that 3\\u2009h precipitation totals are the best predictor of elevated landslide hazard, and adding antecedent precipitation (days to weeks) did not improve model performance. This relatively short timescale of precipitation combined with the limited role of antecedent conditions likely reflects the rapid draining of porous colluvial soils on the very steep hillslopes around Sitka. Although frequentist and Bayesian inferences produce similar estimates of landslide hazard, they do have different implications for use and interpretation: frequentist models are familiar and easy to implement, but Bayesian models capture the rare-events problem more explicitly and allow for better understanding of parameter uncertainty given the available data. We use the resulting estimates of daily landslide probability to establish two decision boundaries that define three levels of warning. With these decision boundaries, the frequentist logistic regression model incorporates National Weather Service quantitative precipitation forecasts into a real-time landslide early warning “dashboard” system (https://sitkalandslide.org/, last access: 9 October 2023). This dashboard provides accessible and data-driven situational awareness for community members and emergency managers.'}]},\n", " 'files': [{'objectId': 'file_29385',\n", " 'name': 'patton_2023_nhess-23-3261-2023.pdf',\n", " 'lastModificationDate': '2024-01-17T10:23:45.808+0000',\n", " 'creationDate': '2024-01-16T14:22:40.810+0000',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29384_1/component/file_29385/patton_2023_nhess-23-3261-2023.pdf',\n", " 'content': '/rest/items/item_29384_1/component/file_29385/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '64ee8e18d77d46246036458a4d0083c6',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 9373434,\n", " 'metadata': {'title': 'patton_2023_nhess-23-3261-2023.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 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[{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jing',\n", " 'familyName': 'Meng',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jiamin',\n", " 'familyName': 'Ou',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Dabo',\n", " 'familyName': 'Guan',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-10-30',\n", " 'datePublishedOnline': '2023-10-30',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.scib.2023.08.016', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'FutureLab - Social Metabolism and Impacts', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Social Metabolism and Impacts',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Hybrid Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Science Bulletin',\n", " 'volume': '68',\n", " 'startPage': '2456',\n", " 'endPage': '2466',\n", " 'identifiers': [{'id': '/journals/resource/journals75', 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'City\\r\\nMulti-regional input-output models (MRIO)\\r\\nInequality\\r\\nCarbon footprint\\r\\nChina\\r\\nMitigation',\n", " 'totalNumberOfPages': '11',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Chinese cities are core in the national carbon mitigation and largely affect global decarbonisation initiatives, yet disparities between cities challenge country-wide progress. Low-carbon transition should preferably lead to a convergence of both equity and mitigation targets among cities. Inter-city supply chains that link the production and consumption of cities are a factor in shaping inequality and mitigation but less considered aggregately. Here, we modelled supply chains of 309 Chinese cities for 2012 to quantify carbon footprint inequality, as well as explored a leverage opportunity to achieve an inclusive low-carbon transition. We revealed significant carbon inequalities: the 10 richest cities in China have per capita carbon footprints comparable to the US level, while half of the Chinese cities sit below the global average. Inter-city supply chains in China, which are associated with 80% of carbon emissions, imply substantial carbon leakage risks and also contribute to socioeconomic disparities. However, the significant carbon inequality implies a leveraging opportunity that substantial mitigation can be achieved by 32 super-emitting cities. If the super-emitting cities adopt their differentiated mitigation pathway based on affluence, industrial structure, and role of supply chains, up to 1.4 Gt carbon quota can be created, raising 30% of the projected carbon quota to carbon peak. 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'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Hans Joachim',\n", " 'familyName': 'Schellnhuber',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/emdir', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-02-17',\n", " 'datePublishedInPrint': '2023-02-17',\n", " 'datePublishedOnline': '2023-02-17',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.oneear.2023.01.004', 'type': 'DOI'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Emeritus / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Director Emeritus Schellnhuber', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'One Earth',\n", " 'volume': '6',\n", " 'issue': '2',\n", " 'startPage': '86',\n", " 'endPage': '91',\n", " 'identifiers': [{'id': '/journals/resource/one-earth', 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'},\n", " {'id': 'Cell Press', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'Tipping Elements\\r\\nRockström\\r\\nClimate Modelling',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Many feedback loops significantly increase warming due to greenhouse gas emissions. However, not all of\\r\\nthese feedbacks are fully accounted for in climate models. Thus, associated mitigation pathways could fail to\\r\\nsufficiently limit temperatures. A targeted expansion of research and an accelerated reduction of emissions\\r\\nare needed to minimize risks'}]}},\n", " 'persistenceId': 'item_28175_3'},\n", " {'data': {'objectId': 'item_29493',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2024-01-26T14:32:50.901+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29493_4',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-01-26T14:32:50.901+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29493',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-01-23T14:34:40.470+0000',\n", " 'latestRelease': {'objectId': 'item_29493',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2024-01-26T14:32:50.901+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29493_4',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29493',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2024-01-26T14:32:50.901+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29493_4',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Measuring tropical rainforest resilience under non-Gaussian disturbances',\n", " 'creators': [{'person': {'givenName': 'Vitus',\n", " 'familyName': 'Benson',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/vitus.benson',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jonathan Friedemann',\n", " 'familyName': 'Donges',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Donges', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Niklas',\n", " 'familyName': 'Boers',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Niklas.Boers',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Marina',\n", " 'familyName': 'Hirota',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Andreas',\n", " 'familyName': 'Morr',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/andreas.morr',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Arie',\n", " 'familyName': 'Staal',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jürgen',\n", " 'familyName': 'Vollmer',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Nico',\n", " 'familyName': 'Wunderling',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Nico.Wunderling',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2024-01-15',\n", " 'datePublishedInPrint': '2024-01-26',\n", " 'datePublishedOnline': '2024-01-15',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'RD1 - Earth System Analysis',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Artificial Intelligence in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Nonlinear Data Analysis', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'},\n", " {'id': '10.1088/1748-9326/ad1e80', 'type': 'DOI'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'FutureLab - Earth Resilience in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Environmental Research Letters',\n", " 'volume': '19',\n", " 'issue': '2',\n", " 'sequenceNumber': '024029',\n", " 'identifiers': [{'id': '/journals/resource/150326', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '14',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"The Amazon rainforest is considered one of the Earth's tipping elements and may lose stability under ongoing climate change. Recently a decrease in tropical rainforest resilience has been identified globally from remotely sensed vegetation data. However, the underlying theory assumes a Gaussian distribution of forest disturbances, which is different from most observed forest stressors such as fires, deforestation, or windthrow. Those stressors often occur in power-law-like distributions and can be approximated by α-stable Lévy noise. Here, we show that classical critical slowing down indicators to measure changes in forest resilience are robust under such power-law disturbances. To assess the robustness of critical slowing down indicators, we simulate pulse-like perturbations in an adapted and conceptual model of a tropical rainforest. We find few missed early warnings and few false alarms are achievable simultaneously if the following steps are carried out carefully: First, the model must be known to resolve the timescales of the perturbation. Second, perturbations need to be filtered according to their absolute temporal autocorrelation. Third, critical slowing down has to be assessed using the non-parametric Kendall-τ slope. These prerequisites allow for an increase in the sensitivity of early warning signals. Hence, our findings imply improved reliability of the interpretation of empirically estimated rainforest resilience through critical slowing down indicators. \"}]},\n", " 'files': [{'objectId': 'file_29527',\n", " 'name': '29493oa.pdf',\n", " 'lastModificationDate': '2024-01-26T14:32:49.193+0000',\n", " 'creationDate': '2024-01-26T14:32:49.193+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29493_4/component/file_29527/29493oa.pdf',\n", " 'content': '/rest/items/item_29493_4/component/file_29527/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '50442735a77a4b1e0f13b465d2bac65c',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1601282,\n", " 'metadata': {'title': '29493oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29493_4'},\n", " {'data': {'objectId': 'item_25871',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-11-22T20:17:15.297+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25871_2',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'lastModificationDate': '2021-11-22T20:17:15.297+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_25871',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2021-08-09T10:11:58.614+0000',\n", " 'latestRelease': {'objectId': 'item_25871',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-11-22T20:17:15.297+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25871_2',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_25871',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-11-22T20:17:15.297+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25871_2',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Modelling Power Grids as Pseudoadaptive Networks',\n", " 'creators': [{'person': {'givenName': 'Rico',\n", " 'familyName': 'Berner',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Serhiy',\n", " 'familyName': 'Yanchuk',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Eckehard',\n", " 'familyName': 'Schöll',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/eckehard.schoell',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2021-07-01',\n", " 'datePublishedInPrint': '2021',\n", " 'genre': 'BOOK_ITEM',\n", " 'identifiers': [{'id': 'RD4 - 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The investigation of these seemingly\\r\\nunrelated types of dynamical networks has attracted increasing\\r\\nattention over the last decade. In this work, we exploit the\\r\\nrecently established relation between these two types of networks\\r\\nto gain insights into the dynamical properties of multifrequency\\r\\nclusters in power grid networks. For this, we consider the\\r\\nmodel of Kuramoto-Sakaguchi phase oscillators with inertia and\\r\\ndescribe the emergence of multicluster states. Building on this,\\r\\nwe provide a new perspective on solitary states in power grid\\r\\nnetworks by introducing the concept of pseudo coupling weights.'}]},\n", " 'files': [{'objectId': 'file_25872',\n", " 'name': 'reprint_BER21d.pdf',\n", " 'lastModificationDate': '2021-11-22T20:17:09.345+0000',\n", " 'creationDate': '2021-08-09T10:11:58.618+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PRIVATE',\n", " 'pid': 'hdl:pubman/item/item_25871_1/component/file_25872/reprint_BER21d.pdf',\n", " 'content': '/rest/items/item_25871_2/component/file_25872/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '61ee7a9a9b577b6e024b6d627ef716ac',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 896692,\n", " 'metadata': {'title': 'reprint_BER21d.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_25871_2'},\n", " {'data': {'objectId': 'item_23945',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-25T14:51:52.358+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23945_5',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'message': 'batch release 25-02-2021 15:51:51',\n", " 'lastModificationDate': '2021-02-25T14:51:52.358+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_23945',\n", " 'creator': {'objectId': 'user_20'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2020-04-29T12:34:33.176+0000',\n", " 'latestRelease': {'objectId': 'item_23945',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-25T14:51:52.358+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23945_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_23945',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-25T14:51:52.358+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23945_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': ['initial import 1',\n", " 'batch add source id 25-02-2021 15:51:20'],\n", " 'metadata': {'title': 'Monte Carlo basin bifurcation analysis',\n", " 'creators': [{'person': {'givenName': 'Maximilian',\n", " 'familyName': 'Gelbrecht',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/gelbrecht', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jürgen',\n", " 'familyName': 'Kurths',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Juergen.Kurths',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Frank',\n", " 'familyName': 'Hellmann',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/frank.hellmann',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2020',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1088/1367-2630/ab7a05', 'type': 'DOI'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': '8990', 'type': 'EDOC'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Complex Networks', 'type': 'RESEARCHTK'},\n", " {'id': 'Nonlinear Dynamics', 'type': 'RESEARCHTK'},\n", " {'id': 'Machine Learning', 'type': 'MODELMETHOD'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Development of advanced time series analysis techniques',\n", " 'type': 'WORKINGGROUP'},\n", " {'id': 'Network- and machine-learning-based prediction of extreme events',\n", " 'type': 'WORKINGGROUP'}],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'New Journal of Physics',\n", " 'volume': '22',\n", " 'sequenceNumber': '033032',\n", " 'identifiers': [{'id': '/journals/resource/1911272', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'value': '\\r\\n\\r\\nMany high-dimensional complex systems exhibit an enormously complex landscape of possible asymptotic states. Here, we present a numerical approach geared towards analyzing such systems. It is situated between the classical analysis with macroscopic order parameters and a more thorough, detailed bifurcation analysis. With our machine learning method, based on random sampling and clustering methods, we are able to characterize the different asymptotic states or classes thereof and even their basins of attraction. In order to do this, suitable, easy to compute, statistics of trajectories with randomly generated initial conditions and parameters are clustered by an algorithm such as DBSCAN. Due to its modular and flexible nature, our method has a wide range of possible applications in many disciplines. While typical applications are oscillator networks, it is not limited only to ordinary differential equation systems, every complex system yielding trajectories, such as maps or agent-based models, can be analyzed, as we show by applying it the Dodds–Watts model, a generalized SIRS-model, modeling social and biological contagion. A second order Kuramoto model, used, e.g. to investigate power grid dynamics, and a Stuart–Landau oscillator network, each exhibiting a complex multistable regime, are shown as well. The method is available to use as a package for the Julia language.\\r\\n'}]},\n", " 'files': [{'objectId': 'file_23946',\n", " 'name': '8990oa.pdf',\n", " 'lastModificationDate': '2021-02-25T14:51:21.189+0000',\n", " 'creationDate': '2020-04-29T12:34:33.179+0000',\n", " 'creator': {'objectId': 'user_20'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_23945_2/component/file_23946/8990oa.pdf',\n", " 'content': '/rest/items/item_23945_5/component/file_23946/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '4355fdfbd3645ea50a8d987c9937996f',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2925829,\n", " 'metadata': {'title': '8990oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'size': 2}}]},\n", " 'persistenceId': 'item_23945_5'},\n", " {'data': {'objectId': 'item_25997',\n", " 'versionNumber': 4,\n", " 'modificationDate': '2022-08-23T12:39:28.374+0000',\n", " 'versionState': 'RELEASED',\n", " 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This study explores stakeholder-designed narratives of the future energy system development within the deep decarbonization context. European carbon net-neutrality goals are put under test in a model comparison exercise using state of the art Energy-Environment-Economy (E3) models: ETM-UCL, PRIMES and REMIND. Results show that while achieving the transition to carbon neutrality by mid-century is feasible under quite different future energy systems, some robust commonalities emerge. Electrification of end use sectors combined with large-scale expansion of renewable energy is a no-regret decision for all strategies; Carbon Dioxide Removal (CDR) plays an important role for achieving net-neutral targets under all scenarios, but is most relevant when demand-side changes are limited; hydrogen and synthetic fuels can be a relevant mitigation option for mid-century mitigation in hard-to-abate sectors; energy efficiency can reduce the supply system strain. 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Beyond technology costs, electricity and natural gas prices, hydrogen’s competitiveness will be increasingly determined by carbon costs or regulation associated with its life-cycle emissions. Theoretically and numerically, we demonstrate that higher residual emissions of blue hydrogen can close its competitive window much earlier than the cost parity of green hydrogen suggests. In regions where natural gas prices remain substantially higher (∼40 EUR/MWh) than before the energy crisis, such a window is narrow or has already closed. While blue hydrogen could potentially bridge the scarcity of green hydrogen, uncertainties about the beginning and end of blue hydrogen competitiveness may hinder investments. In contrast, in regions where natural gas prices drop to ≤15 EUR/MWh, blue hydrogen can remain competitive until at least 2040, contingent upon achieving rigorous CO2 capture (>90%) and negligible methane leakage rates (<1%).'}]}},\n", " 'persistenceId': 'item_29269_2'},\n", " {'data': {'objectId': 'item_29757',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-04-11T11:03:41.814+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29757_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-04-11T11:03:41.814+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29757',\n", " 'creator': {'objectId': 'user_29016'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-04-03T10:50:41.274+0000',\n", " 'latestRelease': {'objectId': 'item_29757',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-04-11T11:03:41.814+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29757_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29757',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-04-11T11:03:41.814+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29757_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'On the Governance of Carbon Dioxide Removal – A Public Economics Perspective',\n", " 'creators': [{'person': {'givenName': 'Ottmar',\n", " 'familyName': 'Edenhofer',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Ottmar.Edenhofer',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'R. 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We describe its role, characterize optimal flows for non-permanent removals and describe optimal pricing regimes under different information and liability conditions. Non-permanent removal – though to a certain extent optimal – creates liabilities that warrant careful risk management. Thus, seemingly cheap land-based technologies can become expensive. We discuss possibilities for integrating CDR in the EU policy architecture and define four tasks: managing the emission cap; R&D support; quality certification of removals; management of liabilities from non-permanent CDR. 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This particular iteration stands as a self-contained model of intermediate complexity. The model's dynamical core is underpinned by a multi-layer pseudo-spectral moist-convective Thermal Rotating Shallow Water (mcTRSW) model. The pseudo-spectral problem-solving tasks are handled by the Dedalus algorithm, acknowledged for its spin-weighted spherical harmonics. The model captures the temporal and spatial evolution of vertically integrated potential temperature, thickness, water vapour, precipitation, and the intricate influence of bottom topography. It comprehensively characterizes velocity fields in both the lower and upper troposphere, employing resolutions spanning a spectrum from the smooth to the coarse, enabling the exploration of a wide range of dynamic phenomena with varying levels of detail and precision.\"}]}},\n", " 'persistenceId': 'item_29840_1'},\n", " {'data': {'objectId': 'item_25486',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2021-05-25T14:59:42.583+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25486_3',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'lastModificationDate': '2021-05-25T14:59:42.583+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_25486',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2021-04-01T14:10:11.574+0000',\n", " 'latestRelease': {'objectId': 'item_25486',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2021-05-25T14:59:42.583+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25486_3',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_25486',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2021-05-25T14:59:42.583+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25486_3',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Our future in the Anthropocene biosphere',\n", " 'creators': [{'person': {'givenName': 'Carl',\n", " 'familyName': 'Folke',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Stephen',\n", " 'familyName': 'Polasky',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Victor',\n", " 'familyName': 'Galaz',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Frances',\n", " 'familyName': 'Westley',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Michèle',\n", " 'familyName': 'Lamont',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Marten',\n", " 'familyName': 'Scheffer',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Henrik',\n", " 'familyName': 'Österblom',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Stephen R.',\n", " 'familyName': 'Carpenter',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'F. 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Many actions to mitigate greenhouse gas emissions can also deliver near-term health co-benefits, for example from reduced air pollution, consumption of healthy diets, and increased physical activity. High-quality evidence on the type and magnitude of co-benefits that can be realised and improved knowledge of how to promote the implementation of such actions can support progress towards net-zero greenhouse gas emissions by 2050. The Lancet Pathfinder Commission was established to collate and assess the evidence on the near-term health effects of greenhouse gas mitigation, including both modelling studies and evaluated implemented actions. 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However, the uncertainties in model physics, surface parameters and meteorological data often limit the accuracy of land surface hydrological models in estimating TWS. In this study, a multi-model-based framework was developed to predict TWS in China by 2050 using a Bayesian model averaging (BMA) method and GRACE satellite observations. Compared to GRACE observations, our BMA-based TWS anomaly (TWSA) estimations reduce root mean square errors by 10–16% and increase correlation coefficients by 26–46% over semi-humid and semi-arid basins than simple arithmetical averaging for the validation period (2008–2016). At the same time, BMA shows decreasing root mean square differences (10–12%) over humid basins. The calibrated BMA weights were then applied to future projections of TWSA under two Representative Concentration Pathways (RCP): RCP 2.6 and RCP 6.0. The overall rate of TWSA for the future period (2021–2050) was detected with the same direction as that from past decades (2003–2016), but with larger decreasing values. Especially for the Haihe basin in North China, BMA-based TWSA would decrease faster by about 19% for RCP 2.6 and 26% for RCP 6.0. These results suggest a decreasing trend in future TWS over most of the basins in China due to combined effects of global warming and human activities, which suggests likely aggravated risk of water shortage and a growing need for adaptive water resources management.'}]}},\n", " 'persistenceId': 'item_24437_3'},\n", " {'data': {'objectId': 'item_25186',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-02-25T14:51:55.515+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25186_2',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'message': 'batch release 25-02-2021 15:51:51',\n", " 'lastModificationDate': '2021-02-25T14:51:55.515+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_25186',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2021-01-18T14:44:35.010+0000',\n", " 'latestRelease': {'objectId': 'item_25186',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-02-25T14:51:55.515+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25186_2',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_25186',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2021-02-25T14:51:55.515+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_25186_2',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': ['batch add source id 25-02-2021 15:51:20'],\n", " 'metadata': {'title': 'Powers of 10: seeking ‘sweet spots’ for rapid climate and sustainability actions between individual and global scales',\n", " 'creators': [{'person': {'givenName': 'Avit K',\n", " 'familyName': 'Bhowmik',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Mark S',\n", " 'familyName': 'McCaffrey',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Abigail M',\n", " 'familyName': 'Ruskey',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Chad',\n", " 'familyName': 'Frischmann',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Owen',\n", " 'familyName': 'Gaffney',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/owen.gaffney',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2020-08-25',\n", " 'datePublishedOnline': '2020-08-25',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1088/1748-9326/ab9ed0', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'}],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Environmental Research Letters',\n", " 'volume': '15',\n", " 'issue': '9',\n", " 'sequenceNumber': '094011',\n", " 'identifiers': [{'id': '/journals/resource/150326', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'value': \"Achieving the goals of the Paris Agreement and related sustainability initiatives will require halving of global greenhouse gas emissions each decade from now on through to 2050, when net zero emissions should be achieved. To reach such significant reductions requires a rapid and strategic scaling of existing and emerging technologies and practices, coupled with economic and social transformations and novel governance solutions. Here we present a new 'Powers of 10' (P10) logarithmic framework and demonstrate its potential as a practical tool for decision makers and change agents at multiple scales to inform and catalyze engagement and actions, complementing and adding nuance to existing frameworks. P10 assists in identifying the suitable cohorts and cohort ranges for rapidly deploying climate and sustainability actions between a single individual and the globally projected ~ 10 billion persons by 2050. Applying a robust dataset of climate solutions from Project Drawdown's Plausible scenario that could cumulatively reduce greenhouse gas emissions by 1051 gigatons (Gt) against a reference scenario (2190 Gt) between 2020 and 2050, we seek to identify a 'sweet spot' where these climate and sustainability actions are suitably scaled. We suggest that prioritizing the analyzed climate actions between community and urban scales, where global and local converge, can help catalyze and enhance individual, household and local practices, and support national and international policies and finances for rapid sustainability transformations.\"}]},\n", " 'files': [{'objectId': 'file_25187',\n", " 'name': '25186oa.pdf',\n", " 'lastModificationDate': '2021-02-25T14:51:27.623+0000',\n", " 'creationDate': '2021-01-18T14:45:56.358+0000',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_25186_1/component/file_25187/25186oa.pdf',\n", " 'content': '/rest/items/item_25186_2/component/file_25187/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '96a32633a05eb664746acfcd0cc1b9fc',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1456758,\n", " 'metadata': {'title': '25186oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_25186_2'},\n", " {'data': {'objectId': 'item_27325',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-07-26T13:42:03.008+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27325_3',\n", " 'modifier': {'objectId': 'user_28594'},\n", " 'lastModificationDate': '2023-07-26T13:42:03.008+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_27325',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2022-08-05T11:47:35.888+0000',\n", " 'latestRelease': {'objectId': 'item_27325',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-07-26T13:42:03.008+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27325_3',\n", " 'modifier': {'objectId': 'user_28594'}},\n", " 'latestVersion': {'objectId': 'item_27325',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2023-07-26T13:42:03.008+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_27325_3',\n", " 'modifier': {'objectId': 'user_28594'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Preventing a global transition to thermoacoustic instability by targeting local dynamics',\n", " 'creators': [{'person': {'givenName': 'Nitin Babu',\n", " 'familyName': 'George',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/george', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Manikandan',\n", " 'familyName': 'Raghunathan',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Vishnu R',\n", " 'familyName': 'Unni',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'R. 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Lowering such emissions in gas turbine engines is possible by operating them at fuel-lean conditions. However, such strategies often fail because, under fuel-lean conditions, the combustors are prone to catastrophic high-amplitude oscillations known as thermoacoustic instability. We reveal that, as an operating parameter is varied in time, the transition to thermoacoustic instability is initiated at specific spatial regions before it is observed in larger regions of the combustor. We use two indicators to discover such inceptive regions: the growth of variance of fluctuations in spatially resolved heat release rate and its spatiotemporal evolution. In this study, we report experimental evidence of suppression of the global transition to thermoacoustic instability through targeted modification of local dynamics at the inceptive regions. We strategically arrange slots on the flame anchor, which, in turn, reduce the local heat release rate fluctuations at the inceptive regions and thus suppress the global transition to thermoacoustic instability. Our results open new perspectives for combustors that are more environmental-friendly.'}],\n", " 'projectInfo': [{'title': 'Gefördert im Rahmen des Förderprogramms \"Open Access Publikationskosten\" durch die Deutsche Forschungsgemeinschaft (DFG) - Projektnummer 491075472.',\n", " 'grantIdentifier': {'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'Deutsche Forschungsgemeinschaft',\n", " 'identifiers': [{'id': 'DFG', 'type': 'OPEN_AIRE'}]},\n", " 'fundingProgram': {'title': 'Open-Access-Publikationskosten',\n", " 'identifiers': [{'id': '491075472', 'type': 'OPEN_AIRE'}]}}}]},\n", " 'files': [{'objectId': 'file_27356',\n", " 'name': '27325oa.pdf',\n", " 'lastModificationDate': '2023-07-26T13:42:01.624+0000',\n", " 'creationDate': '2022-08-25T13:39:27.817+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_27325_1/component/file_27356/27325oa.pdf',\n", " 'content': '/rest/items/item_27325_3/component/file_27356/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'e75e5f6c7f488fbf6563dc6bc3951cc1',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 3259694,\n", " 'metadata': {'title': '27325oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_27325_3'},\n", " {'data': {'objectId': 'item_23941',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-26T10:02:12.442+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23941_5',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'message': 'batch release 26-02-2021 11:02:07',\n", " 'lastModificationDate': '2021-02-26T10:02:12.442+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_23941',\n", " 'creator': {'objectId': 'user_20'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2020-04-29T12:34:30.872+0000',\n", " 'latestRelease': {'objectId': 'item_23941',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-26T10:02:12.442+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23941_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_23941',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-02-26T10:02:12.442+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_23941_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': ['initial import 1',\n", " 'batch add source id 26-02-2021 11:01:42'],\n", " 'metadata': {'title': 'Recurrence analysis of vegetation indices for highlighting the ecosystem response to drought events: An application to the Amazon Forest',\n", " 'creators': [{'person': {'givenName': 'T.',\n", " 'familyName': 'Semeraro',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'A.',\n", " 'familyName': 'Luvisi',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'A. 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However, the CO2 cycle is conditioned by drought events that alter the rate of photosynthesis, which is the principal physiological action of plants in transforming CO2 into biological energy. This study applied recurrence quantification analysis (RQA) to describe the evolution of photosynthesis-related indices to highlight disturbance alterations produced by the Atlantic Multidecadal Oscillation (AMO, years 2005 and 2010) and the El Niño-Southern Oscillation (ENSO, year 2015) in the Amazon forest. The analysis was carried out using Moderate Resolution Imaging Spectroradiometer (MODIS) images to build time series of the enhanced vegetation index (EVI), the normalized difference water index (NDWI), and the land surface temperature (LST) covering the period 2001–2018. The results did not show significant variations produced by AMO throughout the study area, while a disruption due to the global warming phase linked to the extreme ENSO event occurred, and the forest was able to recover. In addition, spatial differences in the response of the forest to the ENSO event were found. These findings show that the application of RQA to the time series of vegetation indices supports the evaluation of the forest ecosystem response to disruptive events. This approach provides information on the capacity of the forest to recover after a disruptive event and, therefore is useful to estimate the resilience of this particular ecosystem.'}]},\n", " 'files': [{'objectId': 'file_23942',\n", " 'name': '8988oa.pdf',\n", " 'lastModificationDate': '2021-02-26T10:01:52.693+0000',\n", " 'creationDate': '2020-04-29T12:34:30.875+0000',\n", " 'creator': {'objectId': 'user_20'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_23941_2/component/file_23942/8988oa.pdf',\n", " 'content': '/rest/items/item_23941_5/component/file_23942/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '2b38d9b2b835d5dd8a1261793e29f881',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 4200072,\n", " 'metadata': {'title': '8988oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'size': 4}}]},\n", " 'persistenceId': 'item_23941_5'},\n", " {'data': {'objectId': 'item_28576',\n", " 'versionNumber': 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'PERSON'},\n", " {'person': {'givenName': 'Helene',\n", " 'familyName': 'Genet',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Shawn',\n", " 'familyName': 'Serbin',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Ricarda',\n", " 'familyName': 'Winkelmann',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Ricarda.Winkelmann',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Eugenie Susanne',\n", " 'familyName': 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'10.1088/1748-9326/ace637', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Environmental Research Letters',\n", " 'volume': '18',\n", " 'sequenceNumber': '084032',\n", " 'identifiers': [{'id': '/journals/resource/150326', 'type': 'CONE'},\n", " {'id': 'IOP Publishing', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '15',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': \"Climate change is having significant impacts on Earth's ecosystems and carbon budgets, and in the Arctic may drive a shift from an historic carbon sink to a source. Large uncertainties in terrestrial biosphere models (TBMs) used to forecast Arctic changes demonstrate the challenges of determining the timing and extent of this possible switch. This spread in model predictions can limit the ability of TBMs to guide management and policy decisions. One of the most influential sources of model uncertainty is model parameterization. Parameter uncertainty results in part from a mismatch between available data in databases and model needs. We identify that mismatch for three TBMs, DVM-DOS-TEM, SIPNET and ED2, and four databases with information on Arctic and boreal above- and belowground traits that may be applied to model parametrization. However, focusing solely on such data gaps can introduce biases towards simple models and ignores structural model uncertainty, another main source for model uncertainty. Therefore, we develop a causal loop diagram (CLD) of the Arctic and boreal ecosystem that includes unquantified, and thus unmodeled, processes. We map model parameters to processes in the CLD and assess parameter vulnerability via the internal network structure. One important substructure, feed forward loops (FFLs), describe processes that are linked both directly and indirectly. When the model parameters are data-informed, these indirect processes might be implicitly included in the model, but if not, they have the potential to introduce significant model uncertainty. We find that the parameters describing the impact of local temperature on microbial activity are associated with a particularly high number of FFLs but are not constrained well by existing data. By employing ecological models of varying complexity, databases, and network methods, we identify the key parameters responsible for limited model accuracy. They should be prioritized for future data sampling to reduce model uncertainty.\"}]},\n", " 'files': [{'objectId': 'file_28687',\n", " 'name': '28576oa.pdf',\n", " 'lastModificationDate': '2023-08-31T13:44:45.461+0000',\n", " 'creationDate': '2023-08-31T13:44:45.461+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28576_2/component/file_28687/28576oa.pdf',\n", " 'content': '/rest/items/item_28576_2/component/file_28687/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '38bb08db9a66f5ccf5eebf30cf67a220',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 3609641,\n", " 'metadata': {'title': '28576oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_28576_2'},\n", " {'data': {'objectId': 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{'givenName': 'Thomas',\n", " 'familyName': 'Lavergne',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Benjamin',\n", " 'familyName': 'Poulter',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Andrew',\n", " 'familyName': 'Shepherd',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Taylor',\n", " 'familyName': 'Smith',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': 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Communications',\n", " 'volume': '15',\n", " 'sequenceNumber': '343',\n", " 'identifiers': [{'id': '/journals/resource/journals354',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '15',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Potential climate tipping points pose a growing risk for societies, and policy is calling for improved anticipation of them. Satellite remote sensing can play a unique role in identifying and anticipating tipping phenomena across scales. Where satellite records are too short for temporal early warning of tipping points, complementary spatial indicators can leverage the exceptional spatial-temporal coverage of remotely sensed data to detect changing resilience of vulnerable systems. Combining Earth observation with Earth system models can improve process-based understanding of tipping points, their interactions, and potential tipping cascades. Such fine-resolution sensing can support climate tipping point risk management across scales.'}]},\n", " 'files': [{'objectId': 'file_29365',\n", " 'name': 'lenton_2024_s41467-023-44609-w.pdf',\n", " 'lastModificationDate': '2024-01-17T09:29:11.978+0000',\n", " 'creationDate': '2024-01-12T11:36:51.257+0000',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29364_1/component/file_29365/lenton_2024_s41467-023-44609-w.pdf',\n", " 'content': '/rest/items/item_29364_1/component/file_29365/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'a3a26ab313be5aede5a3caff5fe6af13',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2720469,\n", " 'metadata': {'title': 'lenton_2024_s41467-023-44609-w.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29364_1'},\n", " {'data': {'objectId': 'item_26695',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-01-31T13:45:55.042+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26695_1',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'lastModificationDate': '2022-01-31T13:45:55.042+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_26695',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2022-01-31T13:45:38.642+0000',\n", " 'latestRelease': {'objectId': 'item_26695',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-01-31T13:45:55.042+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26695_1',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_26695',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2022-01-31T13:45:55.042+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26695_1',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Resolving ecological feedbacks on the oceancarbon sink in Earth system models',\n", " 'creators': [{'person': {'givenName': 'David I.',\n", " 'familyName': 'Armstrong McKay',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Sarah E.',\n", " 'familyName': 'Cornell',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Katherine',\n", " 'familyName': 'Richardson',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Johan',\n", " 'familyName': 'Rockström',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/johan.rockstrom',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2021-07-14',\n", " 'datePublishedOnline': '2021-07-14',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.5194/esd-12-797-2021', 'type': 'DOI'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Earth System Dynamics',\n", " 'volume': '12',\n", " 'issue': '3',\n", " 'startPage': '797',\n", " 'endPage': '818',\n", " 'identifiers': [{'id': '/journals/resource/1402282', 'type': 'CONE'},\n", " {'id': 'Copernicus', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'value': \"The Earth's oceans are one of the largest sinks in the Earth system for anthropogenic CO2 emissions, acting as a negative feedback on climate change. Earth system models project that climate change will lead to a weakening ocean carbon uptake rate as warm water holds less dissolved CO2 and as biological productivity declines. However, most Earth system models do not incorporate the impact of warming on bacterial remineralisation and rely on simplified representations of plankton ecology that do not resolve the potential impact of climate change on ecosystem structure or elemental stoichiometry. Here, we use a recently developed extension of the cGEnIE (carbon-centric Grid Enabled Integrated Earth system model), ecoGEnIE, featuring a trait-based scheme for plankton ecology (ECOGEM), and also incorporate cGEnIE's temperature-dependent remineralisation (TDR) scheme. This enables evaluation of the impact of both ecological dynamics and temperature-dependent remineralisation on particulate organic carbon (POC) export in response to climate change. We find that including TDR increases cumulative POC export relative to default runs due to increased nutrient recycling (+∼1.3\\u2009%), whereas ECOGEM decreases cumulative POC export by enabling a shift to smaller plankton classes (−∼0.9\\u2009%). However, interactions with carbonate chemistry cause opposite sign responses for the carbon sink in both cases: TDR leads to a smaller sink relative to default runs (−∼1.0\\u2009%), whereas ECOGEM leads to a larger sink (+∼0.2\\u2009%). Combining TDR and ECOGEM results in a net strengthening of POC export (+∼0.1\\u2009%) and a net reduction in carbon sink (−∼0.7\\u2009%) relative to default. These results illustrate the degree to which ecological dynamics and biodiversity modulate the strength of the biological pump, and demonstrate that Earth system models need to incorporate ecological complexity in order to resolve non-linear climate–biosphere feedbacks.\"}]},\n", " 'files': [{'objectId': 'file_26696',\n", " 'name': 'esd-12-797-2021.pdf',\n", " 'lastModificationDate': '2022-01-31T13:45:38.648+0000',\n", " 'creationDate': '2022-01-31T13:45:38.648+0000',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_26695_1/component/file_26696/esd-12-797-2021.pdf',\n", " 'content': '/rest/items/item_26695_1/component/file_26696/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '433039c98ec92c9193288251ba0909be',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 4362838,\n", " 'metadata': {'title': 'esd-12-797-2021.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_26695_1'},\n", " {'data': {'objectId': 'item_28856',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-13T16:05:46.854+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28856_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-02-13T16:05:46.854+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28856',\n", " 'creator': {'objectId': 'user_24791'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-10-20T08:49:41.928+0000',\n", " 'latestRelease': {'objectId': 'item_28856',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-13T16:05:46.854+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28856_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28856',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-02-13T16:05:46.854+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28856_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Rethinking the role of efficiency for the decarbonization of buildings is essential [Commentary]',\n", " 'creators': [{'person': {'givenName': 'Antoine',\n", " 'familyName': 'Levesque',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Antoine.Levesque',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Sebastian',\n", " 'familyName': 'Osorio',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Sebastian.Osorio',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Sebastian',\n", " 'familyName': 'Herkel',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Michael',\n", " 'familyName': 'Pahle',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Michael.Pahle',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-06-21',\n", " 'datePublishedOnline': '2023-05-25',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.joule.2023.05.011', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'RD3 - 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Future technologies might be able to efficiently remove CO2 from the atmosphere and thereby cool down our planet. We explore whether and to what extent a realization of this concept could lead to a regrowth of the Greenland ice sheet once it has partly melted. Using the fully coupled Earth system model of intermediate complexity CLIMBER-X, emission pulses between 0 and 4000 GtC are released into the atmosphere, and 1 kyr, 2 kyr, and 5 kyr, the atmospheric CO2 concentration is reduced back to its pre-industrial value. We find that independent of a specific trajectory, once the southern part of the Greenland ice sheet has partly melted with a total mass loss of more than 0.4 m sea level equivalent, regrowth is inhibited. Uncertainties preclude determination of precise thresholds, but model results indicate that cumulative industrial-era emissions approaching 1000 to 1500 GtC and beyond increasingly risk irreversible mass loss of the Greenland ice sheet. Once this threshold is passed, artificial atmospheric carbon removal would need to be utilised within the next centuries at massive scale. Beyond that, artificial atmospheric carbon removal has limited abilities to avoid long-term mass loss of the Greenland ice sheet. In conclusion, keeping cumulative anthropogenic emissions below 1000 to 1500 GtC is the only safe way to avoid irreversible mass loss of the Greenland ice sheet.'}]},\n", " 'files': [{'objectId': 'file_29586',\n", " 'name': '29524oa.pdf',\n", " 'lastModificationDate': '2024-02-08T10:19:26.758+0000',\n", " 'creationDate': '2024-02-08T10:19:26.758+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29524_2/component/file_29586/29524oa.pdf',\n", " 'content': '/rest/items/item_29524_2/component/file_29586/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '94eed62ef36e9c2580edd40660206320',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 2400049,\n", " 'metadata': {'title': '29524oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29524_2'},\n", " {'data': {'objectId': 'item_26399',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2023-01-06T12:28:52.223+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26399_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-01-06T12:28:52.223+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_26399',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2021-12-15T12:41:59.834+0000',\n", " 'latestRelease': {'objectId': 'item_26399',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2023-01-06T12:28:52.223+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26399_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_26399',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2023-01-06T12:28:52.223+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_26399_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Robust fixed-time connectivity preserving consensus of nonlinear multi-agent systems with disturbance',\n", " 'creators': [{'person': {'givenName': 'Fenglan',\n", " 'familyName': 'Sun',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/sun.fenglan', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Feng',\n", " 'familyName': 'Wang',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Peiyong',\n", " 'familyName': 'Liu',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jürgen',\n", " 'familyName': 'Kurths',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Juergen.Kurths',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2022-01-06',\n", " 'datePublishedOnline': '2021-11-18',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1002/rnc.5895', 'type': 'DOI'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Complex Networks', 'type': 'RESEARCHTK'},\n", " {'id': 'Nonlinear Dynamics', 'type': 'RESEARCHTK'},\n", " {'id': 'Machine Learning', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'International Journal of Robust and Nonlinear Control',\n", " 'volume': '32',\n", " 'issue': '3',\n", " 'startPage': '1469',\n", " 'endPage': '1486',\n", " 'identifiers': [{'id': '/journals/resource/international-journal-robust-nonlinear-control',\n", " 'type': 'CONE'},\n", " {'id': 'Wiley', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'value': 'This article studies the fixed-time tracking consensus of second-order nonlinear multi-agent systems with disturbance. To make the fixed-time tracking consensus, a consensus protocol based on the integral sliding mode surface is proposed, which can ensure the adjacent agents remain within a limited communication range in the communication process. By adopting Lyapunov stability theory and matrix theory, sufficient conditions for the fixed-time tracking consensus are given, and a bound of the settling time is obtained. 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[{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-04-14',\n", " 'datePublishedInPrint': '2023-07-06',\n", " 'datePublishedOnline': '2023-05-31',\n", " 'dateSubmitted': '2022-06-23',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1038/s41586-023-06083-8', 'type': 'DOI'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'Planetary Boundaries', 'type': 'RESEARCHTK'},\n", " {'id': 'Global Commons', 'type': 'RESEARCHTK'},\n", " {'id': 'Ecosystems', 'type': 'RESEARCHTK'},\n", " {'id': 'Land use', 'type': 'RESEARCHTK'},\n", " {'id': 'Inequality and Equity', 'type': 'RESEARCHTK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Hybrid Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Nature',\n", " 'volume': '619',\n", " 'startPage': '102',\n", " 'endPage': '111',\n", " 'identifiers': [{'id': '/journals/resource/journals353',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'planetary boundaries, Anthropocene, future, climate, safe and just, global commons',\n", " 'tableOfContents': 'Abstract\\r\\nMain\\r\\nQuantifying ESBs\\r\\nToward a safe and just future\\r\\nMethods\\r\\nData availability\\r\\nCode availability\\r\\nReferences\\r\\nAcknowledgements\\r\\nFunding\\r\\nAuthor information\\r\\nEthics declarations\\r\\nPeer review\\r\\nAdditional information\\r\\nExtended data figures and tables',\n", " 'totalNumberOfPages': '10',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The stability and resilience of the Earth system and human well-being are inseparably linked[1,2,3], yet their interdependencies are generally under-recognized; consequently, they are often treated independently[4,5]. Here, we use modelling and literature assessment to quantify safe and just Earth system boundaries (ESBs) for climate, the biosphere, water and nutrient cycles, and aerosols at global and subglobal scales. We propose ESBs for maintaining the resilience and stability of the Earth system (safe ESBs) and minimizing exposure to significant harm to humans from Earth system change (a necessary but not sufficient condition for justice)[4]. The stricter of the safe or just boundaries sets the integrated safe and just ESB. Our findings show that justice considerations constrain the integrated ESBs more than safety considerations for climate and atmospheric aerosol loading. Seven of eight globally quantified safe and just ESBs and at least two regional safe and just ESBs in over half of global land area are already exceeded. We propose that our assessment provides a quantitative foundation for safeguarding the global commons for all people now and into the future.'}]},\n", " 'files': [{'objectId': 'file_28503',\n", " 'name': '41586_2023_6083_MOESM1_ESM.pdf',\n", " 'lastModificationDate': '2023-07-26T13:12:41.373+0000',\n", " 'creationDate': '2023-06-08T10:57:51.994+0000',\n", " 'creator': {'objectId': 'user_24078'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28501_1/component/file_28503/41586_2023_6083_MOESM1_ESM.pdf',\n", " 'content': '/rest/items/item_28501_3/component/file_28503/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'a0ce133ad774de25f3f89dd635d49b29',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1994366,\n", " 'metadata': {'title': '41586_2023_6083_MOESM1_ESM.pdf',\n", " 'contentCategory': 'supplementary-material',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0}},\n", " 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We ask how corporations can become sustainability leaders, when constrained by multiple barriers to collaboration for biosphere stewardship. We describe how scientists motivated, inspired and engaged with ten of the world’s largest seafood companies, in a collaborative process aimed to enable science-based and systemic transformations (2015–2021). CEOs faced multiple industry crises in 2015 that incentivized novel approaches. New scientific insights, an\\xa0invitation to collaborate, and a bold vision of transformative change towards ocean stewardship, created new opportunities and direction. Co-creation of solutions resulted in new knowledge and trust, a joint agenda for action, new capacities, international recognition, formalization of an organization, increased policy influence, time-bound goals, and convergence of corporate change. Independently funded scientists helped remove barriers to cooperation, provided means for reflection, and guided corporate strategies and actions toward ocean stewardship. By 2021, multiple individuals exercised leadership and the initiative had transitioned from preliminary and uncomfortable conversations, to a dynamic, operational organization, with capacity to perform global leadership in the seafood industry. Mobilizing transformational agency through learning, collaboration, and innovation represents a cultural evolution with potential to redirect and accelerate corporate action, to the benefit of business, people and the planet.'}]},\n", " 'files': [{'objectId': 'file_28040',\n", " 'name': '27914oa.pdf',\n", " 'lastModificationDate': '2023-07-26T13:50:02.950+0000',\n", " 'creationDate': '2023-01-18T07:56:24.024+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_27914_1/component/file_28040/27914oa.pdf',\n", " 'content': '/rest/items/item_27914_3/component/file_28040/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '9dabe0841131f6a1b95c124ae67257a9',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1925331,\n", " 'metadata': {'title': '27914oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 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Uncertainties underlying its modelling have led to notable differences in fundamental features such as its maximum elevation, extent and total volume. As a result, the uncertainty in ice dynamics and thus in ice extent, volume and ice stream stability remains large. We herein use a higher-order three-dimensional ice sheet model to simulate the LIS under LGM boundary conditions for a number of basal friction formulations of varying complexity. Their consequences for the Laurentide ice streams, configuration, extent and volume are explicitly quantified. Total volume and ice extent generally reach a constant equilibrium value that falls close to prior LIS reconstructions. Simulations exhibit high sensitivity to the dependency of the basal shear stress on the sliding velocity. In particular, a regularised Coulomb friction formulation appears to be the best choice in terms of ice volume and ice stream realism. Pronounced differences are found when the basal friction stress is thermomechanically coupled: the base remains colder, and the LIS volume is lower than in the purely mechanical friction scenario counterpart. 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einzigartiger\\r\\nWeise Informationen zum Gebäudebestand\\r\\nund dem Endenergiebedarf\\r\\nmit detaillierten Angaben zu den\\r\\nsozioökonomischen Charakteristika der\\r\\nHaushalte verknüpft. Der Schwerpunkt\\r\\nder zweiten Panelerhebung lag auf den\\r\\nAuswirkungen der durch den Angriff\\r\\nRusslands auf die Ukraine verursachten\\r\\nEnergiekrise auf die privaten Haushalte.\\r\\nGefragt danach, wie stark die Teilnehmenden\\r\\nvon den steigenden Energiepreisen\\r\\nbetroffen sind und welche Maßnahmen\\r\\nsie dagegen ergreifen gaben so\\r\\nzum Beispiel lediglich 28 % der Teilnehmenden\\r\\nan, ihren Heizenergieverbrauch\\r\\nim Winter 2022/2023 stark oder sehr\\r\\nstark reduzieren zu wollen. Ein besonders\\r\\nbemerkenswertes Ergebnis ist in\\r\\ndiesem Zusammenhang, dass nur etwa\\r\\n21 % der Antwortenden angaben, die eigens\\r\\nfür diesen Zweck entwickelte Informationskampagne\\r\\nder Bundesregierung\\r\\nmit dem Titel „80 Millionen gemeinsam\\r\\nfür den Energiewechsel“ wahrgenommen\\r\\nzu haben. Eine überwältigende\\r\\nMehrheit von etwa 88 % der Befragten\\r\\nhatte dagegen von der für Herbst 2022\\r\\ngeplanten, letztlich aber nie eingeführten\\r\\nGasumlage gehört. Für die aktuelle\\r\\nDebatte um das faktische Verbot des\\r\\nEinbaus neuer fossil befeuerter Heizkessel\\r\\nhöchst relevant ist das Ergebnis, dass\\r\\nein Einbauverbot für Gaskessel lediglich\\r\\nvon rund 28 % der Befragten begrüßt\\r\\nwürde. 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In general, the variance and short-lag autocorrelations of the fluctuations increase in a stochastically forced system approaching a critical or bifurcation-induced transition, making them theoretically suitable indicators to warn of such transitions. Paleoclimate records provide useful test beds if such a warning of a forthcoming transition could work in practice. The Dansgaard–Oeschger (DO) events are characterized by millennial-scale abrupt climate changes during the glacial period, manifesting most clearly as abrupt temperature shifts in the North Atlantic region. Some previous studies have found such statistical precursor signals for the DO warming transitions. On the other hand, statistical precursor signals for the abrupt DO cooling transitions have not been identified. Analyzing Greenland ice core records, we find robust and statistically significant precursor signals of DO cooling transitions in most of the interstadials longer than roughly 1500 years but not in the shorter interstadials. The origin of the statistical precursor signals is mainly related to so-called rebound events, humps in the temperature observed at the end of interstadial, some decades to centuries prior to the actual transition. 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Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Artificial Intelligence in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'CLIMBER', 'type': 'MODELMETHOD'},\n", " {'id': 'Paleoclimate', 'type': 'RESEARCHTK'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Nonlinear Dynamics', 'type': 'RESEARCHTK'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Earth System Dynamics',\n", " 'volume': '14',\n", " 'issue': '6',\n", " 'startPage': '1277',\n", " 'endPage': '1294',\n", " 'identifiers': [{'id': '/journals/resource/1402282', 'type': 'CONE'},\n", " {'id': 'Copernicus', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '18',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The glacial–interglacial cycles of the Quaternary exhibit 41\\u2009kyr periodicity before the Mid-Pleistocene Transition (MPT) around 1.2–0.8\\u2009Myr ago and ∼\\u2009100\\u2009kyr periodicity after that. From the viewpoint of dynamical systems, proposed mechanisms generating these periodicities are broadly divided into two types: (i) nonlinear forced responses of a mono- or multi-stable climate system to the astronomical forcing or (ii) synchronization of internal self-sustained oscillations to the astronomical forcing. In this study, we investigate the dynamics of glacial cycles simulated by the Earth system model of intermediate complexity CLIMBER-2 with a fully interactive carbon cycle, which reproduces the MPT under gradual changes in volcanic-CO2 degassing and regolith cover. We report that, in this model, the dominant frequency of glacial cycles is set in line with the principle of synchronization. It is found that the model exhibits self-sustained oscillations in the absence of astronomical forcing. Before the MPT, glacial cycles synchronize to the 41\\u2009kyr obliquity cycles because the self-sustained oscillations have periodicity relatively close to 41\\u2009kyr. After the MPT the timescale of internal oscillations becomes too long to follow every 41\\u2009kyr obliquity cycle, and the oscillations synchronize to the 100\\u2009kyr eccentricity cycles that modulate the amplitude of climatic precession. The latter synchronization occurs with the help of the 41\\u2009kyr obliquity forcing, which enables some terminations and glaciations to occur robustly at their right timing. We term this phenomenon vibration-enhanced synchronization because of its similarity to the noise-enhanced synchronization known in nonlinear science. While we interpret the dominant periodicities of glacial cycles as the result of synchronization of internal self-sustained oscillations to the astronomical forcing, the Quaternary glacial cycles show facets of both synchronization and forced response.'}]},\n", " 'files': [{'objectId': 'file_29155',\n", " 'name': 'Mitsui_esd-14-1277-2023.pdf',\n", " 'lastModificationDate': '2023-12-19T12:11:13.009+0000',\n", " 'creationDate': '2023-12-13T13:07:46.448+0000',\n", " 'creator': {'objectId': 'user_24073'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29154_1/component/file_29155/Mitsui_esd-14-1277-2023.pdf',\n", " 'content': '/rest/items/item_29154_1/component/file_29155/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '22f5d488c4d99d4dd35a69397a2d652d',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 10782245,\n", " 'metadata': {'title': 'Mitsui_esd-14-1277-2023.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29154_1'},\n", " {'data': {'objectId': 'item_29047',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T14:01:21.279+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29047_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-12-06T14:01:21.279+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29047',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-05T11:03:43.832+0000',\n", " 'latestRelease': {'objectId': 'item_29047',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T14:01:21.279+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29047_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29047',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T14:01:21.279+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29047_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Synergies Between Venus & Exoplanetary Observations',\n", " 'creators': [{'person': {'givenName': 'M. 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In a superficial way the contrasts in knowledge appear stark. We have been looking at Venus for millennia and studying it via telescopic observations for centuries. Spacecraft observations began with Mariner 2 in 1962 when we confirmed that Venus was a hothouse planet, rather than the tropical paradise science fiction pictured. As long as our level of exploration and understanding of Venus remains far below that of Mars, major questions will endure. On the other hand, exoplanetary science has grown leaps and bounds since the discovery of Pegasus 51b in 1995, not too long after the golden years of Venus spacecraft missions came to an end with the Magellan Mission in 1994. Multi-million to billion dollar/euro exoplanet focused spacecraft missions such as JWST, and its successors will be flown in the coming decades. At the same time, excitement about Venus exploration is blooming again with a number of confirmed and proposed missions in the coming decades from India, Russia, Japan, the European Space Agency (ESA) and the National Aeronautics and Space Administration (NASA). Here we review what is known and what we may discover tomorrow in complementary studies of Venus and its exoplanetary cousins.'}]},\n", " 'files': [{'objectId': 'file_29073',\n", " 'name': '29047oa.pdf',\n", " 'lastModificationDate': '2023-12-06T14:01:05.899+0000',\n", " 'creationDate': '2023-12-06T14:01:05.899+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29047_1/component/file_29073/29047oa.pdf',\n", " 'content': '/rest/items/item_29047_1/component/file_29073/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '4e944ac75907db8da91640d8d2396e14',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 3864928,\n", " 'metadata': {'title': '29047oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 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[{'title': 'Global Sustainability',\n", " 'volume': '7',\n", " 'sequenceNumber': 'e19',\n", " 'identifiers': [{'id': '/journals/resource/global-sustainability',\n", " 'type': 'CONE'},\n", " {'id': 'Cambridge University Press', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '30',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The IPCC Assessment Reports offer the scientific foundation for international climate negotiations\\r\\nand constitute an unmatched resource for climate change researchers. However, the assessment\\r\\ncycles take multiple years. As a contribution to cross- and interdisciplinary understanding across\\r\\ndiverse climate change research communities, we have streamlined an annual process to identify\\r\\nand synthesise essential research advances. We collected input from experts on different fields using\\r\\nan online questionnaire and prioritised a set of ten key research insights with high policy relevance.\\r\\nThis year we focus on: (1) looming overshoot of the 1.5°C warming limit, (2) urgency of phasing-out\\r\\nfossil fuels, (3) challenges for scaling carbon dioxide removal, (4) uncertainties regarding the future of\\r\\nnatural carbon sinks, (5) need for join governance of biodiversity loss and climate change, (6)\\r\\nadvances in the science of compound events, (7) mountain glacier loss, (8) human immobility in the\\r\\nface of climate risks, (9) adaptation justice, and (10) just transitions in food systems. We first present\\r\\na succinct account of these Insights, reflect on their policy implications, and offer an integrated set of\\r\\npolicy relevant messages. This science synthesis and science communication effort is also the basis\\r\\nfor a report targeted to policymakers as a contribution to elevate climate science every year, in time\\r\\nfor the UNFCCC COP.'}]},\n", " 'files': [{'objectId': 'file_29875',\n", " 'name': '29394oa.pdf',\n", " 'lastModificationDate': '2024-05-15T09:54:55.972+0000',\n", " 'creationDate': '2024-05-15T09:54:55.972+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29394_2/component/file_29875/29394oa.pdf',\n", " 'content': '/rest/items/item_29394_2/component/file_29875/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'e09b57af665ab282b4228d8c5e03544b',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1323785,\n", " 'metadata': {'title': '29394oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 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" 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Saleemul',\n", " 'familyName': 'Huq',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Leon',\n", " 'familyName': 'Simons',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'David Anthony',\n", " 'familyName': 'King',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-12-15',\n", " 'datePublishedOnline': '2023-10-24',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1093/biosci/biad080', 'type': 'DOI'},\n", " {'id': 'Director / Executive Staff / Science & Society',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'Director Rockström', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'BioScience',\n", " 'volume': '73',\n", " 'issue': '12',\n", " 'startPage': '841',\n", " 'endPage': '850',\n", " 'identifiers': [{'id': '/journals/resource/1525-3244', 'type': 'CONE'},\n", " {'id': 'Oxford University Press', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'climate report,climate change, vital signs, tipping points',\n", " 'totalNumberOfPages': '10',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Life on planet Earth is under siege. We are now in an uncharted territory. For several decades, scientists have consistently warned of a future marked by extreme climatic conditions because of escalating global temperatures caused by ongoing human activities that release harmful greenhouse gasses into the atmosphere. Unfortunately, time is up. We are seeing the manifestation of those predictions as an alarming and unprecedented succession of climate records are broken, causing profoundly distressing scenes of suffering to unfold. We are entering an unfamiliar domain regarding our climate crisis, a situation no one has ever witnessed firsthand in the history of humanity.\\r\\n\\r\\nIn the present report, we display a diverse set of vital signs of the planet and the potential drivers of climate change and climate-related responses first presented by Ripple and Wolf and colleagues (2020), who declared a climate emergency, now with more than 15,000 scientist signatories. The trends reveal new all-time climate-related records and deeply concerning patterns of climate-related disasters. At the same time, we report minimal progress by humanity in combating climate change. Given these distressing developments, our goal is to communicate climate facts and policy recommendations to scientists, policymakers, and the public. It is the moral duty of us scientists and our institutions to clearly alert humanity of any potential existential threat and to show leadership in taking action. This report is part of our series of concise and easily accessible yearly updates on the state of the climate crisis.'}]}},\n", " 'persistenceId': 'item_28924_2'},\n", " {'data': {'objectId': 'item_29485',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T14:19:02.480+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29485_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-03-26T14:19:02.480+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29485',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-01-23T10:43:16.636+0000',\n", " 'latestRelease': {'objectId': 'item_29485',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T14:19:02.480+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29485_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29485',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T14:19:02.480+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29485_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': \"The dry sky: future scenarios for humanity's modification of the atmospheric water cycle\",\n", " 'creators': [{'person': {'givenName': 'Patrick W.',\n", " 'familyName': 'Keys',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Lan',\n", " 'familyName': 'Wang-Erlandsson',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Michele-Lee',\n", " 'familyName': 'Moore',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Agnes',\n", " 'familyName': 'Pranindita',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Fabian',\n", " 'familyName': 'Stenzel',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/stenzel', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Olli',\n", " 'familyName': 'Varis',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Rekha',\n", " 'familyName': 'Warrier',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'R. 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Given the implications of this, we present a theoretical framing of atmospheric water as an economic good. Historically, atmospheric water was tacitly considered a ‘public good’ since it was neither actively consumed (rival) nor controlled (exclusive). However, given anthropogenic changes, atmospheric water is becoming 'common-pool’ (rival, non-excludable) or 'club’ (non-rival, excludable). Moreover, advancements in weather modification presage water becoming a 'private’ good (i.e. rival, excludable). In this research, we explore the implications of different economic goods framings using story-based scenarios of human modifications of the atmospheric water cycle. We blend computational text analysis with expert perspectives to create science fiction prototypes of the future. The economic goods framing highlights that social choices play an enormous role in how the future will unfold with regard to human interaction with the atmospheric water cycle. The narrative scenarios serve two purposes. First, they provide creative artifacts for the investigation of future interactions with the atmospheric water cycle, that are rooted in a scientific evidence base. Second, they articulate trajectories of our coupled social-hydrological world that require deeper interrogation and anticipation in the present.\"}]},\n", " 'files': [{'objectId': 'file_29742',\n", " 'name': '29485oa.pdf',\n", " 'lastModificationDate': '2024-03-26T14:19:01.071+0000',\n", " 'creationDate': '2024-03-26T14:19:01.071+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29485_2/component/file_29742/29485oa.pdf',\n", " 'content': '/rest/items/item_29485_2/component/file_29742/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '82e3918939df55509beba57cacc8d8a5',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 370358,\n", " 'metadata': {'title': '29485oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}},\n", " {'objectId': 'file_29486',\n", " 'lastModificationDate': '2024-03-26T14:19:01.071+0000',\n", " 'creationDate': '2024-01-23T10:43:16.644+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PUBLIC',\n", " 'content': 'https://eartharxiv.org/repository/view/4849/',\n", " 'storage': 'EXTERNAL_URL',\n", " 'size': 0,\n", " 'metadata': {'title': 'https://eartharxiv.org/repository/view/4849/',\n", " 'contentCategory': 'pre-print',\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_29485_2'},\n", " {'data': {'objectId': 'item_29845',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:25:19.898+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29845_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-05-08T14:25:19.898+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29845',\n", " 'creator': {'objectId': 'user_28510'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-04-30T12:35:37.580+0000',\n", " 'latestRelease': {'objectId': 'item_29845',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:25:19.898+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29845_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29845',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-05-08T14:25:19.898+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29845_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The effect of cap-and-trade on sectoral emissions: Evidence from California',\n", " 'creators': [{'person': {'givenName': 'Christian',\n", " 'familyName': 'Lessmann',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Niklas',\n", " 'familyName': 'Kramer',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/niklas.kramer',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2024-05-01',\n", " 'datePublishedOnline': '2024-03-20',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1016/j.enpol.2024.114066', 'type': 'DOI'},\n", " {'id': 'Climate Policy', 'type': 'RESEARCHTK'},\n", " {'id': 'Carbon Pricing', 'type': 'RESEARCHTK'},\n", " {'id': 'North America', 'type': 'REGIONALK'},\n", " {'id': 'FutureLab - Ceres', 'type': 'ORGANISATIONALK'},\n", " {'id': 'FutureLab - Ceres', 'type': 'PIKDOMAIN'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Hybrid Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Energy Policy',\n", " 'volume': '188',\n", " 'sequenceNumber': '114066',\n", " 'identifiers': [{'id': '/journals/resource/energy-policy',\n", " 'type': 'CONE'},\n", " {'id': 'Elsevier', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'emission trading, effectiveness, synthetic control method',\n", " 'totalNumberOfPages': '9',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'We study the impact of California’s cap-and-trade system on carbon emissions in the electricity and industrial sectors. We use US state-level panel data covering the period 2005–2019 and apply the synthetic control method to construct an optimal counterfactual for per capita emissions in each sector. In our experiment, emissions in the power sector fall below counterfactual emissions by 48%. In the industrial sector, the state’s emissions are 6% higher than those of the synthetic control unit by the end of the observation period. Thus, cap-and-trade failed to deliver decarbonization across both sectors. 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Households in the sample are differently affected with rural, agriculturally dependent, and poor households without alternative income sources showing the strongest changes in their migration behavior in response to shocks. Our study adds important insights into the relationship between disruptive events and migration in Eastern Africa considering a broad time window and the compounding influence of different shock types. 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[{'id': 'RD1 - Earth System Analysis',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Earth Resilience in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Nonlinear Dynamics', 'type': 'RESEARCHTK'},\n", " {'id': 'Climate impacts', 'type': 'RESEARCHTK'},\n", " {'id': 'Global', 'type': 'REGIONALK'},\n", " {'id': 'Quantitative Methods', 'type': 'MODELMETHOD'},\n", " {'id': 'Qualitative Methods', 'type': 'MODELMETHOD'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'publishingInfo': {'place': 'Exeter, UK',\n", " 'publisher': 'University of Exeter'},\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Harmful tipping points in the natural world pose some of the gravest threats faced by humanity. Their triggering will severely damage our planet’s life-support systems and threaten the stability of our societies.'}]},\n", " 'files': [{'objectId': 'file_29188',\n", " 'lastModificationDate': '2024-01-17T08:12:00.187+0000',\n", " 'creationDate': '2023-12-19T10:52:34.259+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PUBLIC',\n", " 'content': 'https://global-tipping-points.org/',\n", " 'storage': 'EXTERNAL_URL',\n", " 'size': 0,\n", " 'metadata': {'title': 'https://global-tipping-points.org/',\n", " 'contentCategory': 'publisher-version',\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_29187_2'},\n", " {'data': {'objectId': 'item_29045',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T15:28:19.615+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29045_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-03-26T15:28:19.615+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29045',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-05T11:01:25.567+0000',\n", " 'latestRelease': {'objectId': 'item_29045',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T15:28:19.615+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29045_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29045',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-03-26T15:28:19.615+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29045_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The Habitability of Venus',\n", " 'creators': [{'person': {'givenName': 'F.',\n", " 'familyName': 'Westall',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Dennis',\n", " 'familyName': 'Höning',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/dennis.hoening',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'G.',\n", " 'familyName': 'Avice',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'D.',\n", " 'familyName': 'Gentry',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'T.',\n", " 'familyName': 'Gerya',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'C.',\n", " 'familyName': 'Gillmann',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'N.',\n", " 'familyName': 'Izenberg',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'M. J.',\n", " 'familyName': 'Way',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'C.',\n", " 'familyName': 'Wilson',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-02-22',\n", " 'datePublishedOnline': '2023-02-22',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1007/s11214-023-00960-4', 'type': 'DOI'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Hybrid - DEAL Springer Nature', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Space Science Reviews',\n", " 'volume': '219',\n", " 'sequenceNumber': '17',\n", " 'identifiers': [{'id': '/journals/resource/journals458',\n", " 'type': 'CONE'},\n", " {'id': 'Springer', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '53',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Venus today is inhospitable at the surface, its average temperature of 750 K being incompatible to the existence of life as we know it. However, the potential for past surface habitability and upper atmosphere (cloud) habitability at the present day is hotly debated, as the ongoing discussion regarding a possible phosphine signature coming from the clouds shows. We review current understanding about the evolution of Venus with special attention to scenarios where the planet may have been capable of hosting microbial life. We compare the possibility of past habitability on Venus to the case of Earth by reviewing the various hypotheses put forth concerning the origin of habitable conditions and the emergence and evolution of plate tectonics on both planets. Life emerged on Earth during the Hadean when the planet was dominated by higher mantle temperatures (by about ), an uncertain tectonic regime that likely included squishy lid/plume-lid and plate tectonics, and proto continents. Despite the lack of well-preserved crust dating from the Hadean and Paleoarchean, we attempt to review current understanding of the environmental conditions during this critical period based on zircon crystals and geochemical signatures from this period, as well as studies of younger, relatively well-preserved rocks from the Paleoarchean. For these early, primitive life forms, the tectonic regime was not critical but it became an important means of nutrient recycling, with possible consequences on the global environment in the long-term, that was essential to the continuation of habitability and the evolution of life. For early Venus, the question of stable surface water is closely related to tectonics. We discuss potential transitions between stagnant lid and (episodic) tectonics with crustal recycling, as well as consequences for volatile cycling between Venus’ interior and atmosphere. In particular, we review insights into Venus’ early climate and examine critical questions about early rotation speed, reflective clouds, and silicate weathering, and summarize implications for Venus’ long-term habitability. Finally, the state of knowledge of the Venusian clouds and the proposed detection of phosphine is covered.'}]},\n", " 'files': [{'objectId': 'file_29062',\n", " 'name': '29045oa.pdf',\n", " 'lastModificationDate': '2024-03-26T15:28:18.513+0000',\n", " 'creationDate': '2023-12-05T15:56:27.753+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29045_1/component/file_29062/29045oa.pdf',\n", " 'content': '/rest/items/item_29045_2/component/file_29062/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '7b8c9ead419ab1004680cfff9d3c75dc',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 6970153,\n", " 'metadata': {'title': '29045oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'https://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29045_2'},\n", " {'data': {'objectId': 'item_28427',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-01-03T13:46:49.776+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28427_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-01-03T13:46:49.776+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28427',\n", " 'creator': {'objectId': 'user_24076'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-05-25T15:24:23.730+0000',\n", " 'latestRelease': {'objectId': 'item_28427',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-01-03T13:46:49.776+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28427_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28427',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-01-03T13:46:49.776+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28427_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The impact of global warming on inflation: averages, seasonality and extremes',\n", " 'creators': [{'person': {'givenName': 'Maximilian',\n", " 'familyName': 'Kotz',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Maximilian.Kotz',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Friderike', 'familyName': 'Kuik'},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Eliza', 'familyName': 'Lis'},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Christiane', 'familyName': 'Nickel'},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-05-23',\n", " 'datePublishedOnline': '2023-05-23',\n", " 'genre': 'REPORT',\n", " 'identifiers': [{'id': 'RD4 - Complexity Science',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'Climate impacts', 'type': 'RESEARCHTK'},\n", " {'id': 'Data-based analysis of climate decisions',\n", " 'type': 'WORKINGGROUP'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': '10.2866/46035', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'publishingInfo': {'place': 'Frankfurt am Main, Germany',\n", " 'publisher': 'European Central Bank (ECB)'},\n", " 'sources': [{'title': 'ECB Working Paper Series',\n", " 'volume': '2821',\n", " 'genre': 'SERIES'}],\n", " 'totalNumberOfPages': '50',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Understanding of the macroeconomic effects of climate change is developing rapidly, but the\\r\\nimplications for past and future inflation remain less well understood. Here we exploit a global\\r\\ndataset of monthly consumer price indices to identify the causal impacts of changes in climate\\r\\non inflation, and to assess their implications under future warming. Flexibly accounting for\\r\\nheterogenous impacts across seasons and baseline climatic and socio-economic conditions, we\\r\\nfind that increased average temperatures cause non-linear upwards inflationary pressures which\\r\\npersist over 12 months in both higher- and lower-income countries. Projections from state-of-\\r\\nthe-art climate models show that in the absence of historically un-precedented adaptation, future\\r\\nwarming will cause global increases in annual food and headline inflation of 0.92-3.23 and\\r\\n0.32-1.18 percentage-points per year respectively, under 2035 projected climate (uncertainty\\r\\nrange across emission scenarios, climate models and empirical specifications), as well as\\r\\naltering the seasonal dynamics of inflation. Moreover, we estimate that the 2022 summer heat\\r\\nextreme increased food inflation in Europe by 0.67 (0.43-0.93) percentage-points and that\\r\\nfuture warming projected for 2035 would amplify the impacts of such extremes by 50%. These\\r\\nresults suggest that climate change poses risks to price stability by having an upward impact on\\r\\ninflation, altering its seasonality and amplifying the impacts caused by extremes.'}],\n", " 'projectInfo': [{'title': \"Impact of intensified weather extremes on Europe's economy (ImpactEE)\",\n", " 'grantIdentifier': {'id': 'Az 93350', 'type': 'GRANT_ID'},\n", " 'fundingInfo': {'fundingOrganization': {'title': 'VolkswagenStiftung'},\n", " 'fundingProgram': {'title': 'Europe and Global Challenges'}}}]},\n", " 'files': [{'objectId': 'file_28428',\n", " 'lastModificationDate': '2024-01-03T13:46:44.219+0000',\n", " 'creationDate': '2023-05-25T15:24:23.751+0000',\n", " 'creator': {'objectId': 'user_24076'},\n", " 'visibility': 'PUBLIC',\n", " 'content': 'https://www.ecb.europa.eu/pub/pdf/scpwps/ecb.wp2821~f008e5cb9c.de.pdf?06bb134ae9fa3c4e75099724f2d46311',\n", " 'storage': 'EXTERNAL_URL',\n", " 'size': 0,\n", " 'metadata': {'title': 'https://www.ecb.europa.eu/pub/pdf/scpwps/ecb.wp2821~f008e5cb9c.de.pdf?06bb134ae9fa3c4e75099724f2d46311',\n", " 'contentCategory': 'publisher-version',\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_28427_1'},\n", " {'data': {'objectId': 'item_29952',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-06-07T06:22:05.086+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29952_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-06-07T06:22:05.086+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29952',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-06-06T08:39:08.216+0000',\n", " 'latestRelease': {'objectId': 'item_29952',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-06-07T06:22:05.086+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29952_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29952',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2024-06-07T06:22:05.086+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29952_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The long–term sea–level commitment from Antarctica',\n", " 'creators': [{'person': {'givenName': 'Ann Kristin',\n", " 'familyName': 'Klose',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/klose.ann.kristin',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'V.',\n", " 'familyName': 'Coulon',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'F.',\n", " 'familyName': 'Pattyn',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Ricarda',\n", " 'familyName': 'Winkelmann',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Ricarda.Winkelmann',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2024-05-24',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.5194/tc-2023-156', 'type': 'DOI'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Ice', 'type': 'RESEARCHTK'},\n", " {'id': 'Sea-level Rise', 'type': 'RESEARCHTK'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Arctic & Antarctica', 'type': 'REGIONALK'},\n", " {'id': 'PISM-PIK', 'type': 'MODELMETHOD'},\n", " {'id': 'Ice Dynamics', 'type': 'WORKINGGROUP'},\n", " {'id': 'FutureLab - Earth Resilience in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'The Cryosphere',\n", " 'identifiers': [{'id': '/journals/resource/140507', 'type': 'CONE'},\n", " {'id': 'Copernicus', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The evolution of the Antarctic Ice Sheet is of vital importance given the coastal and societal implications of ice loss, with a potential to raise sea level by up to 58 m if melted entirely. However, future ice-sheet trajectories remain highly uncertain. One of the main sources of uncertainty is related to nonlinear processes and feedbacks of the ice sheet with the Earth System on different timescales. Due to these feedbacks and the ice-sheet inertia, ice loss may already be triggered in the next decades and then unfolds delayed on multi-centennial to millennial timescales. This committed Antarctic sea-level contribution is not reflected in typical sea-level projections based on mass balance changes of Antarctica, which often cover decadal-to-centennial timescales. Here, using two ice-sheet models, we systematically assess the multi-millennial sea-level commitment from Antarctica in response to warming projected over the next centuries under low- and high-emission pathways. This allows bringing together the time horizon of stakeholder planning with the much longer response times of the Antarctic Ice Sheet.\\r\\n\\r\\nOur results show that warming levels representative of the lower-emission pathway SSP1-2.6 may already result in an Antarctic mass loss of up to 6 m sea-level equivalent on multi-millennial timescales. This committed mass loss is due to a strong grounding-line retreat in the Amundsen Sea Embayment as well as a potential drainage from the Ross Ice Shelf catchment and onset of ice loss in Wilkes subglacial basin. Beyond warming levels reached by the end of this century under the higher-emission trajectory SSP5-8.5, a collapse of the West Antarctic Ice Sheet is triggered in the entire ensemble of simulations from both ice-sheet models. Under enhanced warming, next to the marine parts, we also find a substantial decline in ice volume of regions grounded above sea level in East Antarctica. Over the next millennia, this gives rise to a sea-level increase of up to 40 m in our experiments, stressing the importance of including the committed Antarctic sea-level contribution in future projections.'}]},\n", " 'files': [{'objectId': 'file_29953',\n", " 'lastModificationDate': '2024-06-07T06:22:03.780+0000',\n", " 'creationDate': '2024-06-06T08:39:08.230+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PUBLIC',\n", " 'content': 'https://tc.copernicus.org/preprints/tc-2023-156/',\n", " 'storage': 'EXTERNAL_URL',\n", " 'size': 0,\n", " 'metadata': {'title': 'https://tc.copernicus.org/preprints/tc-2023-156/',\n", " 'contentCategory': 'pre-print',\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_29952_1'},\n", " {'data': {'objectId': 'item_29487',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-14T12:50:46.463+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29487_3',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-06-14T12:50:46.463+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29487',\n", " 'creator': {'objectId': 'user_28357'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2024-01-23T11:46:58.647+0000',\n", " 'latestRelease': {'objectId': 'item_29487',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-14T12:50:46.463+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29487_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29487',\n", " 'versionNumber': 3,\n", " 'modificationDate': '2024-06-14T12:50:46.463+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29487_3',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The Multi-Dimensional Emergence of Climate-Induced Migrants in Rights-Based Litigation in the Global South',\n", " 'creators': [{'person': {'givenName': 'Diogo Andreola',\n", " 'familyName': 'Serraglio',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']},\n", " {'identifier': 'ou_29970',\n", " 'name': 'Submitting Corresponding Author, Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_29970', 'ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/diogo.andreola.serraglio',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Fernanda',\n", " 'familyName': 'de Salles Cavedon-Capdeville',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Fanny',\n", " 'familyName': 'Thornton',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/fanny.thornton',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2024-02-01',\n", " 'datePublishedOnline': '2024-01-13',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'FutureLab - Social Metabolism and Impacts',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Social Metabolism and Impacts',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': '10.1093/jhuman/huad066', 'type': 'DOI'},\n", " {'id': 'pending', 'type': 'MDB_ID'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Journal of Human Rights Practice',\n", " 'volume': '16',\n", " 'issue': '1',\n", " 'startPage': '227',\n", " 'endPage': '247',\n", " 'identifiers': [{'id': '/journals/resource/1757-9627', 'type': 'CONE'},\n", " {'id': 'Oxford University Press', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'freeKeywords': 'climate crisis; climate-induced migration; climate justice; climate litigation; human rights',\n", " 'totalNumberOfPages': '21',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The article evidences to what extent rights-based climate litigation is applied as a strategy\\r\\nto enhance the recognition and protection of climate-induced migrants. Adopting a deduc-\\r\\ntive approach and desk review, the study, illustrates how climate-induced migration has been\\r\\naddressed by International Human Rights Law, with some attention also paid to the growing\\r\\napplication of the right to a safe climate and climate justice. The study highlights the duties of\\r\\nboth States and private actors in tackling the emerging climate crisis under the human rights\\r\\nagenda. Relevant responsibilities are framed in particular within the scope of rights-based litiga-\\r\\ntion dealing with the topic. We present an analysis of litigation linked to climate-induced migration\\r\\nthat was filed before distinct international, regional, and national jurisdictions and, in doing so,\\r\\npropose a chronology of cases—structured in three generations—of how population movements\\r\\nas a result of climate change have been discussed by judicial means. The first generation relates\\r\\nto cases that consider the issue from the perspective of protection—in both national, regional,\\r\\nand international jurisdictions. The second generation emerges within general climate litigation\\r\\nclaims, involving commitments linked to the climate agenda. In addition to raising (forced) pop-\\r\\nulation movements as one of the expected impacts of climate change, such cases frequently\\r\\ncall upon a rights-based approach. The third generation encompasses rights-based cases cen-\\r\\ntred on climate-induced migrants per se. The strengths and limitations of rights-based litigation\\r\\nto respond to the topic are finally highlighted: we conclude that litigation remains a blunt but\\r\\nnot unpromising tool to respond to climate-induced migration. Generic references to the risk of\\r\\n(forced) population movements largely prevail; nevertheless, strategic rights-based litigation can\\r\\nfacilitate the visibility of climate-induced migrants to the international community, fostering the\\r\\ndevelopment of legal solutions in the longer term.'}]},\n", " 'files': [{'objectId': 'file_29488',\n", " 'name': 'huad066.pdf',\n", " 'lastModificationDate': '2024-06-14T12:50:45.136+0000',\n", " 'creationDate': '2024-01-23T11:46:58.657+0000',\n", " 'creator': {'objectId': 'user_28357'},\n", " 'visibility': 'PRIVATE',\n", " 'pid': 'hdl:pubman/item/item_29487_1/component/file_29488/huad066.pdf',\n", " 'content': '/rest/items/item_29487_3/component/file_29488/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '4e8d0f7ce4ef57bc71b71fe0cd218d2f',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 308774,\n", " 'metadata': {'title': 'huad066.pdf',\n", " 'contentCategory': 'any-fulltext',\n", " 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'PEER',\n", " 'sources': [{'title': 'Proceedings of the National Academy of Sciences of the United States of America (PNAS)',\n", " 'volume': '121',\n", " 'issue': '5',\n", " 'sequenceNumber': 'e2301531121',\n", " 'identifiers': [{'id': '/journals/resource/journals410',\n", " 'type': 'CONE'},\n", " {'id': 'National Academy of Sciences (NAS)', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '10',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'The Anthropocene signifies the start of a no-analogue trajectory of the Earth system that is fundamentally different from the Holocene. This new trajectory is characterized by rising risks of triggering irreversible and unmanageable shifts in Earth system functioning. We urgently need a new global approach to safeguard critical Earth system regulating functions more effectively and comprehensively. The global commons framework is the closest example of an existing approach with the aim of governing biophysical systems on Earth upon which the world collectively depends. Derived during stable Holocene conditions, the global commons framework must now evolve in the light of new Anthropocene dynamics. This requires a fundamental shift from a focus only on governing shared resources beyond national jurisdiction, to one that secures critical functions of the Earth system irrespective of national boundaries. We propose a new framework—the planetary commons—which differs from the global commons framework by including not only globally shared geographic regions but also critical biophysical systems that regulate the resilience and state, and therefore livability, on Earth. The new planetary commons should articulate and create comprehensive stewardship obligations through Earth system governance aimed at restoring and strengthening planetary resilience and justice.'}]}},\n", " 'persistenceId': 'item_29202_2'},\n", " {'data': {'objectId': 'item_24665',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-01-25T10:17:19.447+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24665_5',\n", " 'modifier': {'objectId': 'user_24079'},\n", " 'lastModificationDate': '2021-01-25T10:17:19.447+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_24665',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2020-10-29T11:08:37.221+0000',\n", " 'latestRelease': {'objectId': 'item_24665',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-01-25T10:17:19.447+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24665_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'latestVersion': {'objectId': 'item_24665',\n", " 'versionNumber': 5,\n", " 'modificationDate': '2021-01-25T10:17:19.447+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_24665_5',\n", " 'modifier': {'objectId': 'user_24079'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'The REMIND-MAgPIE model and scenarios for transition risk analysis. 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REMIND-MAgPIE is an optimisation model that integrates the macroeconomic, agriculture and land-use, energy, water and climate systems. It describes, in a forward-looking fashion, the complex and non-linear dynamics in and between these systems. In line with the TCFD recommendations, the scenarios generated with this model can be integrated into risks assessments frameworks to identify and evaluate the risks related to a transition to a low-carbon economy.'}]},\n", " 'files': [{'objectId': 'file_24697',\n", " 'name': 'Report REMIND model and scenarios_20201102_final.pdf',\n", " 'lastModificationDate': '2021-01-25T10:17:15.647+0000',\n", " 'creationDate': '2020-11-02T14:53:54.133+0000',\n", " 'creator': {'objectId': 'user_24079'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_24665_4/component/file_24697/Report+REMIND+model+and+scenarios_20201102_final.pdf',\n", " 'content': '/rest/items/item_24665_5/component/file_24697/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'a911a3df6ae5c0f2ebb4f18f2ff4e6c1',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1107227,\n", " 'metadata': {'title': 'Report REMIND model and scenarios_20201102_final.pdf',\n", " 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{'person': {'givenName': 'Niklas',\n", " 'familyName': 'Boers',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/Niklas.Boers',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Vanessa',\n", " 'familyName': 'Skiba',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/vanessa.skiba',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-06-23',\n", " 'datePublishedInPrint': '2023-07-06',\n", " 'datePublishedOnline': '2023-07-06',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'RD4 - Complexity Science', 'type': 'PIKDOMAIN'},\n", " {'id': 'FutureLab - Artificial Intelligence in the Anthropocene',\n", " 'type': 'ORGANISATIONALK'},\n", " {'id': 'Tipping Elements', 'type': 'RESEARCHTK'},\n", " {'id': 'Paleoclimate', 'type': 'RESEARCHTK'},\n", " {'id': 'Gold - DEAL Springer Nature ', 'type': 'OATYPE'},\n", " {'id': '10.1038/s43247-023-00908-0', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Communications Earth and Environment',\n", " 'volume': '4',\n", " 'sequenceNumber': '245',\n", " 'identifiers': [{'id': '/journals/resource/communications-earth-environment',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '8',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Previous glacial intervals were punctuated by abrupt climate transitions between cold (stadial) and warm (interstadial) conditions. Many mechanisms leading to stadial-interstadial variability have been hypothesized with ice volume being a commonly involved element. Here, we test to which extent insolation modulated stadial-interstadial oscillations occurred during the penultimate glacial. We present a replicated and precisely dated speleothem record covering the period between 200 and 130 ka before present from caves located in the European Alps known to be sensitive to millennial-scale variability. We show that the widely proposed relationship between sea level change and stadial-interstadial variability was additionally modulated by solar insolation during this time interval. We find that interstadials occurred preferentially near maxima of Northern Hemisphere summer insolation, even when sea level remained close to its minimum during peak glacial periods. We confirm these observations with model simulations that accurately reproduce the frequency and duration of interstadials for given sea-level and insolation forcing. Our results imply that summer insolation played an important role in modulating the occurrence of stadial-interstadial oscillations and highlight the relevance of insolation in triggering abrupt climate changes.'}]},\n", " 'files': [{'objectId': 'file_28595',\n", " 'name': '28567oa.pdf',\n", " 'lastModificationDate': '2023-09-05T11:18:49.663+0000',\n", " 'creationDate': '2023-07-12T07:25:04.228+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_28567_2/component/file_28595/28567oa.pdf',\n", " 'content': '/rest/items/item_28567_3/component/file_28595/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'd7980af7a6394fc3929d423a294ae943',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1363594,\n", " 'metadata': {'title': '28567oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_28567_3'},\n", " {'data': {'objectId': 'item_29051',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:27:08.479+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29051_1',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2023-12-06T13:27:08.479+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29051',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-12-05T11:09:53.087+0000',\n", " 'latestRelease': {'objectId': 'item_29051',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:27:08.479+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29051_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29051',\n", " 'versionNumber': 1,\n", " 'modificationDate': '2023-12-06T13:27:08.479+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29051_1',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Time-scale synchronisation of oscillatory responses can lead to non-monotonous R-tipping',\n", " 'creators': [{'person': {'givenName': 'Jan',\n", " 'familyName': 'Swierczek-Jereczek',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Alexander',\n", " 'familyName': 'Robinson',\n", " 'organizations': [{'address': 'Potsdam',\n", " 'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/robinson', 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Javier',\n", " 'familyName': 'Blasco',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Jorge',\n", " 'familyName': 'Alvarez-Solas',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Marisa',\n", " 'familyName': 'Montoya',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-02-06',\n", " 'datePublishedOnline': '2023-02-06',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1038/s41598-023-28771-1', 'type': 'DOI'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Scientific Reports',\n", " 'volume': '13',\n", " 'sequenceNumber': '2104',\n", " 'identifiers': [{'id': '/journals/resource/journals2_395',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '9',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Rate-induced tipping (R-tipping) describes the fact that, for multistable dynamic systems, an abrupt transition can take place not only because of the forcing magnitude, but also because of the forcing rate. In the present work, we demonstrate through the case study of a piecewise-linear oscillator (PLO), that increasing the rate of forcing can make the system tip in some cases but might also prevent it from tipping in others. This counterintuitive effect is further called non-monotonous R-tipping (NMRT) and has already been observed in recent studies. We show that, in the present case, the reason for NMRT is the peak synchronisation of oscillatory responses operating on different time scales. We further illustrate that NMRT can be observed even in the presence of additive white noise of intermediate amplitude. Finally, NMRT is also observed on a van-der-Pol oscillator with an unstable limit cycle, suggesting that this effect is not limited to systems with a discontinuous right-hand side such as the PLO. This insight might be highly valuable, as the current research on tipping elements is shifting from an equilibrium to a dynamic perspective while using models of increasing complexity, in which NMRT might be observed but hard to understand.'}]},\n", " 'files': [{'objectId': 'file_29071',\n", " 'name': '29051oa.pdf',\n", " 'lastModificationDate': '2023-12-06T13:27:07.241+0000',\n", " 'creationDate': '2023-12-06T13:27:07.241+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29051_1/component/file_29071/29051oa.pdf',\n", " 'content': '/rest/items/item_29051_1/component/file_29071/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '69ca3418aeee96390300511ac4fbf79d',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 4786045,\n", " 'metadata': {'title': '29051oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29051_1'},\n", " {'data': {'objectId': 'item_29009',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-25T10:33:04.464+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29009_2',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-01-25T10:33:04.464+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_29009',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-11-24T12:52:30.833+0000',\n", " 'latestRelease': {'objectId': 'item_29009',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-25T10:33:04.464+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29009_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_29009',\n", " 'versionNumber': 2,\n", " 'modificationDate': '2024-01-25T10:33:04.464+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_29009_2',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Toward Generalized Milankovitch Theory (GMT)',\n", " 'creators': [{'person': {'givenName': 'Andrey',\n", " 'familyName': 'Ganopolski',\n", " 'organizations': [{'identifier': 'ou_persistent13',\n", " 'name': 'Potsdam Institute for Climate Impact Research',\n", " 'identifierPath': ['ou_persistent13']}],\n", " 'identifier': {'id': '/persons/resource/andrey.ganopolski',\n", " 'type': 'CONE'}},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'dateAccepted': '2023-11-01',\n", " 'datePublishedInPrint': '2024-01-18',\n", " 'datePublishedOnline': '2024-01-18',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': 'RD1 - Earth System Analysis',\n", " 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'Long-Term Dynamics of the Earth System', 'type': 'WORKINGGROUP'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Gold Open Access', 'type': 'OATYPE'},\n", " {'id': '10.5194/cp-20-151-2024', 'type': 'DOI'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Climate of the Past',\n", " 'volume': '20',\n", " 'issue': '1',\n", " 'startPage': '151',\n", " 'endPage': '185',\n", " 'identifiers': [{'id': '/journals/resource/journals78', 'type': 'CONE'},\n", " {'id': 'Copernicus', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '35',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'In recent decades, numerous paleoclimate records and results of model simulations provided strong support to the astronomical theory of Quaternary glacial cycles formulated in its modern form by Milutin Milankovitch. At the same time, new findings revealed that the classical Milankovitch theory is unable to explain a number of important facts, such as the change of the dominant periodicity of glacial cycles from 41 kyr to 100 kyr about one million years ago. This transition was also accompanied by an increase in the amplitude and asymmetry of the glacial cycles. Here, based on the results of a hierarchy of models and data analysis, a framework of the extended (generalized) version of the Milankovitch theory is presented. To illustrate the main elements of this theory, a simple conceptual model of glacial cycles was developed using the results of an Earth system model CLIMBER-2. This conceptual model explicitly assumes the multistability of the climate-cryosphere system and the instability of the “supercritical” ice sheets. Using this model, it is shown that Quaternary glacial cycles can be successfully reproduced as the strongly-nonlinear response of the Earth system to the orbital forcing, where 100 kyr cyclicity originates from the phase-locking of the precession and obliquity-forced glacial cycles to the corresponding eccentricity cycle. The eccentricity influences glacial cycles solely through its amplitude modulation of the precession component of orbital forcing, while the long time scale of the late Quaternary glacial cycles is determined by the time required for ice sheets to reach their critical size. The postulates used to construct this conceptual model were justified using analysis of relevant physical and biogeochemical processes and feedbacks. In particular, the role of climate-ice sheet-carbon cycle feedback in shaping and globalization of glacial cycles is discussed. The reasons for the instability of the large northern ice sheets and the mechanisms of the Earth system escape from the “glacial trap” via a set of strongly nonlinear processes are presented. It is also shown that the transition from the 41 kyr to the 100 kyr world about one million years ago can be explained by a gradual increase in the critical size of ice sheets, which in turn is related to the gradual removal of terrestrial sediments from the northern continents. The implications of this nonlinear paradigm for understanding Quaternary climate dynamics and the remaining knowledge gaps are finally discussed.'}]},\n", " 'files': [{'objectId': 'file_29508',\n", " 'name': 'Ganopolski 2024cp.pdf',\n", " 'lastModificationDate': '2024-01-25T10:32:25.270+0000',\n", " 'creationDate': '2024-01-24T14:11:19.311+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29009_2/component/file_29508/Ganopolski+2024cp.pdf',\n", " 'content': '/rest/items/item_29009_2/component/file_29508/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'd49f6a67fd7c220480f7dd59e394e600',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 15093383,\n", " 'metadata': {'title': 'Ganopolski 2024cp.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 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['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Nature Sustainability',\n", " 'volume': '7',\n", " 'startPage': '108',\n", " 'endPage': '119',\n", " 'identifiers': [{'id': '/journals/resource/nature-sustainability',\n", " 'type': 'CONE'},\n", " {'id': 'Nature', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '12',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'Operating within safe and just Earth system boundaries requires mobilizing key actors across scale to set targets and take actions accordingly. Robust, transparent and fair cross-scale translation methods are essential to help navigate through the multiple steps of scientific and normative judgements in translation, with clear awareness of associated assumptions, bias and uncertainties. Here, through literature review and expert elicitation, we identify commonly used sharing approaches, illustrate ten principles of translation and present a protocol involving key building blocks and control steps in translation. 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This self-organization manifests as emergence of oscillatory instabilities and is often studied in different system-specific frameworks. We uncover the existence of a universal scaling behaviour during self-organization in turbulent flows leading to oscillatory instability. Our experiments show that the spectral amplitude of the dominant mode of oscillations scales with the Hurst exponent of a fluctuating state variable following an inverse power law relation. 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'familyName': 'Gorinov',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Gaurav',\n", " 'familyName': 'Seth',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'C. 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Narasimha',\n", " 'familyName': 'Rao',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'},\n", " {'person': {'givenName': 'Nilesh',\n", " 'familyName': 'Desai',\n", " 'organizations': [{'identifier': 'ou_persistent22',\n", " 'name': 'External Organizations',\n", " 'identifierPath': ['ou_persistent22']}]},\n", " 'role': 'AUTHOR',\n", " 'type': 'PERSON'}],\n", " 'datePublishedInPrint': '2023-10-03',\n", " 'datePublishedOnline': '2023-10-03',\n", " 'genre': 'ARTICLE',\n", " 'identifiers': [{'id': '10.1007/s11214-023-00992-w', 'type': 'DOI'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'PIKDOMAIN'},\n", " {'id': 'RD1 - Earth System Analysis', 'type': 'ORGANISATIONALK'},\n", " {'id': 'pending', 'type': 'MDB_ID'},\n", " {'id': 'Hybrid Open Access', 'type': 'OATYPE'}],\n", " 'languages': ['eng'],\n", " 'reviewMethod': 'PEER',\n", " 'sources': [{'title': 'Space Science Reviews',\n", " 'volume': '219',\n", " 'sequenceNumber': '56',\n", " 'identifiers': [{'id': '/journals/resource/journals458',\n", " 'type': 'CONE'},\n", " {'id': 'Springer', 'type': 'PUBLISHER'}],\n", " 'genre': 'JOURNAL'}],\n", " 'totalNumberOfPages': '130',\n", " 'abstracts': [{'language': 'eng',\n", " 'value': 'In this work we discuss various selected mission concepts addressing Venus evolution through time. More specifically, we address investigations and payload instrument concepts supporting scientific goals and open questions presented in the companion articles of this volume. Also included are their related investigations (observations & modeling) and discussion of which measurements and future data products are needed to better constrain Venus’ atmosphere, climate, surface, interior and habitability evolution through time. A new fleet of Venus missions has been selected, and new mission concepts will continue to be considered for future selections. Missions under development include radar-equipped ESA-led EnVision M5 orbiter mission (European Space Agency 2021), NASA-JPL’s VERITAS orbiter mission (Smrekar et al. 2022a), NASA-GSFC’s DAVINCI entry probe/flyby mission (Garvin et al. 2022a). The data acquired with the VERITAS, DAVINCI, and EnVision from the end of this decade will fundamentally improve our understanding of the planet’s long term history, current activity and evolutionary path. We further describe future mission concepts and measurements beyond the current framework of selected missions, as well as the synergies between these mission concepts, ground-based and space-based observatories and facilities, laboratory measurements, and future algorithmic or modeling activities that pave the way for the development of a Venus program that extends into the 2040s (Wilson et al. 2022).'}]},\n", " 'files': [{'objectId': 'file_29399',\n", " 'name': '29356oa.pdf',\n", " 'lastModificationDate': '2024-01-17T10:38:19.776+0000',\n", " 'creationDate': '2024-01-17T10:38:19.776+0000',\n", " 'creator': {'objectId': 'user_26147'},\n", " 'visibility': 'PUBLIC',\n", " 'pid': 'hdl:pubman/item/item_29356_1/component/file_29399/29356oa.pdf',\n", " 'content': '/rest/items/item_29356_1/component/file_29399/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': 'a1002a948b0d69e2ac1407b93462d1ea',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 13536598,\n", " 'metadata': {'title': '29356oa.pdf',\n", " 'contentCategory': 'publisher-version',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0,\n", " 'license': 'http://creativecommons.org/licenses/by/4.0/'}}]},\n", " 'persistenceId': 'item_29356_1'},\n", " {'data': {'objectId': 'item_28161',\n", " 'versionNumber': 6,\n", " 'modificationDate': '2024-03-26T15:21:44.690+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28161_6',\n", " 'modifier': {'objectId': 'user_26147'},\n", " 'lastModificationDate': '2024-03-26T15:21:44.690+0000',\n", " 'publicState': 'RELEASED',\n", " 'objectPid': 'hdl:pubman/item/item_28161',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'context': {'objectId': 'ctx_persistent3',\n", " 'name': 'PIK Publication Database',\n", " 'lastModificationDate': '2020-05-11T15:42:13.149+0000',\n", " 'creationDate': '2020-04-15T11:55:00.000+0000',\n", " 'creator': {'objectId': 'user_user42'},\n", " 'modifier': {'objectId': 'user_user42'}},\n", " 'creationDate': '2023-02-13T09:58:34.333+0000',\n", " 'latestRelease': {'objectId': 'item_28161',\n", " 'versionNumber': 6,\n", " 'modificationDate': '2024-03-26T15:21:44.690+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28161_6',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'latestVersion': {'objectId': 'item_28161',\n", " 'versionNumber': 6,\n", " 'modificationDate': '2024-03-26T15:21:44.690+0000',\n", " 'versionState': 'RELEASED',\n", " 'versionPid': 'hdl:pubman/item/item_28161_6',\n", " 'modifier': {'objectId': 'user_26147'}},\n", " 'localTags': [],\n", " 'metadata': {'title': 'Whose house is on fire? 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To fairly distribute the burden of mitigation, a detailed understanding of the social realities of emitters is needed. This sector-specific and sub-regional study was carried out to examine housing energy emissions in the UK and to obtain detailed information about the socioeconomic profiles of emitters. To account for the embedded nature of individuals in social groups and the social context, we applied the conceptual approach of socio-metabolic class theory. This theory posits that carbon emissions and the level of human agency are unequally distributed within the society. As a first attempt, the theory is operationalised using CO2 emission quartiles as central units of descriptive analysis. We find significant differences between these classes, and particularly in terms of cohabitation type, home ownership, and social vulnerability factors. Complementary results from a multivariate regression analysis indicate that the main determinants of housing carbon emissions are living space, household size, and the use of heating oil. 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Better understanding, new economic thinking and an international governance framework are needed to stave off catastrophe. '}]},\n", " 'files': [{'objectId': 'file_28326',\n", " 'name': 'Rockstroem etal_d41586-023-00800-z_tess.pdf',\n", " 'lastModificationDate': '2023-07-26T13:21:02.399+0000',\n", " 'creationDate': '2023-04-14T14:27:07.555+0000',\n", " 'creator': {'objectId': 'user_24074'},\n", " 'visibility': 'PRIVATE',\n", " 'pid': 'hdl:pubman/item/item_28325_1/component/file_28326/Rockstroem+etal_d41586-023-00800-z_tess.pdf',\n", " 'content': '/rest/items/item_28325_3/component/file_28326/content',\n", " 'storage': 'INTERNAL_MANAGED',\n", " 'checksum': '962d7724007b791c653e5a00c20c63b6',\n", " 'checksumAlgorithm': 'MD5',\n", " 'mimeType': 'application/pdf',\n", " 'size': 1007917,\n", " 'metadata': {'title': 'Rockstroem etal_d41586-023-00800-z_tess.pdf',\n", " 'contentCategory': 'any-fulltext',\n", " 'formats': [{'value': 'application/pdf', 'type': 'dcterms:IMT'}],\n", " 'size': 0}}]},\n", " 'persistenceId': 'item_28325_3'}]}" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pending_pubs_original" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Generate the emails\n", "\n", "Generate a bunch of emails. One per first PIK Author. These emails should contain text like this.\n", "\n", "> Dear (Author Name),\n", ">\n", "> Your Publication(s):\n", ">\n", "> 1. Bla bla\n", "> 2. Bla bla\n", ">\n", "> do not have reproducibility data recorded in the publication database.\n", "> Please contact your scientific coordination team as soon as possible with the required information.\n", "> best,\n", "> ..." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "------------------------------------------------------------------------------------------------------------------------\n", "Author ID: klingenfeld\n", "Name: Daniel Klingenfeld\n", "Email-address: klingenfeld@pik-potsdam.de\n", "Email:\n", "\n", "Dear Daniel Klingenfeld,\n", "\n", "Your Publication(s):\n", "1. 10 Insights on Climate Impacts and Peace.\n", " URL: https://publications.pik-potsdam.de/pubman/faces/ViewItemOverviewPage.jsp?itemId=item_24841\n", " Date: 2020-06-22\n", "\n", "do not have reproducibility data recorded in the publication database.\n", "Please contact your scientific coordination team as soon as possible with the required information.\n", "Best,\n", "...\n", "\n", "\n" ] } ], "source": [ "def generate_email_address(author_id):\n", " # @example.com for testing purposes\n", " email_address = author_id + \"@pik-potsdam.de\" #change to @pik-potsdam.de for real email addresses\n", " return email_address\n", "\n", "def generate_email(author_id, pending_pubs_by_author):\n", " # get the pending publications of the author\n", " publications = pending_pubs_by_author[author_id][\"publications\"]\n", " # get the author's full name\n", " author_name = pending_pubs_by_author[author_id][\"full_name\"]\n", "\n", " # generate the email text\n", " email_text = f\"Dear {author_name},\\n\\nYour Publication(s):\\n\"\n", "\n", " for i, pub in enumerate(publications, start=1):\n", " email_text += f\"{i}. {pub['title']}.\\n URL: {pub['url']}\\n Date: {pub['date']}\\n\"\n", "\n", " email_text += (\"\\ndo not have reproducibility data recorded in the publication database.\"\n", " \"\\nPlease contact your scientific coordination team as soon as possible with the required information.\"\n", " \"\\nBest,\\n...\\n\")\n", "\n", " return email_text\n", "\n", "def generate_email_file(sender_email, recipient_email, subject, body, author_id):\n", " # Create the email message\n", " msg = EmailMessage()\n", " msg['From'] = sender_email\n", " msg['To'] = recipient_email\n", " msg['Subject'] = subject\n", " msg.set_content(body)\n", "\n", " # Generate the .eml file\n", " with open(f'PendingPublications/{author_id}.eml', 'w') as eml_file:\n", " eml_file.write(msg.as_string(policy=policy.default))\n", "\n", "# add the email text to each author's dictionary in pending_pubs_by_author\n", "for author_id in pending_pubs_by_author:\n", " pending_pubs_by_author[author_id]['email_address'] = generate_email_address(author_id)\n", " pending_pubs_by_author[author_id]['email'] = generate_email(author_id, pending_pubs_by_author)\n", "\n", "# print the first example email\n", "for author_id, data in list(pending_pubs_by_author.items())[:1]:\n", " print(\"------------------------------------------------------------------------------------------------------------------------\")\n", " print(f\"Author ID: {author_id}\\nName: {data['full_name']}\\nEmail-address: {data['email_address']}\\nEmail:\\n\\n{data['email']}\\n\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "# Write the info in an easy accessible webpage\n", "\n", "To preview the webpage locally, use the VSCode extension 'Live Preview' from Microsoft.\n", "- After installing, Press `Cmd+Shift+P` to open the Command Palette, type \"Live Preview: Start Server\", and press Enter.\n", "- After starting Live Preview, your default web browser should automatically open, displaying a live preview of your Markdown file rendered as HTML.\n", "- Live Preview will automatically refresh the browser view as you make changes to your Markdown file in VS Code, allowing you to see updates in real-time." ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "# write the list of authors with pending publications to a markdown file\n", "author_links = \"\"\n", "for author_id in pending_pubs_by_author.keys():\n", " # generate the .eml file and store it in the PendingPublications/eml_files directory\n", " generate_email_file(\"\", pending_pubs_by_author[author_id]['email_address'], \"Missing Reproducibility Data\", pending_pubs_by_author[author_id]['email'], author_id)\n", "\n", " # write the markdown file\n", " author_links = author_links + f\"* [ {pending_pubs_by_author[author_id]['full_name']} ]({author_id}.md)\\n\\n\"\n", " with open(f\"PendingPublications/{author_id}.md\", 'w') as f:\n", " # title\n", " f.write(f\"# {pending_pubs_by_author[author_id]['full_name']}\\n\")\n", " # author information\n", " f.write(\"Author ID: \" + author_id + \"
\")\n", " f.write(f\"Email: {pending_pubs_by_author[author_id]['email_address']}\\n\\n\")\n", " f.write(f\"### Pending Publications:\\n\")\n", " for i, pub in enumerate(pending_pubs_by_author[author_id][\"publications\"], start=1):\n", " f.write(f\"{i}. [{pub['title']}]({pub['url']})\\n\")\n", " f.write(\"\\n\")\n", " # section for email\n", " f.write(f\"### Email:\\n\")\n", " # link to download the .eml file\n", " f.write(f'Download the .eml file\\n\\n')\n", " # email text\n", " f.write(\"\\n---------------------------------------------------------------------------------\\n\")\n", " f.write(pending_pubs_by_author[author_id]['email'])\n", " f.write(\"\\n---------------------------------------------------------------------------------\\n\")\n", "\n", "# write the website file with the list of authors as links to home.md\n", "with open(f\"PendingPublications/home.md\", 'w') as f:\n", " f.write(\"# PIK authors with missing reproducibility data:\\n\")\n", " # section for tests\n", " if False:\n", " f.write(\"[.txt file doesn't work ](test.txt)\\n\\n\") # does not work \n", " f.write(\"[.eml file doesn't work ](test.eml)\\n\\n\") # does not work \n", " f.write(\"[.md file works](test.md)\\n\\n\") # for markdown files it works\n", " f.write('Download the test file\\n\\n') #works for all files\n", " # add the list of authors\n", " f.write(author_links)" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "base", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.10.0" } }, "nbformat": 4, "nbformat_minor": 2 }