Plant growth plays an important role in regulating soil C and N as well as water regimes and
can therefore influence soil biochemical or geochemical processes. A sub-model was built …

Biomass-derived sustainable aviation fuel holds significant potential for decarbonizing the
aviation sector. Its long-term viability depends on crop choice, longevity of soil organic …

Decarbonizing the air transportation sector remains one of the most challenging hurdles to
mitigating climate change. Lignocellulosic biomass-derived jet fuel blendstocks can …

The increase in greenhouse gases (GHG) emissions in the world has significantly
contributed to climate change, prompting an active search for renewable and sustainable …

National scale projections of bioenergy crop yields and their environmental impacts are
essential to identify appropriate locations to place bioenergy crops and ensure sustainable …

The availability of suitable water is an important factor for increasing the cultivated areas and
sustainability in arid (ie, less than 200 mm precipitation per year) and semiarid regions (ie …

Perennial crops have been the focus of bioenergy research and development for their
sustainability benefits associated with high soil carbon (C) and reduced nitrogen (N) …

Questions on sustainable and appropriate cropping systems for bioenergy sweet sorghum in
the smallholder farming sector still exist. Therefore, a short-term experiment was carried out …

Diversification of conventional food-based cropping system with multipurpose lignocellulosic
crops could increase biodiversity, farmer's market opportunities, feedstock for biorefineries …

Increasing lignocellulosic feedstock for advanced biofuels can tackle the decarbonization of
the transport sector. Dedicated biomass produced alongside food systems with low indirect …