Authors
Budiman Minasny, Örjan Berglund, John Connolly, Carolyn Hedley, Folkert de Vries, Alessandro Gimona, Bas Kempen, Darren Kidd, Harry Lilja, Brendan Malone, Alex McBratney, Pierre Roudier, Sharon O'Rourke, José Padarian, Laura Poggio, Alexandre ten Caten, Daniel Thompson, Clint Tuve, Wirastuti Widyatmanti
Publication date
2019/9/1
Source
Earth-Science Reviews
Volume
196
Pages
102870
Publisher
Elsevier
Description
Peatlands offer a series of ecosystem services including carbon storage, biomass production, and climate regulation. Climate change and rapid land use change are degrading peatlands, liberating their stored carbon (C) into the atmosphere. To conserve peatlands and help in realising the Paris Agreement, we need to understand their extent, status, and C stocks. However, current peatland knowledge is vague—estimates of global peatland extent ranges from 1 to 4.6 million km2, and C stock estimates vary between 113 and 612 Pg (or billion tonne C). This uncertainty mostly stems from the coarse spatial scale of global soil maps. In addition, most global peatland estimates are based on rough country inventories and reports that use outdated data. This review shows that digital mapping using field observations combined with remotely-sensed images and statistical models is an avenue to more accurately map …
Total citations
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Scholar articles
B Minasny, Ö Berglund, J Connolly, C Hedley… - Earth-Science Reviews, 2019