Add to ORKGSoil cover disturbances have a direct effect on biogeochemistry, potentially enhancing nutrient loss, land degradation and associated changes in ecosystem services and livelihood support. The objective of this study was to assess how canopy affected throughfall chemistry and how hydrolo-gy affected stream nutrient load responses in two watersheds dominated by native old-growth evergreen rainforest (NF) and exotic plantation of Eucalyptus nitens (EP), located at the Coastal mountain range of southern Chile (40˚S). We measured nitrogen (NO3-N, NH4-N, Organic-N, Total-N
This research evaluated the input flux of nitrogen (N) compounds, namely, NH4+, NH3 and NO3- through...
Water-bound nitrogen (N) cycling in temperate terrestrial ecosystems of the Northern Hemisphere is t...
We investigated the effects of removing near-stream Rhododendron and of the natural blowdown of cano...
Soil cover disturbances have a direct effect on biogeochemistry, potentially enhancing nutrient loss...
Land cover changes have a great impact on nitrogen (N) and phosphorous (P) fluxes catchments. In thi...
Measuring nutrients fluxes in watersheds with different landuse is important for evaluating the effe...
Studies in unpolluted, old-growth forests in the coastal range of southern Chile (42°30′S) can provi...
The interception of the rainfall by the forest canopy has great relevance to the nutrient geochemist...
Forest ecosystems have important ecological, economic, and social values, but are subject to varying...
Human activities have profoundly altered the global nutrient cycle through Land Use and Cover Change...
Human activities have profoundly altered the global nutrient cycle through Land Use and Cover Change...
Nitrogen return by leaf litterfall was compared with atmospheric nitrogen deposition for two deciduo...
Vast areas of southern Chile are now covered by second-growth forests because of fire and logging. T...
The biogeochemistry of nitrogen (N) and phosphorus (P) in tropical streams and rivers is strongly re...
Over the past 40 years, south-central Chile has experienced important land-use-induced land cover ch...
This research evaluated the input flux of nitrogen (N) compounds, namely, NH4+, NH3 and NO3- through...
Water-bound nitrogen (N) cycling in temperate terrestrial ecosystems of the Northern Hemisphere is t...
We investigated the effects of removing near-stream Rhododendron and of the natural blowdown of cano...
Soil cover disturbances have a direct effect on biogeochemistry, potentially enhancing nutrient loss...
Land cover changes have a great impact on nitrogen (N) and phosphorous (P) fluxes catchments. In thi...
Measuring nutrients fluxes in watersheds with different landuse is important for evaluating the effe...
Studies in unpolluted, old-growth forests in the coastal range of southern Chile (42°30′S) can provi...
The interception of the rainfall by the forest canopy has great relevance to the nutrient geochemist...
Forest ecosystems have important ecological, economic, and social values, but are subject to varying...
Human activities have profoundly altered the global nutrient cycle through Land Use and Cover Change...
Human activities have profoundly altered the global nutrient cycle through Land Use and Cover Change...
Nitrogen return by leaf litterfall was compared with atmospheric nitrogen deposition for two deciduo...
Vast areas of southern Chile are now covered by second-growth forests because of fire and logging. T...
The biogeochemistry of nitrogen (N) and phosphorus (P) in tropical streams and rivers is strongly re...
Over the past 40 years, south-central Chile has experienced important land-use-induced land cover ch...
This research evaluated the input flux of nitrogen (N) compounds, namely, NH4+, NH3 and NO3- through...
Water-bound nitrogen (N) cycling in temperate terrestrial ecosystems of the Northern Hemisphere is t...
We investigated the effects of removing near-stream Rhododendron and of the natural blowdown of cano...