Uwe Fritsche is founder and scientific director of the International Institute for Sustainability Analysis and Strategies (IINAS) in Darmstadt. In 2021, IINAS presented a study on the topic of a sustainable bioeconomy on behalf of the German Nature and Biodiversity Conservation Union (NABU).
Many species of fish are now farmed in aquaculture facilities to meet growing demand. However, even the expansion of aquaculture is reaching its limits and calls for innovations that are sustainable and environmentally sound. The Society for Marine Aquaculture (GMA) in Büsum will take up this challenge together with the Fraunhofer IMTE facility in Lübeck.
Sun, water, air and nutrients are the basic requirements for plant growth. Since it is not always easy to obtain sufficient nutrients from the soil, more than 80 % of all plants have formed a symbiosis with certain fungi, a so-called arbuscular mycorrhiza.
Just over ten years after an international consortium first presented a reference genome of the potato, a consortium of researchers from the Ludwig Maximilian University of Munich and the Max Planck Institute for Plant Breeding Research in Cologne has taken the next step: For the first time, the researchers have sequenced the genome of a potato variety with four sets of chromosomes with chromosome set accuracy and published it in th
Until now, wood has not been considered well suited for use in biogas plants. The reason for this is the high proportion of fibrous compounds that are difficult to degrade. Researchers in the PaplGas project have now overcome this hurdle. Under the leadership of the German Biomass Research Center (DBFZ), they have developed an innovative process chain for using poplar wood for biogas plants. Vattenfall Energy Solutions GmbH (ESG) and the substrate manufacturer Klasmann-Deilmann GmbH (KD) are involved in the project.
The marine bacterium Vibrio natriegens is faster than any other: No known organism that is harmless to humans multiplies faster. This makes it a potentially highly interesting tool for biotechnology. A research team from TU Munich has investigated this question and used the microbe to produce succinic acid. Their research is presented in the journal „Microbial Biotechnology“.
The black soldier fly has long been identified as a valuable building block of a bio-based circular economy: it can use a wide variety of residual and waste materials as feed, its larvae gain weight quickly and contain high-quality proteins. As a feed additive and soy substitute, they are therefore already approved in pig and chicken farming. Other applications - including for food - are under development.
"Green chemistry" - i.e., environmentally friendly, sustainable and biobased chemistry - is defined by twelve principles. Paul Anastas and John C. Warner established them in 1998. While many of their principles are now widely taken into account when the industry develops new substances, a research team led by the Goethe University in Frankfurt believes that one principle has so far been neglected: the reduction of environmental toxicity.
The European Circular Bioeconomy Fund (ECBF) clearly exceeded its target of 250 million euros at the closing of the subscription period. Shortly before Christmas, the fund had paused at around 200 million euros. Now, the international ECBF team has gained the support of a number of additional investors.