Extensive and progressive rock emergence in karst ecosystems may cause localized
variations in soil biogeochemical and microbial properties, and thus produce nutrient …

Extensive, progressive rock emergence causes localized variations in soil biogeochemical
and microbial properties that may influence the capacity for the regeneration of degraded …

Abstract Knowledge about resource limitation to soil microbes is crucial for understanding
ecosystem functions and processes, and for predicting ecosystem responses to global …

Studying the influence of topography and litter and soil nutrients on soil enzymes and
microbial biomass is important to the understanding of soil nutrient transformation and …

Soil microbial resource limitation is an important indicator of the ecosystem function and
process, especially the response mechanism of the ecosystem under global change. Known …

Biocrusts are ecosystem engineers providing vital functions and services on the Earth's land
surface, while biocrust ecology in degraded karst landscapes has not yet been well …

Rocky desertification is one of the most ecological problems in the karst context. Although
extensive research has been conducted to explore how to restore and protect, the …

Soil micro‐organisms play a key role in soil biogeochemical cycles, but their growth and
activities are often limited by resource availability. Understanding soil processes that are …

Soil microbes are a crucial component of karst ecosystems, and exploring their community
changes during succession can help to elucidate the mechanisms driving succession …

Karst ecosystems are fragile and are in many regions degraded by anthropogenic activities.
Current management of degraded karst areas focuses on aboveground vegetation …