Agriculture and forestry

Bacteria break down herbicides

Whether cereal, fruit or vegetable cultivation: agriculture is dependent on pesticides in many places. They should secure yields and thereby the supply of food to the people. But the use of pesticides is controversial because they not only kill off pests, but also harm people and nature. Now researchers have identified bacteria that can break down the herbicide linuron.

Making the rhizosphere fit for the future

Whether wheat or corn, after two successive hot summers, farmers in many places are threatened with enormous crop failures this year due to persistent drought. Plants suffer from drought stress because the soil dries out and the root system is not supplied with sufficient water and nutrients. The challenges of climate change are therefore causing researchers to work hard to find promising scenarios for agriculture in the future. 

The dairy cow of the future

The German Livestock Association umbrella organization for the production of cattle and pigs in Germany. Within the association, the Förderverein Bioökonomieforschung e.V. (FBF) deals with modern breeding research and insemination. The research activities are supported by the Federal Ministry of Agriculture and the Federal Ministry of Research, among others. The veterinarian Jens Baltissen is the provisional managing director of the FBF and explains which traits are in the focus for breeding dairy cows now and in future.

Reducing allergens in food

Many people suffer from food allergies. According to estimates by the German Allergy and Asthma Association (DAAB), around six million children and adults are affected in Germany alone. Peanut allergy is particularly widespread. So far, allergy sufferers have had to do without allergy-causing foods such as peanuts or mustard, as the condition cannot yet be cured.

The plant doctor

Whether grey mould or boxwood borer: pests that stray into Andreas von Tiedemann's garden are at a disadvantage. After all, they are dealing with an expert who is passionate about plant protection. For almost 40 years, the agricultural scientist and doctor of phytomedicine has been searching for new strategies to effectively combat plant diseases. He was recently honoured with the highest award a "plant doctor" can receive: In August 2018, Tiedemann was awarded the Anton de Bary Medal by the German Phytomedical Society for his "life's work".

FAO (2019): The State of the World’s Biodiversity

Based on information from 91 countries and 27 international organizations, analysis of global literature and data, as well as contributions from over 175 authors and reviewers, "The State of the World's Biodiversity for Food and Agriculture" assesses biodiversity and its management worldwide. Important drivers for both positive and negative trends in the conservation and sustainable use of biological diversity are identified and production practices that promote biodiversity are presented.

Fertilizer from bagasse ash

Along with soya and corn, sugar cane is one of the most important crops in Brazil. It is used to produce not only sugar but also biofuels such as ethanol. However, processing produces enormous amounts of bagasse - fibrous remains - which up to now were not used efficiently. Instead, the lignocellulosic residual material is burnt in inefficient incinerators and usually disposed of in landfills or scattered on fields. But ash is more than just burned biomass. It contains nutrients such as phosphorus, which are essential for plant growth.

Making use of the plant's defences

Last summer, heat and drought have afflicted farmers in many places and caused enormous harvest losses. The damage caused to farmers in Germany was estimated by the Federal Ministry of Food and Agriculture at 770 million euros.
Extreme weather conditions make plants more susceptible to disease and pest infestation. This also endangers wheat production in Germany and large parts of Europe.

Fertilizer

Vital element

Phosphorus is essential not only for plants, but also for humans. An adult human needs about 0.8 grams of the mineral per day, but consumes up to 3 grams per day through food. Excess phosphate compounds are excreted by the kidneys. In this way, large quantities of phosphorus-containing waste water reach the sewage treatment plants every day.