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Results 41 - 60 of 107.


Agronomy & Food Science - 11.05.2023
Healthy teeth thanks to the 'washing machine'
Healthy teeth thanks to the ’washing machine’
Research team with participation of the University of Göttingen clarifies tooth wear in ruminants Ruminants show a special behavior when eating: They swallow their plant food roughly chewed, then regurgitate it several times and continue chewing. This has a decisive advantage, as a research team with participation from the University of Göttingen has shown: The regurgitated food mush contains fewer hard silicates from sand and dust than the food initially ingested.

Health - Agronomy & Food Science - 19.04.2023
Green diet promotes health
Green diet promotes health
A diet rich in plant substances promotes the elasticity of blood vessels and counteracts their aging. An international research team with the participation of the University of Leipzig has for the first time demonstrated a strong positive effect of the green, Mediterranean diet on the condition of the aorta.

Agronomy & Food Science - Health - 18.04.2023
How to get your children to eat more fruits and vegetables
How to get your children to eat more fruits and vegetables
Children will eat more fruits and vegetables if families take more time to eat meals. This is the result of a new study led by researchers at the University of Mannheim and the Max Planck Institute for Human Development in Berlin. Their experiment shows that children will eat significantly more fruits and vegetables if they on average stay at the table for only ten minutes more - 30 minutes in total.

Life Sciences - Agronomy & Food Science - 30.03.2023
How plants adapt to nitrogen deficiency
How plants adapt to nitrogen deficiency
Researchers at the University of Bonn discover gene variants in wheat and barley that improve nitrogen utilization Nitrogen as a fertilizer can increase yields. However, too much nitrogen can also have negative effects, such as groundwater pollution, high energy consumption in fertilizer production and the generation of climate-relevant gases.

Agronomy & Food Science - 22.03.2023
Sweets change our brain
Sweets change our brain
Why we can't keep our hands off candy bars and co. Chocolate bars, potato chips and chips - why can't we just leave them to the left in the supermarket? Researchers at the Max Planck Institute for Metabolic Research in Cologne, Germany, in collaboration with Yale University, have now shown that foods with a high fat and sugar content change our brain: If we regularly eat even small amounts of them, the brain learns to want to continue consuming precisely these foods.

Environment - Agronomy & Food Science - 22.03.2023
'We optimize water quality with mathematics'
’We optimize water quality with mathematics’
Water is one of the essential resources of all life. Ensuring that all people have access to clean drinking water and safeguarding its quality is not just a task for politicians. Scientists like Prof. Pu Li, head of the Process Optimization Group at the TU Ilmenau, also make an important contribution to our water supply with their research.

Environment - Agronomy & Food Science - 03.03.2023
Additive to make slurry more climate-friendly
Additive to make slurry more climate-friendly
Study by the University of Bonn confirms reduction of the greenhouse gas methane by 99 percent Livestock farming produces large quantities of greenhouse gases, especially methane, which is particularly harmful to the climate. Among other things, it escapes during the storage of animal excrement, the slurry.

Environment - Agronomy & Food Science - 28.02.2023
Modelling to protect crops of the future
Modelling to protect crops of the future
International research team shows benefits of adapting barley varieties to climate change Extreme weather events such as heavy rains and flooding triggered by the intensification of the water cycle due to climate change, are increasingly threatening food security. Large collaborative research projects around the world are working to better adapt plant genetics to the climate conditions of current and future barley-growing regions.

Environment - Agronomy & Food Science - 17.02.2023
Clever orchard design for more nuts
Clever orchard design for more nuts
International research team investigates pollination performance in macadamia plantations To reduce biodiversity loss in agricultural landscapes, more sustainable and environmentally friendly agricultural practices are needed. A research team from the Universities of Göttingen and Hohenheim in Germany, and Venda in South Africa, investigated how ecosystem services such as pollination could be improved in macadamia plantations.

Environment - Agronomy & Food Science - 08.02.2023
Extensive global wetlands loss over past 300 years
Extensive global wetlands loss over past 300 years
International research team including Göttingen University investigates extent of drainage and conversion The drainage of natural wetlands has been useful for farming, forestry and peat extraction, but has also had a major impact on greenhouse gas emissions, flood control, nutrient loss and biodiversity.

Environment - Agronomy & Food Science - 01.02.2023
Browsing Herbivores Increase Savanna Resilience to Droughts
Browsing Herbivores Increase Savanna Resilience to Droughts
Biologist Katja Irob from Freie Universität publishes results of a joint study carried out by German and Namibian researchers in the Journal of Applied Ecology Extreme climate events pose an ever-increasing threat to savannas around the world. However, the ability of these mixed woodland-grassland ecosystems to resist periods of drought can be improved with a higher number of browsing herbivores - i.e., animals such as kudus, springboks, and common elands that feed on woody vegetation.

Agronomy & Food Science - 23.01.2023
Meat import ban in Africa hurts local population
Meat import ban in Africa hurts local population
Study by the University of Bonn analyzes effects of European chicken exports to Ghana The EU regularly exports large quantities of poultry meat to West African countries. These exports have been criticized for harming importing countries in West Africa and exacerbating poverty there. The reason: Cheap imports depress the local price of chicken, making life difficult for local smallholders.

Environment - Agronomy & Food Science - 17.01.2023
Mixture of crops provide ecological benefits for agricultural landscapes
Mixture of crops provide ecological benefits for agricultural landscapes
Researchers at Göttingen University investigate attractiveness of wheat-bean crop mixtures for pollinating insects There are often too few flowering plants in agricultural landscapes, which is one reason for the decline of pollinating insects. Researchers at the University of Göttingen have now investigated how a mixture of crops of faba beans (broad beans) and wheat affects the number of pollinating insects.

Health - Agronomy & Food Science - 08.12.2022
Fat-busters: Walnuts, green tea and duckweed
News from Abdominal fat poses a serious health risk. Also known as visceral fat, it is closely linked to the onset of heart disease, diabetes and hypertension. Now an international research team including the Faculty of Medicine at Leipzig University have discovered that a certain Mediterranean diet can help banish unwelcome belly fat.

Agronomy & Food Science - Life Sciences - 08.12.2022
Agriculture makes the weed
Agriculture makes the weed
How intensive agriculture turned a wild plant into a pervasive weed Agriculture is driving rapid evolutionary change, not just on farms, but also in wild species in the surroundings. New research shows how the rise of modern agriculture has turned a North American native plant, common waterhemp, into a problematic agricultural weed by mutations in hundreds of genes related to drought tolerance, rapid growth, and resistance to herbicides.

Environment - Agronomy & Food Science - 25.11.2022
Biodiversity in drylands can mitigate climate change
Biodiversity in drylands can mitigate climate change
International team of researchers completes first global field study on the ecological impact of grazing in drylands Grazing is a form of land use which sustains the livelihood for billions of people. It is especially important in drylands, which cover around 41 percent of the Earth's land surface, hosts one in three humans inhabiting our planet and over 50 % of all livestock live.

Life Sciences - Agronomy & Food Science - 02.11.2022
Ambrosia beetles breed and maintain their own food fungi
Ambrosia beetles breed and maintain their own food fungi
Experiment at the University of Freiburg provides first evidence of a bark beetle species' agricultural capability Freiburg, Nov 02, 2022 Ambrosia beetles practice active agriculture: A bark beetle species breeds and cultivates food fungi in its nests and ensures that so-called weed fungi spread less.

Agronomy & Food Science - Chemistry - 27.09.2022
Germany's oldest beer scientifically considered
Germany’s oldest beer scientifically considered
Study reveals molecular profile of 19th century beer sample After almost 140 years, researchers at the Technical University of Munich (TUM) opened a lager beer that had been kept at room temperature throughout to analyze it. The beer, dating back to 1885, has now been characterized sensorially and analytically.

Agronomy & Food Science - 21.09.2022
Combating malnutrition
Combating malnutrition - Egg powder suitable as a food supplement? Category: Research, Top-News Malnutrition is a key challenge not only in African countries. As an international study now shows, egg powder is a food with great potential to improve the nutritional situation of children in deprived areas.

Life Sciences - Agronomy & Food Science - 05.09.2022
Aphids and their favorite colors
Aphids and their favorite colors
Researchers from the Universities of Bonn and Kassel present new model for analyzing color vision in aphids Aphids are one of the least welcome garden visitors. These small insects can cause all the more damage in agriculture. But how do they actually choose their host plants? What are the basic mechanisms behind this? Researchers from the Universities of Bonn and Kassel now present two novel models that can be used to analyze aphid color vision and thus how the animals respond to plants.