OPTIMEC
Soil attenuation of individual test plots

Optimisation of weed control in the cultivation of medicinal and aromatic plants - OPTIMECH

Project goals

With the aim of replacing the use of herbicides, the project "Optimisation of weed control in the cultivation of medicinal and aromatic plants" (Optimech) aims to develop innovative methods for weed control in herb cultivation using the example of low-competition, weed-sensitive model plants. On the one hand, the focus is on the development of key figures for the application of mechanical weed control measures for the example crops lemon balm, parsley, arnica, mint and angelica. Secondly, preventive weed control strategies are to be tested for the model crops lemon balm and camomile.

Use of the Treffler harrow in parsle
Use of the Treffler harrow in parsle © J. Siebigteroth
Soil attenuation of individual test plots
Soil attenuation of individual test plots © J. Siebigteroth

Key figures for mechanical weed control

Key figures for the efficient application of various mechanical weed control methods are being developed. The focus is on the effect of different types of equipment depending on location, crop type and crop stage. The trials will be carried out at four different sites, which differ greatly in terms of soil conditions, farming methods and climatic conditions.

The model crops arnica, parsley, sown and planted lemon balm are cultivated at the Wiesengut.

Preventive weed control strategies

Herbs are often cultivated as seedlings, which increases production costs. In order to test whether preventive weed control measures can be used to cultivate the crop as a seed crop, various approaches such as false seedbeds and basic soil cultivation are being investigated using lemon balm as an example. One focus is on the investigation of weed dynamics, which can also be transferred to other crops.

Use of the KULT-DUO parallelogram hoe
Use of the KULT-DUO parallelogram hoe © J. Siebigteroth

Project titel: Targeted irrigation in organic farming to increase productivity and nutrient efficiency
Acronym: OPTIMEC
Duration: 07/2019 bis 06/2023
Funding:

Fachagentur für Nachwachsende Rohstoffe (FNR)

Project partners:
  • Bayerische Landesanstalt für Landwirtschaft (LfL), Institut für Pflanzenbau und Pflanzenzüchtung
  • PHARMAPLANT GmbH
  • Universität Bonn, INRES, Nachwachsende Rohstoffe
  • Universität Bonn, INRES, Agrarökologie und Organischer Landbau

Contact

Avatar Junker

Charlotte Junker

1.017

Auf dem Hügel 6

53121 Bonn

Avatar Neuhoff

Dr. Daniel Neuhoff

Wird geladen