Biocrusts play crucial roles in hydrological processes by controlling soil water availability
and regulating water redistribution from source to sink areas. Most studies have examined …

The adaptation of plants to particular soil types has long intrigued biologists. Gypsum soils
occupy large areas in many regions of the world and host a striking biological diversity, but …

Abstract Biological Soil Crusts (BSCs) represent an important part of the living cover in
drylands worldwide. BCSs change soil hydrology due to extracellular polymeric substances …

The complex interactions between biocrust properties and rainfall characteristics give rise to
partitioning of infiltration and runoff. In this review we examine primary mechanisms for …

Land degradation by erosion is especially important in drylands, which are among the most
vulnerable to disturbance by human activity or climate change. Biocrusts are an essential …

Biocrust effects on soil water infiltration and hydropedological processes have attracted
increasing attention in dryland ecosystems, but are nevertheless subjected to great …

Soil erodibility is an indispensable parameter for predicting soil erosion and evaluating the
benefits of soil and water conservation. Slope situation can alter revegetation and its effects …

Biological soil crusts (BSCs) are complex consortia of microorganisms able to modify soil
physical, chemical, and hydrological characteristics and influence soil erosion resistance …

Biocrusts and vascular plants interact on many levels. The nature and consequences of
these interactions vary with biocrust and plant characteristics and environmental conditions …

Biocrusts exert a strong influence on hydrological processes in drylands by modifying
numerous soil properties that affect water retention and movement in soils. Yet, their role in …