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Science Advances|June 5, 2021
Large historical carbon emissions from cultivated northern peatlandsChunjing Qiu, Philippe Ciais, Dan Zhu, et al.Scientific Reports|December 1, 2019
Misinterpreting carbon accumulation rates in records from near-surface peatDylan M Young, Andy J Baird, Dan J Charman, et al.Microbial Ecology|April 3, 2014
Ecology of testate amoebae in an Amazonian peatland and development of a transfer function for palaeohydrological reconstructionGraeme T Swindles, Monika Reczuga, Mariusz Lamentowicz, et al.Global Change Biology|December 10, 2022
Consistent centennial-scale change in European sub-Arctic peatland vegetation toward Sphagnum dominance-Implications for carbon sink capacitySanna R Piilo, Minna M Väliranta, Matt J Amesbury, et al.Nature Communications|August 27, 2024
Tropical peat composition may provide a negative feedback on fire occurrence and severityAlastair J Crawford, Claire M Belcher, Stacey New, et al.Scientific Reports|December 10, 2015
The long-term fate of permafrost peatlands under rapid climate warmingGraeme T Swindles, Paul J Morris, Donal Mullan, et al.Science Advances|November 5, 2020
Nonlinear landscape and cultural response to sea-level riseRobert L Barnett, Dan J Charman, Charles Johns, et al.Global Change Biology|October 22, 2017
Ecosystem state shifts during long-term development of an Amazonian peatlandGraeme T Swindles, Paul J Morris, Bronwen Whitney, et al.Plos One|July 23, 2025
Climate and water-table levels regulate peat accumulation rates across EuropeGraeme T Swindles, Donal J Mullan, Neil T Brannigan, et al.Pageof 2