Research

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Die Durchwachsene Silphie (Silphium perfoliatum) ist eine schnellwachsende Wildstaude, die als Energiepflanze gefragt ist.

Silphium is a convincing sustainable energy crop

A comparative study by the University of Bayreuth shows that the cup plant is a more sustainable alternative to silage maize as an energy crop.

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Das Forschungsteam untersuchte für seine Studie eine Sammlung von Gerstenpflanzen mit mehr als 940 Wildgersten und 1.110 domestizierten Gersten (Hordeum vulgare).

Mutation for late barley flowering identified

An international research team led by the Leibniz Institute of Plant Genetics and Crop Plant Research (IPK) has discovered the genetic cause of late flowering in barley, which leads to higher yields.

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Arabidopsis Pflanze in Laborbedingung.

How plants adapt to environmental conditions

Freiburg researchers have discovered a cellular growth switch that regulates the plant hormone auxin and thus plant growth in response to environmental changes.

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Ein Beispiel für Fassadendämmung auf der Basis von Pilzgeflecht

Establishing insulation materials made from fungal mycelium as a building material

In the ‘Mycobuild’ project, researchers at Hof University of Applied Sciences aim to demonstrate that thermal insulation materials made from fungal mycelium can also be produced industrially, economically and ecologically.

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Industriehanf

PAPACKS strengthens partnership with Solenis

The Cologne-based start-up PAPACKS will work even more closely with the US specialty chemicals company Solenis in future to produce sustainable packaging based on hemp on an industrial scale.

Success stories

Forschungsatlas

Research Map

In our research map you will find more than 800 research institutions in Germany dealing with topics relevant to the bioeconomy.

Click here for the map