Gaseous nitrogen emissions from grasslands
Atmospheric nitrogen has an impact on acid rain, ozone levels and the climate; grasslands, which emit gaseous nitrogen, play a critical role. This book examines the complex relationship between grassland production and nitrogen levels. It covers each stage of grassland growth, pointing out specific links to the nitrogen cycle. It examines ways to control nitrogen emissions and provides an up-to-date account of current research. Topics include emission processes, ammonia fluxes, nitrous oxide emissions, the impact of organic manures, and systems modeling. The approach will interest grasslands scientists, farm advisors, and ecologists and conservationists concerned with grasslands management.
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Rainfall and Temperature Effects on Nitrogen Losses from
Controls over Denitrification and its Gaseous Products in
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acetylene aerobic ammonia emission Ammonia volatilization ammonium ammonium nitrate anaerobic anaerobiosis analysis atmosphere B.F. Pain Biology and Biochemistry cattle slurry chamber decreased Dendooven denitrification deposition diet effects Emissions from Grasslands Environmental excretion experiment factors farm fertilizer field gas chromatography Gaseous Nitrogen Emissions Genstat Geophysical Research global grass grassland soil grazed increased incubation input Journal of Geophysical kg ha-1 kg N ha-1 Klarenbeek leaching livestock maize manure Marondera microbial micrometeorological mineral N2 ratio N2O emission N2O fluxes N2O production Netherlands NH3 concentration NH3 emission NH3 losses NH3 volatilization NHt-N nitrate nitrification nitrous oxide Nitrous oxide emission nitrous oxide N2O Oenema plot potential ppbv rainfall reduced samples savanna season shallow injection slurry Soil Biology soil cores soil moisture soil pH Soil Science soil temperature solid manure spreading sward techniques tion urea urine Velthof Wageningen