Roughness features (eg, rocks, vegetation, furrows) that shelter or attenuate wind flow over
the soil surface can considerably affect the magnitude and spatial distribution of sediment …

Characterizing airflow and turbulence patterns around real vegetation is essential for
predicting aeolian erosion. However, few studies have explored the airflow field around live …

Air flow around vegetation is crucial for particle transport (eg, dust grains, seeds and
pollens) in atmospheric boundary layer. However, wind acceleration around vegetation is …

Conventional indicators of vegetation, such as kinds of vegetation and lateral cover, assume
spatially homogeneous distribution of vegetation and are insufficient for predicting wind …

为探讨沙化草地斑块状草甸下垫面条件下的风沙侵蚀机制, 将草甸概化为多孔介质,
通过附加源项改进湍流模型, 以期精确表征草甸对来流的干扰作用, 再基于Hesp (2019) …

Wind and sand control are important factors in combating desertification and protecting
oases. An oasis protective system can provide these benefits, but quantitative research on …

Beach users often use a range of strategies to shelter from the wind and blown sand. This
involves building structures made of stacking stones. Different from other portable wind …

A wind tunnel experiment was carried out to characterize the flow surrounding rectangular
prisms of varying permeability, each set mounted on a stationary plane-bed surface and …

La complejidad de los sistemas playa-duna deriva tanto de su condición de frontera física
entre el medio terrestre y marino como de su funcionalidad ambiental, social y económica …