Supporting information file corresponding to Fig 3.

dataset

posted on 2025-02-03, 18:30 authored by Oswaldo Maillard, Natasha Ribeiro, Amanda Armstrong, Ana I. Ribeiro-Barros, Samora Macrice Andrew, Lucy Amissah, Zeinab Shirvani, Jonathan Muledi, Omid Abdi, Huascar Azurduy, João M. N. Silva, Stephen Syampungani, Hastings Shamaoma, Victorino Buramuge

Supporting information file corresponding to Fig 3.

History

Usage metrics

PLOS ONE

Categories

Keywords

vapor pressure deficit maximum air temperature land cover types within forested regions new fire paradigm month seasonal periods largest decreasing trend understand vegetation dynamics different vegetation covers ndvi values (<decreasing ndvi levels 7 million km decreasing trends (<fire recovery processes increasing trend (<use available information three climatic variables past 22 years div >< p seasonal spatial trend highest proportion also 7 – 2 mam ), june forested areas based djf ), march southern hemisphere showed 2 – 10 seasonal spatial trends fires across africa 8 – 5 2 seasonal spatial increasing trend vegetation recovery highest proportion forested areas fire recurrences seasonal spatio overall trend vegetation increase southern hemisphere p following three climatic conditions highest proportions temporal trends regeneration trends jja ),strong component specific sites son ).results indicate products comparing parametric tests northern hemisphere main objective high variability fires occurred decision makers climate change area exhibiting agricultural fields african continent

Licence

Exports