This study evaluates how low‐carbon production technologies applicable to ethanol plants
may reduce the life‐cycle greenhouse gas emission (GHG) intensities of corn ethanol …

Synthetic aperture radar (SAR) is more sensitive to the dielectric properties and structure of
the targets and less affected by weather conditions than optical sensors, making it more …

The demand for biobased products, such as food, fuel, and chemicals, has been
continuously increasing. Meanwhile, agricultural production, serving as the primary stage of …

The growing need for additional production due to high global food demand should be
supplied through sustainable intensification of agriculture. In Poland, conventional tillage …

In the effort to control global warming and fossil carbon emissions, many countries are
proposing new policies to make their energy matrix more renewable. The increase share of …

To meet the growing demand, high yielding, but environmentally sustainable agricultural
plant production systems are desired. Today, life cycle assessment (LCA) is increasingly …

This work highlights that bio-based chemicals may not automatically be synonymous with
“green”, and efforts to generate the quantitative environmental performance of bio-products …

Climate change is exacerbating environmental pollution from crop production. Spatially and
temporally explicit estimates of life-cycle environmental impacts are therefore needed for …

Large electrolytic capacitors used in grid-connected and stand-alone photovoltaic (PV)
applications for power decoupling purposes are unreliable because of their short lifetime …

Understanding spatially and temporally explicit life cycle environmental impacts is critical for
designing sustainable supply chains for biofuel and animal sectors. However, annual life …