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Impact assessment of mechanical weed control on the environment and yields

Original titleFolgenabschätzung der mechanischen Beikrautregulierung auf Umwelt und Ertrag
Abstract

The societal demand for sustainable and productive crop production in the face of increasing weather extremes is putting a lot of pressure on farms. Organic farming without ploughing offers a lot of potential here, but must be optimised in terms of weed control and nitrogen (N) availability in order to be attractive for organic, IP (integrated production) and ÖLN (ecological performance record) practice.

The aim of the project is to investigate whether the N nutrition of the plants and the weed control can be efficiently controlled with hoeing, even with reduced fertiliser inputs, and whether the humus decomposition stimulated in the process remains at an acceptable level. In a 12-year long-term trial on reduced tillage and fertilisation, different hoeing intensities are additionally integrated in the project in the crops silage maize and winter wheat. The experimental and practical data help to optimise the sustainability of crop production in the area of pesticide and fertiliser reduction, as well as adaptation to climate change.

Financing/ Donor
  • Federal Office for Agriculture (FOAG)
(Research) Program
  • Dreiklang Foundation for Ecological Research and Education
  • Federal Office for Agriculture (FOAG) – Support for Competence and Innovation Networks
  • Other EU-Institutions
  • Other EU-Institutions
  • Cantons and municipalities
  • Cantons and municipalities
  • Swissaid
  • Swissaid
  • Other public institutions, Switzerland
  • Other public institutions, Switzerland
  • Federal Office for Agriculture (FOAG) – Support for Competence and Innovation Networks
  • Dreiklang Foundation for Ecological Research and Education
  • Foundation Edith Maryon
  • Foundation Edith Maryon
  • Other foundations
  • Other foundations
  • Other economic actors
  • Other economic actors
  • Non-profit associations / organisations
  • Non-profit associations / organisations
  • Federal Office for Agriculture (FOAG) – Plant Breeding
  • Federal Office for Agriculture (FOAG) – Support for agricultural research
  • Federal Office for Agriculture (FOAG) – Support for agricultural research
  • Federal Office for Agriculture (FOAG) – Support for agricultural advice
  • Federal Office for Agriculture (FOAG) – Support for agricultural advice
  • Federal Office for Agriculture (FOAG) – Agricultural Resources Program
  • Federal Office for Agriculture (FOAG) – Agricultural Resources Program
  • Federal Office for Agriculture (FOAG) – Water Protection Program
  • Federal Office for Agriculture (FOAG) – Water Protection Program
  • Federal Office for Agriculture (FOAG) – Plant Breeding
  • Federal Office for Agriculture (FOAG) – Agricultural Marketing
  • Federal Office for Agriculture (FOAG) – Agricultural Marketing
  • Federal Office for Agriculture (FOAG) – Preliminary Assessment of Innovative Projects
  • Federal Office for Agriculture (FOAG) – Preliminary Assessment of Innovative Projects
  • Federal Office for Agriculture (FOAG) – Research and Conservation Projects in Animal Breeding
  • Federal Office for Agriculture (FOAG) – Research and Conservation Projects in Animal Breeding
  • Federal Office for Agriculture (FOAG) – Innovative Projects in Sheep's Wool
  • Federal Office for Agriculture (FOAG) – Innovative Projects in Sheep's Wool
Project partners
  • University of Agricultural, Forest and Food Sciences (HAFL)
FiBL project leader/ contact
FiBL project staff
  • Dierauer Hansueli (Department of Soil Sciences)
  • Gelencsér Tobias (Department of Soil Sciences)
  • Klaus Roman (Department of Soil Sciences)
  • Krauss Maike (Department of Soil Sciences)
  • Mäder Paul (Departement für Bodenwissenschaften)
(people who are not linked are former FiBL employees)
Role of FiBL

Project management

FiBL project number 10210
Date modified 21.11.2023
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