Organic wastes are traditionally applied to land to recover their fertilizer value, but the microbial turnover of such organic matter in soil is often out of phase with the requirements of growing plants. Therefore, nutrients may be lost and may even act as potential pollutants of water and air, posing a particular challenge to agricultural and environmental engineers.
This book addresses both experimental and modeling methodology under the main headings of nitrogen and carbon transformations, gaseous losses, chemical means of controlling nitrification, and nitrate leaching. The articles are based on material presented at a specialized seminar held under the auspices of ISWA and DAKOFA at Aalborg University, Denmark, in September, 1988.

lgrsnf/A:\_for_add\1\SD\9780123234407 (37).pdf

nexusstc/Nitrogen in Organic Wastes. Applied to Soils/f5b4fa9da0bb034f3132195b6fe0d4be.pdf

zlib/Engineering/Jens A. Hansen (Eds.)/Nitrogen in Organic Wastes. Applied to Soils_2217752.pdf

Nitrogen in organic wastes applied to soils : edited by J.A. Hansen and Kaj Henriksen

Nitrogen in organic wastes applied to soils [recurso electrónico

edited by Jens AA. Hansen and Kaj Henriksen

Jens Aage Hansen; Kaj Henriksen

Luisa, Bozzano G

Bozzano G Luisa

Unknown, Author

Gerard Meurant

Academic Press, Incorporated

Morgan Kaufmann Publishers

Woodhead Publishing Ltd

John Murray Press

Focal Press

Brooks/Cole

International solid waste professional library, International solid waste professional library, London, San Diego, Calif, England, 1989

United Kingdom and Ireland, United Kingdom

United States, United States of America

Reino Unido : Estados Unidos, ©1989

Elsevier Ltd., London, 1989

St. Louis, 2014

2, 1990

2012

lg1048723

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Content:
INTERNATIONAL SOLID WASTE PROFESSIONAL LIBRARY , Page ii
Front Matter , Page iii
Copyright , Page iv
Financial support for this publication was received from , Page viii
Authors , Pages ix-xii
Preface , Pages xiii-xiv , Jens Aa. Hansen, Kaj Henriksen
1 - An in situ Technique for Simultaneous Measurements of Mineralization, Leaching, and Plant Uptake of Nitrogen Applied to Agricultural Soils , Pages 3-10 , KASIA K. DEBOSZ, FINN P. VINTHER
2 - Measurement of Nitrogen Mineralization in Soil Incubations , Pages 11-24 , RM REES
3 - Turnover of the Soil Microbial Biomass as Influenced by Soil Compaction , Pages 25-36 , A.M.A. van der LINDEN, L.J.J. JEURISSEN, J.A. van VEEN, B. SCHIPPERS
4 - The Effect of Protozoan Grazing on Nitrification - Implications from the Application of Organic Wastes Applied to Soils , Pages 37-46 , B.S. GRIFFITHS
5 - Responses of Soil Micro-organisms to the Addition of Cattle Slurry , Pages 47-58 , M.H. OPPERMAN, C.P. CHERRETT, M. WOOD, P.J. HARRIS
6 - Effects of Earthworms upon Transformations and Movement of Nitrogen from Organic Matter Applied to Agricultural Soils , Pages 59-80 , D. KNIGHT, P.W. ELLIOTT, J.M. ANDERSON
7 - Nitrogen Mineralization in Rhizosphere and Non-rhizosphere Soil, Effect of the Spatial Distribution of N-rich and N-poor Plant Residues , Pages 81-97 , WANG JINGGUO, LARS R. BAKKEN
8 - Nitrogen Dynamics of a Leguminous Green Manure , Pages 98-112 , M.H. REDMAN, S.A. WIGGLESWORTH, A.J.A. VINTEN
9 - A 3-year N Balance Study with Aerobic, Anaerobic and Fresh 15 N-labelled Poultry Manure , Pages 113-125 , H. KIRCHMANN
10 - Accumulation and Loss of Nitrogen from Manure, Sludge and Compost: Long-term Experiments at Rothamsted and Woburn , Pages 126-139 , A.E. JOHNSTON, S.P. McGRATH, P.R. POULTON, P.W. LANE
11 - A Simple Model to Predict Manure N Availability to Crops in the Field , Pages 140-149 , E.G. BEAUCHAMP, J.W. PAUL
12 - Simulation of Nitrate Leaching from Arable Soils Treated with Manure , Pages 150-166 , PER-ERIK JANSSON, RAJINDER SINGH ANTIL, GUNNAR CH. BORG
13 - Prediction of Nitrogen Requirements by Using a Modified Nitrogen Dynamics Model , Pages 167-181 , E. SABBAGH, A. SHAVIV, A. HARPAZ
14 - Ammonia Volatilization from Arable and Grassland Soils , Pages 185-201 , J. VAN DER MOLEN, D.W. BUSSINK, N. VERTREGT, H.G. VAN FAASSEN, D.J. DEN BOER
15 - Ammonia Volatilization from Livestock Slurries Applied to Land , Pages 202-212 , BRIAN F. PAIN, RODNEY B. THOMPSON
16 - Gaseous Nitrogen Losses from Slurry-Manured Land , Pages 213-224 , R. VAN DEN ABBEEL, A. CLAES, K. VLASSAK
17 - Denitrification Losses of Nitrogen From Arable Soils as Affected by Old And New Organic Matter from Leys and Farmyard Manure , Pages 225-234 , K.W.T. GOULDING, C.P. WEBSTER
18 - Denitrification Losses from Soil Receiving Pig Slurry or Fertilizer , Pages 235-246 , M. MAAG
19 - Denitrification from Cattle Slurry Applied to Grassland , Pages 247-260 , RODNEY B. THOMPSON, BRIAN F. PAIN
20 - Biochemical Changes in Soil Beneath Dairy Cattle Slurry Layer: The Effect of Volatile Fatty Acid Oxidation on Denitrification and Soil pH , Pages 261-270 , J.W. PAUL, E.G. BEAUCHAMP
21 - Modelling Denitrification in Aggregated Soils: Relative Importance of Moisture Tension, Soil Structure and Oxidizable Organic Matter , Pages 271-286 , J.R.M. ARAH, K.A. SMITH
22 - Inhibition of Nitrification by Dicyandiamide In Cool Temperate Conditions , Pages 289-303 , KEITH A. SMITH, IAN J. CRICHTON, IAIN P. McTAGGART, ROBERT W. LANG
23 - Effects of Slurry With and Without the Nitrification Inhibitor Dicyandiamide on Soil Mineral Nitrogen and Nitrogen Response of Potatoes , Pages 304-314 , W.P. WADMAN, J.J. NEETESON, G. WIJNEN
24 - Hydrochemical Processes in the Top Layer of Groundwater Under Pasture Land , Pages 317-333 , G.J.W. KRAJENBRINK, L.J.M. BOUMANS, C.R. MEINARDI
25 - Leaching of Nitrate from Soils Receiving Organic or Inorganic Fertilizers Continuously for 135 Years , Pages 334-345 , D.S. POWLSON, P.R. POULTON, T.M. ADDISCOTT, D.S. McCANN
26 - The Nitrate Leaching out of Soils and their Significance for Groundwater, Results of Long-term Tests , Pages 346-356 , WOLFGANG WALTHER
Session I - Nitrogen and Carbon Transformations , Pages 359-364 , ARNE JENSEN, KEITH PAUSTIAN
Session II - Gaseous Losses , Pages 365-369 , DENNIS E. ROLSTON
Session III - Chemical Means of Controlling Nitrification , Pages 370-372 , KAJ HENRIKSEN
Session IV - Nitrate Leaching , Pages 373-375 , JOOP H.A.M. STEENVOORDEN
INDEX , Pages 376-381

Organic wastes are traditionally applied to land to recover their fertilizer value, but the microbial turnover of such organic matter in soil is often out of phase with the requirements of growing plants. Therefore, nutrients may be lost and may even act as potential pollutants of water and air, posing a particular challenge to agricultural and environmental engineers.<br>This book addresses both experimental and modeling methodology under the main headings of nitrogen and carbon transformations, gaseous losses, chemical means of controlling nitrification, and nitrate leaching. The articles are based on material presented at a specialized seminar held under the auspices of ISWA and DAKOFA at Aalborg University, Denmark, in September, 1988.

2013-11-27