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- Kamble, Pramod N., et al. Show all 4 Authors
- Soil biology & biochemistry 2013 v.59 pp. 32-37
- ammonium nitrate; anthropogenic activities; bacteria; carbon; fertilizer rates; forest soils; global change; glucose; hardwood forests; leucine; microbial growth; nitrogen; nutrients; organic horizons; soil sampling; terrestrial ecosystems; United States
- ... Increasing nitrogen (N) deposition due to anthropogenic activities has become a significant global change threat to N-poor terrestrial ecosystems. We compared bacterial growth and nutrients limiting bacterial growth in one of the longest running experiments on increasing N-deposition to a temperate forest, the Chronic Nitrogen Amendment Study at Harvard Forest, USA. Soil samples were collected in ...