Wind-driven sand erosion is the leading primary reason of earth deterioration in dry lands
and a major global issue. Desert dust emissions and topsoil degradation caused by wind …

Wind-induced soil erosion is a major global misfortune, which obliterates nearly one-third of
worldwide soil. The windswept sand particles cover large areas including highways, and …

The performance of an environmentally friendly biopolymer synthesised from secondary
resources to overcome the wind erosion of sandy soil was investigated in this study. The …

The desertification is a serious threat that affects the sustainable agriculture, ecosystem, and
economic progress of society. There is an urgent need for an environment friendly, cost …

This study investigates the durability of biocemented sand crust under environmental
stresses for wind erosion control. The crusts were created through microbial precipitation of …

This paper examines biocementation via the microbial-induced carbonate precipitation
(MICP) process as an appropriate and promising new technology for stabilisation of loose …

Dust control and air quality are major environmental concerns, especially in arid regions.
Several techniques have been developed in the past to control dust; however, several …

This study investigates soil stabilization through two soil strengthening techniques,
specifically; Bio-cementation through Microbial induced calcite precipitation (MICP) and Bio …

A study was conducted to stabilize An Nafud desert sand against wind-induced erosion
employing enzyme-induced carbonate precipitation (EICP) assisted by a sodium alginate …

Biopolymer treatment of geomaterials to develop sustainable geotechnical systems is an
important step towards the reduction of global warming. The cutting edge technology of …