Agriculture and forestry

Complex potato genome sequenced

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

Poplar wood for the biogas plant

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.

Optimal feeding black soldier flies

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.

University of Bonn and Breakthrough-Institut (2022): Genetically modified crops support climate change mitigation

Furthermore, the researchers conclude that the use of genetically modified crops in Europe would significantly reduce emissions of harmful greenhouse gases. Agriculture is responsible for around 25% of global greenhouse gas emissions, much of which is due to animal husbandry and the use of fertilisers. However, more than a third of agricultural emissions are also caused by change in land use- especially when forests are cut down and natural areas are converted into arable land to meet the rising global demand for food and animal feed.

Stronger forests through exotic trees

Heat, drought, storms and pests have taken their toll on the forest in recent years. Spruces, pines and Douglas firs in particular are suffering massively from the ongoing drought. Reforestation is therefore a key task to make the ecosystem fit for the future. Mediterranean plants could be an alternative that will soon populate native forests, as researchers from the Bavarian Office of Forest Genetics (AWG) and the Forest Research Institute Baden-Württemberg (FVA) have shown.

Alliances sought for wood bioeconomy

With its national bioeconomy strategy, the German government aims to support the shift from an economy based predominantly on fossil raw materials to a sustainable, biobased economy oriented toward natural material cycles. To leverage the potential of the bioeconomy, the German Federal Ministry of Education and Research (BMBF) supports numerous research projects - including with international partners. This is where the Bioeconomy in the North (BiN) initiative, founded in 2017 with partners from Finland, Norway, Sweden, Canada and Germany, comes in.