Climate change effects on macrofaunal litter decomposition: the interplay of temperature, body masses and stoichiometry
Macrofauna invertebrates of forest floors provide important functions in the decomposition
process of soil organic matter, which is affected by the nutrient stoichiometry of the leaf litter.
Climate change effects on forest ecosystems include warming and decreasing litter quality
(eg higher C: nutrient ratios) induced by higher atmospheric CO2 concentrations. While litter-
bag experiments unravelled separate effects, a mechanistic understanding of how
interactions between temperature and litter stoichiometry are driving decomposition rates is …
process of soil organic matter, which is affected by the nutrient stoichiometry of the leaf litter.
Climate change effects on forest ecosystems include warming and decreasing litter quality
(eg higher C: nutrient ratios) induced by higher atmospheric CO2 concentrations. While litter-
bag experiments unravelled separate effects, a mechanistic understanding of how
interactions between temperature and litter stoichiometry are driving decomposition rates is …
[PDF][PDF] Climate change effects on macrofaunal litter decomposition
D Ott, BC Rall, U Brose - researchgate.net
Macrofauna invertebrates of forest floors provide important functions in the decomposition
process of soil organic matter, which is affected by the nutrient stoichiometry of the leaf litter.
Climate change effects on forest ecosystems include warming and decreasing litter quality
(eg higher C: nutrient ratios) induced by higher atmospheric CO2 concentrations. While litter-
bag experiments unravelled separate effects, a mechanistic understanding of how
interactions between temperature and litter stoichiometry are driving decomposition rates is …
process of soil organic matter, which is affected by the nutrient stoichiometry of the leaf litter.
Climate change effects on forest ecosystems include warming and decreasing litter quality
(eg higher C: nutrient ratios) induced by higher atmospheric CO2 concentrations. While litter-
bag experiments unravelled separate effects, a mechanistic understanding of how
interactions between temperature and litter stoichiometry are driving decomposition rates is …
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