The increasing emission of greenhouse gases such as CO 2, CH 4, and N 2 O from the soil
has become a growing concern globally. To address this issue, biochar has emerged as an …

Landfill gas (LFG) emission is gaining more attention from the scientific fraternity and
policymakers recently due to its threat to the atmosphere and human health of the populace …

Biochar has been used as an environment-friendly enhancer to improve the hydraulic
properties (eg suction and water retention) of soil. However, variations in densities alter the …

Air permeability of soils reflects the ability to allow the passage of air, which is significantly
important to explore related issues in geotechnical, environmental, agricultural, and …

Soil compaction has contrasting effect on soil strength (ie, positive) and vegetation growth
(ie, negative), respectively. Biochar has been utilized mostly in combination with soils in both …

Permeability is a crucial parameter determining methane gas recovery. Hydrate reformation
has a significant impact on reservoir permeability during methane hydrate (MH) exploitation …

The pore structures of carbonate sand (CS)− silt mixtures consist of both intra− particles and
inter− particles pores. A laboratory study was conducted to study the effects of CS content …

Diffusion and adsorption are the key to describe the behavior of gas pollutant species in
engineered clay barrier. In this study, the diffusion and adsorption properties of …

Carbonation is an inevitable reaction during the construction and curing stages of lime-
stabilized earthworks. Both bench-scale and field studies on lime stabilization recognize …

The study on the permeability of methane hydrates in fine quartz sands contributes to the
accurate prediction of gas/water production and can effectively express the characteristics of …