Miscanthus is characterized by high biomass production potential and low input
requirements and therefore considered a leading candidate for second-generation energy …

Bioenergy buffers are linear landscape elements cultivated with perennial herbaceous or
woody biomass crops placed along arable field margins and watercourses. This systematic …

This study is dedicated to the quantification of biomass potential in India. Therefore, the
estimation of quantity of biomass and its potential for energy and biofuel production is …

To date, most Miscanthus trials and commercial fields have been planted on arable land.
Energy crops will need to be grown more on lower grade lands unsuitable for arable crops …

The production of bioenergy from second generation (2G) feedstocks is being encouraged
by legislation targeted at addressing a number of controversial issues including carbon …

Global declines in pollinating insects have been linked with agricultural intensification and
land‐use change. Increased production of novel crops for bioenergy is causing changes in …

We present the first assessment of the impact of land use change (LUC) to second‐
generation (2G) bioenergy crops on ecosystem services (ES) resolved spatially for Great …

The use of biomass for energy production is considered a promising way to reduce net
carbon emissions and mitigate climate change. However, land‐use change to bioenergy …

The environmental impact of bioenergy supply systems can be determined using life cycle
assessment methodologies. This study focuses on the impact of production of Miscanthus …

Cultivars of Miscanthus used as bioenergy crops or tested in trials are largely clonally
propagated, wild sourced genotypes or clonally propagated F1 hybrids. One of the most …