LIDET is the LTER Longterm Intersite Decomposition Experiment Team. It is a leaf, wood, and root decomposition study carried out at 28 LTER and other sites including LUQ. The duration of the study is designed to be approximately 10 yrs at temperate zone sites and approximately 3 yrs at tropical zone sites because of higher decomposition rates there. The same decomposing materials, litter bags, and study design are used at all sites to facilitate intersite comparisons. Not all species were used at all sites. Six leaf litter species were used extensively at all sites that cover a range of leaf quality to permit a comparison of effects of litter quality and climate on decomposition. The others were present in the study as "wild cards", with a...
<p>Dynamics of litter mass (% of initial value) in litterbags decomposing for 360 days under (IN) an...
Decomposition of organic material (litter) is an important part of the global carbon cycle. Environm...
To measure possible differences in abiotic and biotic conditions in the hillslope riparian zone, we ...
Sevilleta data from a study testing the degree to which substrate quality and macroclimate control t...
Although numerous short-term experiments have been used to develop conceptual and simulation models ...
This file is from the Long-term Carbon and Nitrogen, and Phosphorus Dynamics of Leaf and Fine Root L...
Comparison of decomposition and nutrient losses from three species of leaf litter in terrestrial and...
The long-term goal of the decomposition study is to document the effects of climate variation on dec...
Decomposition is a critical process in global carbon cycling. During decomposition, leaf and fine ro...
Decade long study of decomposition of several common plant species at locations throughout the Sevil...
This dataset was originally published on the Long Term Ecological Research (LTER) Network Data Porta...
The primary objective of this study is to examine the control that substrate quality and climate hav...
Plant litter decomposition plays an important role in the global carbon cycle, and contributes large...
1 An experimental multispecies screening of leaf decomposition rates was undertaken in order to iden...
Litter is measured within the nutrient treatment plots at LTER research sites located within the Bon...
<p>Dynamics of litter mass (% of initial value) in litterbags decomposing for 360 days under (IN) an...
Decomposition of organic material (litter) is an important part of the global carbon cycle. Environm...
To measure possible differences in abiotic and biotic conditions in the hillslope riparian zone, we ...
Sevilleta data from a study testing the degree to which substrate quality and macroclimate control t...
Although numerous short-term experiments have been used to develop conceptual and simulation models ...
This file is from the Long-term Carbon and Nitrogen, and Phosphorus Dynamics of Leaf and Fine Root L...
Comparison of decomposition and nutrient losses from three species of leaf litter in terrestrial and...
The long-term goal of the decomposition study is to document the effects of climate variation on dec...
Decomposition is a critical process in global carbon cycling. During decomposition, leaf and fine ro...
Decade long study of decomposition of several common plant species at locations throughout the Sevil...
This dataset was originally published on the Long Term Ecological Research (LTER) Network Data Porta...
The primary objective of this study is to examine the control that substrate quality and climate hav...
Plant litter decomposition plays an important role in the global carbon cycle, and contributes large...
1 An experimental multispecies screening of leaf decomposition rates was undertaken in order to iden...
Litter is measured within the nutrient treatment plots at LTER research sites located within the Bon...
<p>Dynamics of litter mass (% of initial value) in litterbags decomposing for 360 days under (IN) an...
Decomposition of organic material (litter) is an important part of the global carbon cycle. Environm...
To measure possible differences in abiotic and biotic conditions in the hillslope riparian zone, we ...