Comment on egusphere-2023-167

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2023
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  • DOI 10.5194/egusphere-2023-167-rc3
  • OpenAlex ID W4366605447
  • Type Peer-review
  • Language EN
  • Published 21 Apr 2023
  • Countries 7
  • Institutions 18
  • Added 10 Oct 2025
  • Updated 17 Oct 2026
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Comment on egusphere-2023-167

Peer-review 2023 EN Gold

Abstract. Terrestrial carbon (C) sequestration is limited by nitrogen (N), a constraint that could intensify under CO2 fertilisation and future global change. The terrestrial C sink is estimated to currently sequester approximately a third of annual anthropogenic CO2 emissions based on an ensemble of terrestrial biosphere models, which have been evaluated in their ability to reproduce observations…

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16

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UN Sustainable Development Goals
2 SDGs
Authors & Affiliations
16 authors
#AuthorInstitutionsORCID
1 Kou-Giesbrecht, Sian Environment and Climate Change… (CA) —
2 Arora, Vivek Environment and Climate Change… (CA) —
3 Seiler, Christian Queen's University (CA) —
4 Arneth, Almut Karlsruhe Institute of Technol… (DE) —
5 Falk, Stefanie Ludwig-Maximilians-Universität… (DE) —
6 Jain, Atul University of Illinois Urbana-… (US) —
7 Joos, Fortunat University of Bern (CH) Oeschger Centre for Climate Ch… (CH) —
8 Kennedy, Daniel NSF National Center for Atmosp… (US) NSF NCAR Climate and Global Dy… (US) —
9 Knauer, Jürgen Western Sydney University (AU) —
10 Sitch, Stephen University of Exeter (GB) —
11 O'Sullivan, Michael University of Exeter (GB) —
12 Pan, Naiqing Boston College (US) —
13 Qing Sun University of Bern (CH) Oeschger Centre for Climate Ch… (CH)
14 Tian, Hanqin Boston College (US) —
15 Nicolas Vuichard Centre National de la Recherch… (FR) Université de Versailles Saint… (FR) +3
16 Sönke Zaehle Max Planck Institute for Bioge… (DE)

Data: OpenAlex