The performance of yields in organic and conventional cropping systems
Jochen Mayer, Lucie Gunst, Paul M. Mader, Samuel P. Knapp
Abstract
Open-access reader
Jochen Mayer, Lucie Gunst, Paul M. Mader, Samuel P. Knapp
Abstract
Open-access reader
Sufficient and stable crop yields are the basis for feeding a growing world population. Limited cropland, climate change, loss of soil quality and biodiversity coupled with excessive use of non-renewable resources require new solutions for future cropping systems beyond existing management practices. Here we compare the yield performance of organic and conventional cropping systems.
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Sufficient and stable crop yields are the basis for feeding a growing world population. Limited cropland, climate change, loss of soil quality and biodiversity coupled with excessive use of non-renewable resources require new solutions for future cropping systems beyond existing management practices. Here we compare the yield performance of organic and conventional cropping systems.
Key concepts: Cropping, Environmental science, Agroforestry, Population, Cropping system, Yield (engineering), Agricultural engineering, Biodiversity