To determine whether there are differences in the relative capacity of communities to accumulate nutrients N and P standing crops were measured following fertilization in two alpine tundra communities. Dry meadow had greater increases in aboveground N standing crop and tissue N concentration in response to N fertilization than the wet meadow. The wet meadow had a greater P accumulation response to P fertilization than the dry meadow
In grassland ecosystems, N and P fertilization often increase plant productivity, but there is no co...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
Thesis (Ph. D.)--University of Washington, 1994The effects of nitrogen (N) and phosphorus (P) availa...
Bowman et al. (1993) have demonstrated that alpine tundra is sensitive to nitrogen and phosphorus a...
Bowman et al. (1993) have demonstrated that alpine tundra is sensitive to nitrogen and phosphorus a...
<p><b><i>Background</i></b>: The extent to which nutrient availability influences plant community co...
A nutrient amendment experiment was conducted for two growing seasons in two alpine tundra communiti...
Temperature and nutrients are major limiting factors in subarctic tundra. Experimental manipulation ...
Plant biomass and nitrogen content were measured in dry, moist, and wet meadow sites on Niwot Ridge...
Climate change in the Arctic has profound effects on tundra vegetation, directly through increasing ...
Background and aims: We ask how productivity responses of alpine plant communities to increased nutr...
Soil nutrient supply is likely to change in the Arctic due to altered process rates associated with ...
Nitrogen (N) enrichment has great consequences on several fundamental ecological processes through i...
Increases in the deposition of anthropogenic nitrogen (N) have been linked to several terrestrial ec...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
In grassland ecosystems, N and P fertilization often increase plant productivity, but there is no co...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
Thesis (Ph. D.)--University of Washington, 1994The effects of nitrogen (N) and phosphorus (P) availa...
Bowman et al. (1993) have demonstrated that alpine tundra is sensitive to nitrogen and phosphorus a...
Bowman et al. (1993) have demonstrated that alpine tundra is sensitive to nitrogen and phosphorus a...
<p><b><i>Background</i></b>: The extent to which nutrient availability influences plant community co...
A nutrient amendment experiment was conducted for two growing seasons in two alpine tundra communiti...
Temperature and nutrients are major limiting factors in subarctic tundra. Experimental manipulation ...
Plant biomass and nitrogen content were measured in dry, moist, and wet meadow sites on Niwot Ridge...
Climate change in the Arctic has profound effects on tundra vegetation, directly through increasing ...
Background and aims: We ask how productivity responses of alpine plant communities to increased nutr...
Soil nutrient supply is likely to change in the Arctic due to altered process rates associated with ...
Nitrogen (N) enrichment has great consequences on several fundamental ecological processes through i...
Increases in the deposition of anthropogenic nitrogen (N) have been linked to several terrestrial ec...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
In grassland ecosystems, N and P fertilization often increase plant productivity, but there is no co...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
Thesis (Ph. D.)--University of Washington, 1994The effects of nitrogen (N) and phosphorus (P) availa...