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Book of Abstracts <strong>First</strong> <strong>Legume</strong> <strong>Society</strong> <strong>Conference</strong> 2013: A <strong>Legume</strong> Odyssey Novi Sad, Serbia, 9-11 May 2013<br />

_________________________________________________________________________________________<br />

OSCAR – a new European project on cover crops<br />

Peter Baresel 1 , Thomas F Döring 2 , Jan Henrik Schmidt 3 , Jelena Baćanović 3 , Maria R Finckh 3<br />

1 Department of Plant Sciences, Technical University of Munich, Germany<br />

2 The Organic Research Centre, Hamstead Marshall, UK<br />

3 Department of Ecological Plant Protection, University of Kassel, Germany<br />

T<strong>here</strong> is widespread concern over the damage caused by modern agriculture to soil structure and<br />

the ecosystem services provided. One approach to overcome this problem is conservation<br />

agriculture (CA) which aims to maintain soil structure by minimising soil disturbance, maximising<br />

soil cover and using crop rotation. However, despite recent legislation supporting minimum<br />

tillage and direct seeding CA is still practised on less than 4% of the agricultural land in Europe.<br />

This underlines the need for major improvements in the approach together with consolidation<br />

ofinformation about alternative cropping methods and their biological and economic value and<br />

performance.A new European FP7-funded project, OSCAR,is conducted by 22 partners and led<br />

by University of Kassel.OSCAR aims to Optimise Subsidiary Crop Application in Rotations.It<br />

extends existing knowledgeanddevelops novel cropping systems based on cover crops (CC),<br />

catch crops, living mulches (LM) and other subsidiary crops (SC). OSCAR aims to enhance the<br />

implementation and increase the duration of soil coverage, introduce diversity to the crop<br />

rotation and reduce the intensity of soil tillage. To maximise the potential of ecological benefits,<br />

both conventional and conservation agricultural systems are considered, encouraging a high level<br />

of innovation and offering a more immediate transfer into practical agriculture. The project<br />

encompasses the identification and selection of new SC and the development of adapted farm<br />

machinery for the various CC and LM species.OSCAR will enable a substantial number of<br />

growers in different regions to adopt CA methods and make a durable contribution to soil<br />

conservation.<br />

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