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Energy Research
15. Life on land
ES
German

Prediction of soil strength of arable soils and stress dependent changes in ecological properties based on soil maps
descriptionPublicationkeyboard_double_arrow_right Article 2002 Spain Publisher:Wiley-Blackwell
Authors: Horn, Rainer; Simota, Catalin; Fleige, Heiner; Dexter, Anthony; +2 Authors
Horn, Rainer; Simota, Catalin; Fleige, Heiner; Dexter, Anthony; Rajkai, Kalman; Rosa, Diego de la;
handle: 10261/38192
handle: 10261/38192
Based on a database of at present 160 mechanical soil profile datasets, the site and horizon dependen mechanical soil strength expressed as precompression stress can be predicted by multiple regression analysis and used for documentation in maps at different scales. Stress dependent changes in air permeability or air capacity can be derived for the virgin compression stress range as well as the effect of stress propagation in soils or stress attenuation capacity and depth dependent changes of ecological properties. Thus, areas with defined mechanical sensitivity as a function of depth can be derived and recommendations for site adjusted farming techniques can be given. In addition it allows the agricultural machine industry to develop site adjusted machines to support the ideas of good farming practice, defined by the soil protection law of Germany. Die vorliegende Arbeit wurde durch die EUROPEAN COMMISSION (Contact No.: ERBIC15 CT98 0106)gefördert. Peer reviewed
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Prediction of soil strength of arable soils and stress dependent changes in ecological properties based on soil maps
descriptionPublicationkeyboard_double_arrow_right Article 2002 Spain Publisher:Wiley-Blackwell
Authors: Horn, Rainer; Simota, Catalin; Fleige, Heiner; Dexter, Anthony; +2 Authors
Horn, Rainer; Simota, Catalin; Fleige, Heiner; Dexter, Anthony; Rajkai, Kalman; Rosa, Diego de la;
handle: 10261/38192
handle: 10261/38192
Based on a database of at present 160 mechanical soil profile datasets, the site and horizon dependen mechanical soil strength expressed as precompression stress can be predicted by multiple regression analysis and used for documentation in maps at different scales. Stress dependent changes in air permeability or air capacity can be derived for the virgin compression stress range as well as the effect of stress propagation in soils or stress attenuation capacity and depth dependent changes of ecological properties. Thus, areas with defined mechanical sensitivity as a function of depth can be derived and recommendations for site adjusted farming techniques can be given. In addition it allows the agricultural machine industry to develop site adjusted machines to support the ideas of good farming practice, defined by the soil protection law of Germany. Die vorliegende Arbeit wurde durch die EUROPEAN COMMISSION (Contact No.: ERBIC15 CT98 0106)gefördert. Peer reviewed
Digital.CSICarrow_drop_down
Digital.CSIC
Article . 2002 . Peer-reviewed
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Digital.CSICarrow_drop_down
Digital.CSIC
Article . 2002 . Peer-reviewed
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Prediction of soil strength of arable soils and stress dependent changes in ecological properties based on soil maps

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Prediction of soil strength of arable soils and stress dependent changes in ecological properties based on soil maps

Energy Research
15. Life on land
ES
German