Concluding Conference of the KASSA project 20-21 February 2006, Brussels, Belgium Rolf-Alexander Düring, André Michels Institute of Landscape Ecology and.

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Presentation transcript:

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Rolf-Alexander Düring, André Michels Institute of Landscape Ecology and Resources Management Justus-Liebig University Giessen Germany The European Platform Main Results

Concluding Conference of the KASSA project February 2006, Brussels, Belgium average temperatures 5°-12°C annual precipitation mm cold winters, moderate summers huge variety of different soil types and qualities Pedo-climatic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Long-term average climate water balance Within a more or less temperate region, we have highly differentiated climatic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium one vegetation period crops grown: 1.Winter wheat 2.Winter barley 3.Rapeseed 4.Sugar beet 5.Forage crops (maize etc.) Different socio-economic conditions Different political conditions „Emerging“ countries Conditions for agriculture

Concluding Conference of the KASSA project February 2006, Brussels, Belgium 1.Pedo-climatic conditions 2.Agronomic conditions 3.Sociologic conditions 4.Economic conditions 5.Political conditions Driving Forces and Constraints

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Pedo-climatic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Agronomic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Sociologic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Economic conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Political conditions

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Constraints Water deficiency High temperature Evaporation intensity Drought hazardous deflation Low temperature Water logging Low thickness of soil Low bioactivity Anaerobiosis Short vegetation period

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Extension of CA in the European Platform

Concluding Conference of the KASSA project February 2006, Brussels, Belgium United Kingdom Norway Estonia Denmark Ukraine Czech Republic Germany France The European Platform Partners

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Round table three meetings in Grignon, Prague, Giessen

Concluding Conference of the KASSA project February 2006, Brussels, Belgium To till or not to till? Conventional tillage cm 10 cm Chiselling 25 cm 10 cm CT RTNT No-till cm

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Effects on soil properties Conventional Tillage No Tillage Bulk density Carbon content Cation exchange capacity C/N-Ratio Soil acidity

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Techniques of Conservation Agriculture

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Our approach Why? Where? How? “I should change what I can change”

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Why should I change to CA? Profitability Biodiversity and biological activity Organic matter, carbon sequestration and soil physics Erosion mitigation Pollution and contamination Water balance Sociological aspects

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Erosion Soil and water: carrier for substances time after heavy rainfall event [min] cumulative erosion [Mg/ha] cumulative Runoff [cm] erosion runoff NT runoff CT

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Pesticides Losses of herbicides IsoproturonTerbuthylazineMetolachlor losses [%] CT NT

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Where should I change to CA? Conditions of technical changes Environmental conditions Agronomical conditions Farm or unit size

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Where mineral component x crop opportunity goodpoor

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Where mineral component x precipitation opportunity goodpoor

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Where mineral component x length of growing period opportunity goodpoor

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Where mineral component x permeability/drainage opportunity goodpoor

Concluding Conference of the KASSA project February 2006, Brussels, Belgium How can I change to CA? Access to technology Access to finance Management of soil structure Weed and pest management Management of cover crops and residues Management of rotation Risks/benefits assessment Step by step process Governance

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Technique

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Conclusions Up to now, low adoption of conservation agriculture in practice A lot of basic research sometimes based on long-term experiments Cost reduction most important driving force Erosion and degradation of soils driving forces in some cases Most soils are suitable Large farms are favoured Pollutants behave differently in differently tilled soils Process toward CA is on-going step-by-step Economic, technical, and sociological risks should be assessed Knowledge generation and sharing is the key point

Concluding Conference of the KASSA project February 2006, Brussels, Belgium

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Erosion

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Compaction

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Weeds

Concluding Conference of the KASSA project February 2006, Brussels, Belgium Pollution