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Modelled global soil carbon change based on different management and climate scenarios from 2030 to 2100

  • Sylvia Helga Vetter (Contributor)
  • M. Aitkenhead (Creator)
  • Marta Dondini (Creator)
  • V. Eory (Creator)
  • Pietro Goglio (Creator)
  • J. Harris (Creator)
  • Jonathan Hillier (Creator)
  • J. I. House (Creator)
  • D. Lefebrve (Creator)
  • M. MacLeod (Creator)
  • David Manning (Creator)
  • C. Medina-Carmona (Creator)
  • S. Mohamed-Yunus (Creator)
  • D. Moran (Creator)
  • V. Myrgiotis (Creator)
  • F. Payen (Creator)
  • B. Rees (Creator)
  • Saran Sohi (Creator)
  • A. Sykes (Creator)
  • M. Williams (Creator)
  • A. Williams (Creator)
  • L. Wollenberg (Creator)
  • P. Smith (Creator)
  • Sylvia Helga Vetter (Contributor)

Dataset

Description

The data set shows the modelled change of soil organic carbon under different managements in agriculture for different climate scenarios globally. Dataset includes the change to a business as usual scenario for different soil managements for each decade from 2030 to 2100. The work was supported by the Natural Environment Research Council (NE/P019455/1)

Data Citation

Vetter, S.H.; Aitkenhead, M.; Dondini, M.; Eory, V.; Goglio, P.; Harris, J.; Hillier, J.; House, J.; Lefebrve, D.; MacLeod, M.; Manning, D.; Medina-Carmona, C.; Mohamed-Yunus, S.; Moran, D.; Myrgiotis, V.; Payen, F.; Rees, B.; Sohi, S.; Sykes, A.; Williams, M.; Williams, A.; Wollenberg, L.; Smith, P. (2023). Modelled global soil carbon change based on different management and climate scenarios from 2030 to 2100. NERC EDS Environmental Information Data Centre. https://doi.org/10.5285/fbb03aba-ad1c-438a-a3b3-2a99bc1baaf8
Date made available2 Jan 2024
PublisherNERC EDS Environmental Information Data Centre
Geospatial polygon-90.0, 180.0, 90.0, -180.0

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