The lignocellulosic C4 perennial crop miscanthus and, more particularly, one of its species,
Miscanthus× giganteus, are especially interesting for bioenergy production because they …

There is a need to conceive and support bioeconomy strategies within the context of
sustainable development in the European Union. A holistic vision regarding the deployment …

The application of sewage sludge as fertilizer in the production of non-food crops is an
environmentally sustainable approach to sewage sludge management. This article presents …

The potential of large‐scale deployment of basalt to reduce N2O emissions from cultivated
soils may contribute to climate stabilization beyond the CO2‐removal effect from enhanced …

Crop growth and development can be influenced by a range of parameters, soil health,
cultivation and nutrient status all play a major role. Nutrient status of plants can be enhanced …

Featured Application Hydrothermally carbonized digestate from biogas systems can be
applied to crops soils to reduce soil CO2 fluxes in some cases. Abstract Miscanthus x …

Growth in planted areas of Miscanthus for biomass in Europe has stagnated since 2010 due
to technical challenges, economic barriers and environmental concerns. These limitations …

Many yield predictions in perennial bioenergy species have been made based on data
collected during the establishment phase of growth or a limited number of long‐term studies …

Grasses such as Miscanthus× giganteus and Panicum virgatum (switchgrass) can
potentially be used to produce bioenergy on a large scale in the Midwestern USA. The …

Giant miscanthus (Miscanthus× giganteus Greef and Deuter) and Amur silver grass
(Miscanthus sacchariflorus Maxim./Hack) are rhizomatous grasses with a C4 photosynthetic …