[10] He J, Zou X, Zhang W, Duan Q, Liu R*, Liu Y, Dong J, Wu C, Li W, Wu C (2026) A multi-decadal global Landsat-derived dataset of forest fire patches from 1984-2022. Earth System Science Data, 18, 5915-5937.
Release time:2026-09-04 Hits:
Pre One:[11] Heinrich V*, Holcomb A, Besnard S, Requena Suarez D, Cook-Patton S, Bourgoin C, Chazdon R, Gibbs DA, Souza Mendes F, Mcnicol I, Wheeler C, Silva-Junior CHL, Amani BHK, Bastin JF, Besisa Nguba T, Chen N, Chen H, Ciais P, Dalagnol R, Dou X, Duan Q, Gao X, Goodarzi AN, Herault B, House J, Lapola DM, Liang M, Meng Z, Nabuurs GJ, Poor E, Parsons L, Reiche J, Sitch S, Valbuena R, Welsink AJ, Wiltshire S, Wu C, Xu Y, Zhao J, Aragao L, Herold M (2026) A meta-analysis of carbon losses and gains from tropical moist forest degradation and regeneration. Science Advances, 12, eadz1923.
Next One:[9] Song Y, Awange J*, Wang J, Xu D, Wu C (2026) Spatially clustered global wildfire trends and their climate, fuel and human drivers (2001–2025): A spatio-temporal trend-cluster attribution approach. Geography and Sustainability, 7, 100530.
