Three climate-phenology regimes are identified across tropical and subtropical forest biomes-Where light and water limit plant in dry season, litterfall and productivity peak in sunny wet season-Where light or water alternately limits plant, productivity peaks in wet season with low litterfall-Where water does not limit plant, litterfall and productivity peak in sunny dry season ll www.cell.com/the-innovatio
International audienceLeaf phenology in the humid tropics largely regulates the seasonality of fores...
The seasonal climate drivers of the carbon cycle in tropical forests remain poorly known, although t...
<p>Seasonal leaf production (EVI increase) and associated litterfall productivity in 16 tropical for...
Three climate-phenology regimes are identified across tropical and subtropical forest biomes-Where l...
The climatic drivers of leaf phenology and water stress regulation strategies in tropical/subtropica...
International audienceLeaf phenology in the humid tropics largely regulates the seasonality of fores...
The seasonal climate drivers of the carbon cycle in tropical forests remain poorly known, although t...
<p>Seasonal leaf production (EVI increase) and associated litterfall productivity in 16 tropical for...
Three climate-phenology regimes are identified across tropical and subtropical forest biomes-Where l...
The climatic drivers of leaf phenology and water stress regulation strategies in tropical/subtropica...
International audienceLeaf phenology in the humid tropics largely regulates the seasonality of fores...
The seasonal climate drivers of the carbon cycle in tropical forests remain poorly known, although t...
<p>Seasonal leaf production (EVI increase) and associated litterfall productivity in 16 tropical for...