Niels N. Oehlmann

The paper investigates how farming and climate legacies influence seed microbiota and offspring drought responses in wheat across generations.

This study enhances Fe-nitrogenase's ability to convert CO2 to hydrocarbons through directed evolution, increasing CH4 production and expanding the product spectrum to include ethane and CO.

This study shows the Fe nitrogenase in Rhodobacter capsulatus is more efficient at reducing CO2 than Mo nitrogenase but less selective for N2, leading to increased CO2 reduction to methane under physiological conditions.