Key:
J = Journal article / B =
Chapter in a book / P =
Other scientific paper / R = Report / A = General article / O =
Other
2020 (J.120)
Otto, l.M.,
J.F. Donges, W. Lucht, and
H.J.
Schellnhuber,
Social tipping
dynamics in a
world
constrained by
conflicting
interests
(Reply to
Smith et al.,
PNAS, 2020),
Proceedings
National
Academy of
Sciences USA,
doi:10.1073/pnas.2002648117,
2020.
(J.119)
Donges,
J.F., J.
Heitzig, W.
Barfuss, J.
Kassel, T.
Kittel, J.J.
Kolb, T.
Kolster, F.
Müller-Hansen,
I.M. Otto, M.
Wiedermann,
K.B. Zimmerer,
and W. Lucht,Earth
system
modelling with
complex
dynamic human
societies: the
copan:CORE
World-Earth
modeling
framework,
Earth System
Dynamics, 11,
395–413, 2020.
(J.118)
Otto, l.M.,
J.F. Donges,
R. Cremades, A.
Bhowmik, R.
Hewitt, W. Lucht, J.
Rockström, F.
Allerberger, M.
McCaffrey, S.S.P.
Doe, A.
Lenferna, N.
Moran,
D.P. van
Vuuren, and H.J.
Schellnhuber,
Social
tipping
dynamics for
stabilizing
Earth’s
climate by
2050,
Proceedings
National
Academy of
Sciences USA,
doi:10.1073/pnas.1900577117,
2020.
(J.117)
Gerten, D., V.
Heck, J.
Jägermeyr,
B.L. Bodirsky,
I. Fetzer, M.
Jalava, M.
Kummu, W. Lucht,
J. Rockström,
S. Schaphoff,
and H.J.
Schellnhuber,
Feeding
ten billion
people is
possible
within four
terrestrial
planetary
boundaries,
Nature
Sustainability,
doi:10.1038/s41893-019-0465-1,
2020. (J.116) Otto, l.M., M. Wiedermann, R.
Cremades, J.F. Donges, C. Auer, and W. Lucht, Human agency
in the Anthropocene,
Ecological
Economics, 167,
106463, 2020.
(P) Kemfert,
C., G.
Jaschke, J.
Michaelis, A.
Franke, A.
Bues, and
W. Lucht,
Paris-kompatible
Klimagovernance:
Flexibilität
zwischen
Sektoren und
nicht-lineare
Reduktionspfade,
Energiewirtschaftliche
Tagesfragen,
70 (9), 15-19,
2020.
Currently submitted/close to
submission: (J)
Donges, J.F.,
W. Lucht,
J.
Heitzig, W.
Barfuss, S.E.
Cornell, S.J.
Lade, and M.
Schlüter, Taxonomies
for
structuring
models for
World-Earth
system
analysis of
the
Anthropocene:
subsystems,
their
interactions
and
social-ecological
feedback
loops,
submitted to
Earth System
Dynamics (as
of April,
2018).
(J) Bues,
A., ,W. Lucht, A. Franke, and J. Hertin, Consistent
with the Paris
Agreement?
Benchmarking
National
Emission
Reduction
Pathways with
the CO2 Budget
Approach,
submitted to
Climate Policy
(as of July,
2020).
2019 (J.115)
Hagedorn, G.,
T. Loew, S.I.
Seneviratne, W. Lucht, M.-L. Beck, J. Hesse, R. Knutti, V.
Quaschning,
J.-H.
Schleimer, L.
Mattauch, C.
Breyer, H.
Hübener, G.
Kirchengast,
A. Chodura, J.
Clausen, F.
Creutzig, M.
Darbi, C.-H.
Daub, F.
Ekardt, M.
Göpel, J. N.
Hardt, J.
Hertin, T.
Hickler, A.
Köhncke, S.
Köster, J.
Krohmer, H.
Kromp-Kolb, R.
Leinfelder, L.
Mederake, M.
Neuhaus, S.
Rahmstorf, C.
Schmidt, C.
Schneider, G.
Schneider, R.
Seppelt, U.
Spindler, M.
Springmann, K.
Staab, T.
Stocker, K.
Steininger, E.
von
Hirschhausen,
S. Winter, M.
Wittau, J.
Zens, The
concerns of
the young
protesters are
justified. A
statement by
Scientists for
Future
concerning the
protests for
more climate
protection,
GAIA 28/2,
79-87, 2019.
(J.114) Heinke,
J., C. Müller,
M. Lannerstad,
D. Gerten, and
W. Lucht, Freshwater resources under
success and
failure of the
Paris climate
agreement,
Earth System
Dynamics, 10,
205–217, 2019.
(J.113)
Schmidt,
H.-P., A.
Anca-Couce, N.
Hagemann, C.
Werner, D.
Gerten, W. Lucht, and C.Kammann,
Pyrogenic
Carbon Capture
and Storage,
Global Change
Biology
Bioenergy,
11:573-591,
2019.
(J.112) Otto,
I.M., K.M.
Kim, N.
Dubrovksy, and
W. Lucht, Shift
the focus from
the super-poor
to the
super-rich,
Nature Climate
Change, 9,
82.87, 2019.
2018 (J.111)
Searchinger,
T., T.
Beringer, B.
Holtsmark,
D.M. Kammen,
E. Lambin, W. Lucht,
P. Raven, and
J.-P. van
Ypersele, Europe's
renewable
energy
directive to
harm global
forests,
Nature
Communications,
9:3741, 2018.
(J.110)
Jans,
Y., G.
Berndes, J.
Heinke, W. Lucht,
and D.
Gerten, Biomass
production in
plantations:
Land
constraints
increase
dependency on
irrigation
water, Global
Change Biology
Bioenergy, 10,
628-644, 2018. (J.109)
Werner,
C., H.-P.
Schmidt, D.
Gerten, W. Lucht,
and C Kammann,
Biophysical
potential of
biomass
pyrolysis
systems for
limiting
global warming
to 1.5 °C,
Environmental
Research
Letters, 13,
044036, 2018.
(J.108)
Schaphoff,
S.,
W. von Bloh,
A. Rammig, K.
Thonicke, H.
Biemans, M.
Forkel, D.
Gerten, J.
Heinke, J.
Jägermeyr, J.
Knauer, F.
Langerwisch, W. Lucht, C.
Müller, S.
Rolinski, and
K. Waha, LPJmL4
- A dynamic
global
vegetation
model with
managed land –
Part I: Model
description, Geosci.
Model Dev.,
11, 1343-1375,
2018.
(J.107) Schaphoff,
S., M.
Forkel, C.
Müller, J.
Knauer, W.
von. Bloh, D.
Gerten, J.
Jägermeyr, W. Lucht, A.
Rammig, K.
Thonicke, and
K. Waha,
LPJmL4 - A
dynamic global
vegetation
model with
managed land –
Part 2: Model
evaluation,
Geosci. Model
Dev., 11,
1377–1403,
2018. (J.106)
Heck, V., D.
Gerten, and W. Lucht,
and A. Popp,
Biomass-based
negative
emissions
difficult to
reconcile with
planetary
boundaries,
Nature Climate
Change,8,
doi.org/10.1038/s41558-017-0064-y,
2018. (J.105)
Ostberg,
S., L.R. Boysen, S. Schaphoff, W. Lucht,and
D. Gerten, The
biosphere under potential Paris outcomes,
Earth's Future, 5. doi:
10.1002/2017EF000628b, 2018.
