Agriculture sciences

Ridding aquacultures of microplastics

Microplastics are not only found in oceans and inland waters, but also in aquacultures. Consequently, they enter the food chain via fish. One of the reasons for this are so-called growth bodies, which are used in closed pond systems for water treatment. The problem: these filters are made of petroleum-based plastics. Researchers at Hof University of Applied Sciences have come up with an alternative for aquaponics, the joint cultivation of fish and vegetables.

Katjes invests in UNMILK

Many people associate Katjes primarily with fruit gums and licorice. But the confectionery company from Emmerich am Rhein has also been one of the pioneers of vegan confectionery for years. The company has long dispensed with animal gelatin in the manufacture of its products. As early as 2016, it converted its entire Katjes range in Germany to vegetarian products. With Katjes Greenfood, the confectionery manufacturer has also established a platform to further promote plant-based foods.

"Vertical farming systems could also supply us with wheat in the future"

Susanne Baldermann cares about the nutrition of the future. Her research goal: to enable healthy nutrition within planetary boundaries. A stay in Japan had inspired the food chemist with a doctorate in algae research, but also sharpened her eye for sustainable food production. She sees modern agricultural systems such as vertical farming as a way to ensure a healthy diet in the future. To this end, Baldermann is also targeting secondary plant compounds from indoor vegetables and herbs.

Ecologically valuable management of meadows and pastures

Around one third of Germany's agricultural land is used for meadows and pastures. In its natural state, grassland is one of the world's most species-rich ecosystems and, according to experts, can even compete with the species richness of rainforests. Meadows and pastures are not only an important source of food for insects, they are also resistant to storms and can store carbon in the soil for a long time.

Tapping alternative protein sources

In view of a growing population and dwindling resources as a result of climate change, alternative protein sources are becoming increasingly important. A wide range is available: legumes, algae, fungi and insects, as well as proteins obtained by cell-based or fermentative processes, are suitable as a source of raw materials for a healthy, environmentally conscious and sustainable diet.

20 million Christmas stars

It comes in red, pink, creamy white - and now also in cinnamon, bright lemon yellow and even bicolor: the poinsettia. Originally from Central America, the tropical plant with the Latin name Euphorbia pulcherrima is the second most popular ornamental plant in this country after the orchid. And despite a wide range of colors - the red poinsettia is still considered the favorite.

Combining root systems of different wheat varieties

For food crops to thrive and food security to be ensured, modern agricultural ecosystems must be equipped to meet the challenges of climate change. It is no longer enough to trim important crops for maximum yield. They also need to be resistant and stress-tolerant to heat, drought and pathogens. In the CROP project, researchers from the Institute of Biosciences and Geosciences (IBG-3) at Forschungszentrum Jülich are therefore collaborating with the University of Hohenheim to develop a new cultivation strategy for wheat.  

BayWa invests in plant-based dairy alternatives

The days when conventional cow's milk was the top seller in the refrigerated section are long gone. With oat, soy and almond milk, the protein-rich beverage is getting competition from plant-based products. Plant-based alternatives are also already available for other dairy products such as yogurt. The market is thereby serving a trend that experts believe will continue in the coming years.

"There is no easy solution to sustainably improving food systems"

From mid-2022, Martina Brockmeier will take office as President of the Leibniz Association. In recent years, she has helped to develop the University of Hohenheim into an academic bioeconomy hotspot. The agricultural economist is convinced that the bioeconomy can make a decisive contribution to achieving the global sustainability goals. In this interview, she explains how she would also like to further strengthen bioeconomy research at the Leibniz institutes.