Manure compost and gypsum amendments revitalize soil quality via aggregation and pore structure in the Yellow River Delta

Characterization and risk assessment of microplastics in greenhouse soil profiles under different ratios of organic manure and chemical fertilizer in Shouguang, China

Bio-cementation boosts organic carbon sequestration in coastal saline soils via aggregation, humification, and chemoautotrophs enrichment.

Formation of soil aggregates is crucial for coastal saline soils, as it improves the physicochemical characteristics of soil, and significantly influences the stability of soil organic carbon (SOC) and soil ecological functions. Applying organic fertilizer is a common way to improve these soils, but its exclusive use o...

SOILS, SEC 3 • REMEDIATION AND MANAGEMENT OF CONTAMINATED OR DEGRADED LANDS • RESEARCH ARTICLE

Plot‑Scale Assessment of Sewage Sludge and Biochar Effects on Soil Properties, Soil Erodibility, and Runoff in Contrasting Textural Soil

Application of compost and gypsum to improve physicochemical properties of saline-sodic soil conditions in Asaita District, Northeastern Ethiopia

Soil salinity and sodicity are important constraints to agricultural productivity in irrigated areas of the Lower Awash Basin, particularly in Asaita District, Northeastern Ethiopia. This study evaluated the effectiveness of biological and chemical-organic reclamation approaches for improving the physicochemical proper...

Linking tillage practices to soil health, crop productivity, and erosion control in maize – wheat rotation

Abstract The suitability of conservation tillage in maize–wheat interrow farming in a young plum orchard in Croatia to control runoff, soil, and element loss under natural rainfall was evaluated. Paired runoff plots (20 m2 size) comparing conventional (ploughing and discing) and conservation (chisel and harrow) tillage...