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Global environmental degradation resulting from unsustainable human activities has become a critical development challenge in the 21st century. The Didessa watershed in southwestern Ethiopia, a region dominated by subsis...

The expanding deployment of biodegradable mulch films in global agriculture aims to mitigate persistent plastic pollution, yet the fate of resulting biodegradable microplastics (BMPs) in soil ecosystems remains poorly ch...

Soil is a living, finite resource that shapes chemical fate, microbial ecology, nutrient supply, and climate regulation, yet environmental science and policy often treat it as an inert substrate. Approximately one-third ...

Reversing the effects of agricultural resource degradation – and its implications for ecosystem services (ESS) – require targeted policy action. Comprehensive and consistent estimates of the magnitudes and monetary v...

Methane emissions and chemical pollutants often co-occur in natural and engineered environments, contributing to ecosystem degradation. Microorganisms play key roles in regulating these processes through methane oxidatio...

The accumulation of polyethylene (PE) mulch films in agricultural soils represents a persistent environmental challenge. This study aimed to construct and evaluate efficient microbial consortia for PE biodegradation and ...

Soil erosion is a major environmental concern that affects land productivity and water quality. Although soil erosion is a serious global environmental challenge, understanding its potential influence in the Bardha Water...

The convergence of geopolitical instability and climate-related shocks has intensified the need for resilient food systems grounded in the regenerative principles of the Circular Economy (CE) while advancing the United N...

Soilless cultivation systems such as hydroponics rely on continuous and accurate monitoring of physicochemical parameters to maintain optimal plant growth conditions. In practice, however, hydroponic operations are const...

The purpose of this study was to assess hydrological controls (e.g., rainfall, irrigation practices, river discharge, dam operation, evaporation) on surface (SW)- ground water (GW) interactions in an irrigated valley wit...

This study proposes a two-level stacking machine learning approach for predicting rainfall erosivity (Rm) in Taiwan, providing a flexible alternative to traditional empirical methods. Conventional models rely on limited ...

China's karst ecosystems represent a global hotspot of rocky desertification and ecological vulnerability, posing significant challenges for balancing ecological preservation with socioeconomic development. However, pers...

Post-transcriptional control of gene expression allows plants to rapidly adapt to changes in their environment. Under low nitrogen conditions, legume plants engage into a symbiosis with soil bacteria that results in the ...