The field practices, including irrigation and fertilization, strongly affect greenhouse gas
emissions and soil nutrient cycling from agriculture. Understanding the underlying …

The dynamics of multiple ecosystem functions (that is, multifunctionality) are closely
associated with biodiversity, often show positive relationships, but the dynamics of the …

Soil aggregate size significantly impacts microbial communities and soil respiration. Soil
total porosity and pH can regulate the distribution of soil bacteria and fungal communities …

Background Loss of biodiversity and increased nutrient inputs are two of the most crucial
anthropogenic factors driving ecosystem change. Although both received considerable …

The contributions of soil microbial diversity for the multifunctionality of ecosystem functions
remain little understood despite the well-known importance of soil microbial communities for …

Microbial biodiversity is crucial for maintaining ecosystem functions. As climate change
progresses at both global and regional scales, there is a need to understand microbial …

Recent works have shown that long-term fertilization has a critical influence on soil microbial
communities; however, the underlying ecological assemblage of microbial community as …

Ecosystem functioning plays a crucial role in maintaining human welfare. Terrestrial
ecosystems provide multiple ecosystem services simultaneously, such as carbon …

Background Rhizodeposits regulate rhizosphere interactions, processes, nutrient and
energy flow, and plant-microbe communication and thus play a vital role in maintaining soil …

Long-term intensive fertilization profoundly alters soil properties including microbial diversity
and co-occurrence associations, but little is known about the relative and combined …