International audienceThe phenology of tropical forests is tightly related to climate conditions. In the Amazon, the seasonal greening of forests is conditioned by solar radiation and rainfall. Yet, increasing anthropogenic pressures (e.g. logging and wildfires), raise concerns about the impacts of forest degradation on the functioning of forest ecosystems, especially in a climate change context. In this study, we relied on remote sensing data to assess the contribution of solar radiation and precipitation to forest greening in mature and fire degraded forests, with a focus on the 2015 drought event. Our results showed that forest greening is more dependent on water resources in degraded forests than in mature forests. As a consequence, the...
Amazon forests have experienced multiple large-scale droughts in recent decades, which have increase...
Selective logging, fragmentation, and understory fires directly degrade forest structure and composi...
Amazon forests are a key but poorly understood component of the global carbon cycle. If, as anticipa...
International audienceThe phenology of tropical forests is tightly related to climate conditions. In...
Frequent Amazonian fires over the last decade have raised the alarm about the fate of the Earth's mo...
Extreme droughts have been recurrent in the Amazon over the past decades, causing socio-economic and...
Long-term meteorological analyzes suggest an increase in air temperature and a decrease in rainfall ...
International audienceSelective logging, fragmentation, and understory fires directly degrade forest...
We show that the vegetation canopy of the Amazon rainforest is highly sensitive to changes in precip...
Selective logging, fragmentation, and understory fires directly degrade forest structure and composi...
Amazon forests experienced two severe droughts at the beginning of the 21st century: one in 2005 and...
Understanding the interplay between climate and land-use dynamics is a fundamental concern for asses...
Large amounts of carbon flow through tropical ecosystems every year, from which a part is sequestere...
Amazon forests experienced two severe droughts at the beginning of the 21st century: one in 2005 and...
Amazon forests have experienced multiple large-scale droughts in recent decades, which have increase...
Selective logging, fragmentation, and understory fires directly degrade forest structure and composi...
Amazon forests are a key but poorly understood component of the global carbon cycle. If, as anticipa...
International audienceThe phenology of tropical forests is tightly related to climate conditions. In...
Frequent Amazonian fires over the last decade have raised the alarm about the fate of the Earth's mo...
Extreme droughts have been recurrent in the Amazon over the past decades, causing socio-economic and...
Long-term meteorological analyzes suggest an increase in air temperature and a decrease in rainfall ...
International audienceSelective logging, fragmentation, and understory fires directly degrade forest...
We show that the vegetation canopy of the Amazon rainforest is highly sensitive to changes in precip...
Selective logging, fragmentation, and understory fires directly degrade forest structure and composi...
Amazon forests experienced two severe droughts at the beginning of the 21st century: one in 2005 and...
Understanding the interplay between climate and land-use dynamics is a fundamental concern for asses...
Large amounts of carbon flow through tropical ecosystems every year, from which a part is sequestere...
Amazon forests experienced two severe droughts at the beginning of the 21st century: one in 2005 and...
Amazon forests have experienced multiple large-scale droughts in recent decades, which have increase...
Selective logging, fragmentation, and understory fires directly degrade forest structure and composi...
Amazon forests are a key but poorly understood component of the global carbon cycle. If, as anticipa...