Root production was estimated in dry, moist, and wet meadow communities on Niwot Ridge using a root-ingrowth core method. Columns of root-free soil were established on 1 June 1994 and were re-cored on 10 August and 23 September 1994 for measurement of fine root mass and nitrogen content
WOS: 000279598600020PubMed ID: 21186727Interrelations exist in the terrestrial ecosystems between th...
The data set includes biomass and nitrogen concentration data for both roots and shoots of several ...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
Net nitrogen mineralization, nitrification, and microbial nitrogen were measured in dry, moist, and...
Plant biomass and nitrogen content were measured in dry, moist, and wet meadow sites on Niwot Ridge...
Net nitrogen mineralization, nitrification, and microbial nitrogen were measured in dry and moist m...
Gross N mineralization, respiration, and microbial biomass N were measured using soil from dry, moi...
Fine roots play an important part in forest carbon, nutrient and water cycles. The turnover of fine ...
Nitrogen and carbon contents of fine roots were studied for 92 alpine plant species in the Northwest...
To determine whether there are differences in the relative capacity of communities to accumulate nu...
Increases in the deposition of anthropogenic nitrogen (N) have been linked to several terrestrial ec...
Tree lines form a transition ecotone from forest to tundra both at high elevation and high latitude ...
This study was initiated to examine the nitrogen content of three montane soils: subalpine, treelin...
This study set out to investigate the effects of level of nitrogen supply on the root dynamics, carb...
Two plant communities, both dominated by Carex sempervirens but growing at different altitudes of th...
WOS: 000279598600020PubMed ID: 21186727Interrelations exist in the terrestrial ecosystems between th...
The data set includes biomass and nitrogen concentration data for both roots and shoots of several ...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...
Net nitrogen mineralization, nitrification, and microbial nitrogen were measured in dry, moist, and...
Plant biomass and nitrogen content were measured in dry, moist, and wet meadow sites on Niwot Ridge...
Net nitrogen mineralization, nitrification, and microbial nitrogen were measured in dry and moist m...
Gross N mineralization, respiration, and microbial biomass N were measured using soil from dry, moi...
Fine roots play an important part in forest carbon, nutrient and water cycles. The turnover of fine ...
Nitrogen and carbon contents of fine roots were studied for 92 alpine plant species in the Northwest...
To determine whether there are differences in the relative capacity of communities to accumulate nu...
Increases in the deposition of anthropogenic nitrogen (N) have been linked to several terrestrial ec...
Tree lines form a transition ecotone from forest to tundra both at high elevation and high latitude ...
This study was initiated to examine the nitrogen content of three montane soils: subalpine, treelin...
This study set out to investigate the effects of level of nitrogen supply on the root dynamics, carb...
Two plant communities, both dominated by Carex sempervirens but growing at different altitudes of th...
WOS: 000279598600020PubMed ID: 21186727Interrelations exist in the terrestrial ecosystems between th...
The data set includes biomass and nitrogen concentration data for both roots and shoots of several ...
Nitrogen (N) deposition can affect grassland ecosystems by altering biomass production, plant specie...