Soil bacterial and fungal communities often comprise the “abundant biosphere” and “rare
biosphere”, which co-exist in soil aggregates to form a complex system of inter-species …

Forest ecosystems are important global soil carbon (C) reservoirs, but their capacity to
sequester C is susceptible to climate change factors that alter the quantity and quality of C …

Global warming and increased drought are predicted to alter soil aggregation, biota
composition, and carbon (C) balance. Microbial-derived C, such as microbial necromass C …

Climate change has increased the frequency and intensity of droughts, with potential
impacts on carbon (C) release from soil (ie soil respiration, Rs). Although numerous studies …

Nitrogen application in agroecosystem maintains and improves soil fertility while affecting
organic carbon mineralization (C min). Soil aggregates play a crucial role in soil organic …

Soil aggregation and structural stability play a crucial role in soil organic carbon (SOC)
sequestration. However, the underlying mechanisms of arbuscular mycorrhizal fungi (AMF) …

Long-term droughts can significantly reduce forest productivity due to water deficiency and
associated changes in the availability of soil nutrients. Phosphorus (P) is a critical but limited …

Despite that climate change is currently one of the most pervasive challenges, its effects on
the plant-associated microbiome is still poorly studied. The aim of this study was to evaluate …

Drought can negatively impact agricultural productivity, not only by reducing water
availability for plant growth, but also by disrupting soil microorganisms involved in nutrient …

The biotoxicity and environmental applications of carbon nanomaterials have always been
the focus of research. In this research, functional carbon nanodots (FCNs) show high …