Most of the forests of the Amazon basin grow on nutrient-poor soils (Jordan 1982). Despite this, these forests remain productive through a variety of nutrient conservation mechanisms and a very effective system of organic matter decomposition and nutrient cycling (Jordan 1982). When an area of forest is fragmented however, the remaining patches experience modified microclimatic conditions (Camargo & Kapos 1995, Didham & Lawton 1999), and changes in floristic composition (Laurance et al. 1998), which can affect the decomposer community (Didham et al. 1996, Souza & Brown 1994) and consequently the decomposition process. Copyright © 2005 Cambridge University Press
Litter decomposition is a fundamental process for nutrient cycling but we have a limited understandi...
We synthesize findings from one of the world's largest and longest-running experimental investigatio...
We analyzed the effects of distance to forest edge and soil texture on fine-litter production and on...
Land-use change in tropical forests can affect the micro-environment for decomposition under modifie...
Amazonian forest fragments and second-growth forests often differ substantially from undisturbed for...
Litterfall plays an important role in nutrient cycling and maintenance of soil fertility in terrestr...
Proper estimates of decomposition are essential for tropical forests, given their key role in the gl...
Litter fall and leaf decomposition represent important functional processes, yet we have a limited u...
Tropical forests determine global biogeochemical cycles to a large extent, but control factors for k...
Litter fall and leaf decomposition represent important functional processes, yet we have a limited u...
Many studies have analyzed the ecological consequences of forest fragmentation on Amazonian forests ...
Data on the decomposition rate and kinetics of mineral element loss from leaf litter of two Amazonia...
A study of macrofauna and decompositon in three central Amazonian ecosystems (a primary and a second...
Chemical and biological aspects of litter production and decomposition were studied in three distinc...
1. Ecological stoichiometry predicts important control of the relative abundance of the key elements...
Litter decomposition is a fundamental process for nutrient cycling but we have a limited understandi...
We synthesize findings from one of the world's largest and longest-running experimental investigatio...
We analyzed the effects of distance to forest edge and soil texture on fine-litter production and on...
Land-use change in tropical forests can affect the micro-environment for decomposition under modifie...
Amazonian forest fragments and second-growth forests often differ substantially from undisturbed for...
Litterfall plays an important role in nutrient cycling and maintenance of soil fertility in terrestr...
Proper estimates of decomposition are essential for tropical forests, given their key role in the gl...
Litter fall and leaf decomposition represent important functional processes, yet we have a limited u...
Tropical forests determine global biogeochemical cycles to a large extent, but control factors for k...
Litter fall and leaf decomposition represent important functional processes, yet we have a limited u...
Many studies have analyzed the ecological consequences of forest fragmentation on Amazonian forests ...
Data on the decomposition rate and kinetics of mineral element loss from leaf litter of two Amazonia...
A study of macrofauna and decompositon in three central Amazonian ecosystems (a primary and a second...
Chemical and biological aspects of litter production and decomposition were studied in three distinc...
1. Ecological stoichiometry predicts important control of the relative abundance of the key elements...
Litter decomposition is a fundamental process for nutrient cycling but we have a limited understandi...
We synthesize findings from one of the world's largest and longest-running experimental investigatio...
We analyzed the effects of distance to forest edge and soil texture on fine-litter production and on...