A decomposition experiment using eucalyptus leaves was carried out in a Southeastern Brazilian mountain stream located at the transition between the Cerrado and the Atlantic Forest to test whether nutrient addition increases microbial and invertebrate colonisation and accelerates breakdown rates. The results show that none of the tested variables was significantly affected by nutrient addition, despite the average increase in ATP concentrations and invertebrate colonisation observed in the fertilised leaf bags. This could mean that breakdown in the stream was already at its maximum due to the relatively high water temperature and nutrient content, or that the breakdown rate of eucalyptus leaves was too fast to allow the detection of any eff...
This study assessed the effect of nutrient enrichment on rates of decomposition, ergosterol concentr...
We examined the interactive effects of temperature and inorganic nutrients on leaf decomposition...
The Portuguese Foundation for the Science and Technology supported I Fernandes (SFRH/BD/42215/2007
A decomposition experiment using eucalyptus leaves was carried out in a Southeastern Brazilian mount...
Litter decomposition in the streams of the Brazilian Cerrado (Savannah) is generally slow. In this s...
Leaf breakdown is a primary process of nutrient cycling and energy flow, contributing to the functio...
Resumo da comunicação apresentada no XII Congresso da Association Española de Limnología - IV Congre...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic-t...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic–t...
The replacement of native riparian forests with exotic plants, especially Eucalyptus sp. can cause c...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic–t...
1 A mixed nutrient supplement was added to stream-side experimental channels in a closed canopy...
The decomposition of fresh-green and autumn-shed (senescent) red maple leaves (Acer rubrum) were com...
The breakdown of leaf litter in streams is influenced strongly by leaf quality and the concentration...
The decomposition of plant litter is a fundamental ecological process in small forest streams. Litte...
This study assessed the effect of nutrient enrichment on rates of decomposition, ergosterol concentr...
We examined the interactive effects of temperature and inorganic nutrients on leaf decomposition...
The Portuguese Foundation for the Science and Technology supported I Fernandes (SFRH/BD/42215/2007
A decomposition experiment using eucalyptus leaves was carried out in a Southeastern Brazilian mount...
Litter decomposition in the streams of the Brazilian Cerrado (Savannah) is generally slow. In this s...
Leaf breakdown is a primary process of nutrient cycling and energy flow, contributing to the functio...
Resumo da comunicação apresentada no XII Congresso da Association Española de Limnología - IV Congre...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic-t...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic–t...
The replacement of native riparian forests with exotic plants, especially Eucalyptus sp. can cause c...
Forest change is a major environmental problem worldwide. Forest streams, with their large aquatic–t...
1 A mixed nutrient supplement was added to stream-side experimental channels in a closed canopy...
The decomposition of fresh-green and autumn-shed (senescent) red maple leaves (Acer rubrum) were com...
The breakdown of leaf litter in streams is influenced strongly by leaf quality and the concentration...
The decomposition of plant litter is a fundamental ecological process in small forest streams. Litte...
This study assessed the effect of nutrient enrichment on rates of decomposition, ergosterol concentr...
We examined the interactive effects of temperature and inorganic nutrients on leaf decomposition...
The Portuguese Foundation for the Science and Technology supported I Fernandes (SFRH/BD/42215/2007