Global forest gaps reduce litterfall but increase litter carbon and phosphorus release
Xiaoyue Zhang,
Petr Heděnec,
Kai Yue
et al.
Abstract:Ongoing global climate change and conventional forestry have led to a dramatic increase in new forest gaps, predicted to strongly impact litter turnover and nutrient cycling. Here we synthesized 8739 paired observations to quantify the impacts of naturally occurring and artificially created gaps on litterfall, litter decomposition, and the release of carbon and nutrients. Globally, forest gaps decreased annual litterfall by 29.5% and litter remaining carbon and phosphorus by 5.6%, while litter decomposition in… Show more
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