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Methane is a potent, short-lived climate pollutant responsible for nearly 0.5°C of global temperature rise. Though it remains in the atmosphere for about 12 years, its climate impact is 86 times stronger than carbon dioxide over 20 years, making methane mitigation one of the most effective strategies for tackling climate change. The waste sector...

Quantitative monitoring of lake water storage in arid regions is essential for effective management of regional water resources, and can also elucidate the impacts of ecological degradation on lake water storage. This study investigates changes in water storage in Ebinur Lake, Xinjiang, from 2011 to 2024 using field–measured water depth data and...

Fluvial sediment fluxes are reshaping coastal water colour, geomorphology, and ecological processes, yet schemes based on single-river loads or shoreline change may miss land-sea responses. We combine SSC records from 19 river stations across nine Chinese basins (2004-2024) with MODIS reflectance to characterize clearing, brightening, regional...

Changes in land use over space and time are key drivers of water pollution. However, current studies on landuse–water-quality relationships in small watersheds are insufficient to support regional development. Comparative research across large-scale watersheds can better inform water environmental protection, yet such studies remain limited. This...

Coastal wetlands serve as vital ecological buffer zones between marine and terrestrial systems, performing crucial roles in the protection of coastal erosion, wave and tsunami protection, and maintaining ecological functions. However, these important wetlands are increasingly being destroyed and incessantly threatened by human activities. The...

Study Region: The Ebinur Lake Watershed, located in Northwest China, serves as a crucial ecological barrier for the region. Study Focus: Over the past two decades, Ebinur Lake and its surrounding marshes have experienced a significant loss of water area due to excessive human exploitation and encroachment, resulting in severe ecological degradation...

Lakes play a crucial role in supplying water resources, regulating regional climates, and supporting ecosystems. However, they are increasingly threatened by recurrent droughts. This study focuses on the Mu Us Sandy Land, the fourth largest desert in China, and presents an approach that combines machine-learning techniques with a newly constructed...

With accelerating global environmental change, arid ecosystems are entering a destabilized state, exhibiting greater fragmentation, impaired ecological functions, and diminished resilience. However, the systemic thresholds and collapse dynamics underlying these transitions remain poorly understood. This study addresses this gap by proposing a...

China, the world largest emitter of greenhouse gases, committed to realize carbon neutrality before 2060, accordingly, the country’s climate policies have been highly concerned. China’s emissions mitigation measures focused on regulations and financial support in the past. Along with a growing recognition on the advantages of market mechanisms, the...

Urban trees play a crucial role in regulating hydrological processes within urban ecosystems by intercepting rainfall to effectively reduce surface runoff and mitigate urban flooding. Current research lacks a systematic quantification of rainfall interception capacity and its community-level impacts at the urban scale. This study adopts a city...