Anthropogenic emissions of carbon dioxide (CO 2) contribute to global warming. Limiting
temperature rise requires negative emission techniques to retract the emitted CO 2 from the …

Biomass feedstocks are growing in importance due to their ability to serve as a renewable
alternative to fossil fuels for large scale energy generation, with bioenergy projected to be a …

The improvement of soil quality (SQ) evaluation tools can contribute to more precise and
efficient monitoring of SQ changes under different management practices. This study aimed …

Human-induced climate change significantly alters the spatiotemporal characteristics of
climate zones, which drives agricultural land use and ecosystem change. However, the …

As an important life element in the Earth's ecosystem, soil phosphorus (P) is of great
significance to stability and sustainable development of terrestrial ecosystems. However …

Detailed information on the variation of soil clay content at different soil depths are important
for water repellency, management of soil fertility, and crop growth. However, studies on the …

Soil is a precious and nonrenewable source for agroecosystems of which own health state
over time is becoming a focus of global concern. A healthy soil is a harmonious and very …

Surface soil nitrogen (SN) is the main source of plant nutrient uptake, and its dynamic
change is related to forest productivity, ecosystem carbon and nitrogen cycles, and water …

Forestation is a key strategy to mitigate climate change caused by anthropogenic carbon
dioxide emissions. However, the impacts of forestation on soil pH remain unclear, despite …

Soil physicochemical properties can not only reflect ecosystem integrity, land quality and
biogeochemical processes, but also are impacted by diverse land use types formed by …