Plants often associate with specialized decomposer communities that increase plant litter
breakdown, a phenomenon that is known as the 'home‐field advantage'(HFA). Although the …

Wetland is a transitional area where terrestrial ecosystems and aquatic ecosystems interact
and influence each other, and it is an important ecosystem on the Earth's surface. Due to the …

Most studies focusing on plant-soil feedbacks (PSFs) have considered direct interactions
between plants, abiotic conditions (eg, soil nutrients) and rhizosphere communities (eg …

Climate change-induced alterations in precipitation regimes can substantially impact litter
decomposition and consequently affect carbon (C) and nutrient cycling in terrestrial …

Home-field advantage (HFA) predicts that litter decomposes faster under its derived plant
species. Growing evidence suggests that HFA depends on litter chemical traits and the …

Plant invaders often exhibit substantially higher productivity than the communities they
replace. However, little is known about interactions among invaders and microbial …

Soil microorganisms could obtain energy and nutrients during litter decomposition with the
help of soil extracellular enzymes. The litter types were among the most critical factors that …

Increasing evidence suggests that specific interactions between microbial decomposers and
plant litter, named home‐field advantage (HFA), influence litter breakdown. However, we still …

There is increasing concern regarding how plant diversity affects litter decomposition.
However, few experiments have simultaneously investigated the independent effects of litter …

Litter decomposition is a fundamental process influencing carbon dynamics and nutrient
cycling in terrestrial ecosystems. In the 20th century, it was commonly accepted that climate …