As one of the countries with the highest desertification in the world, sand ecological
restoration and management have been given great attention in China. However, a …

It is globally accepted that soil carbon (C) dynamics are at the core of interlinked
environmental problems, deteriorating soil quality and changing climate. Its management …

Increasing the frequency and magnitude of wet-dry cycles can fundamentally affect soil
carbon (C) turnover. However, the response of soil respiration to intense wet-dry cycles in …

Urbanization at an unprecedented rate has modified and altered different components (such
as soil, water and air) of an ecosystem. An urban ecosystem is the most heterogeneous …

Several alternative amendments like organic manure and biochar have been proposed for
revitalizing the degrading soil viability and fertility for sustainable agriculture, globally …

Climate change has a discernible influence on rainfall patterns, thus potentially affecting the
intricate dynamics of soil respiration (Rs) and soil carbon storage. However, we still lack a …

Urban ecosystems, the heterogeneous and rapidly changing landscape, showed a
considerable impact on the global C cycle. However, studies encompassing the spatial …

Rainfall events have profound influence on the soil carbon release in different forest
ecosystems. However, seasonal variations in soil respiration (RS) response to rainfall …

This is a study of long-term impact of agricultural land-uses on soil organic carbon (SOC)
sequestration, its depth-wise distribution among some selected carbon pools, and their …

Coastal wetlands are considered as a significant sink of global carbon due to their
tremendous organic carbon storage. Coastal CO2 and CH4 flux rates play an important role …