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

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 …

Abstract Knowledge about resource limitations faced by soil microorganisms is crucial for
understanding ecosystem functions and processes. In recent decades, vegetation …

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

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 …

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

Bacterial communities play key roles in maintaining ecosystem multifunctionality. With
increasing land use intensity, soil biogeochemical and microbial characteristics change …

The mechanism of vegetation restoration on degraded karst regions has been a research
focus of soil science and ecology for the last decade. In an attempt to preferably interpret the …

The interaction between soil property and soil microbial community in karst area still remains
an open question. The characteristics of soil physicochemical properties and microbial …

Soil microbial resource-acquisition strategies play a crucial role in soil nutrient cycling and
the accumulation of soil organic carbon (SOC) in vegetation restoration. Despite the growing …