2455 papers
This study reveals that microcystin concentrations in Yanghe Reservoir peaked in summer and exceeded WHO safety limits, with dissolved toxin levels preceding intracellular maxima and correlating positively with phosphorus and chlorophyll-a, thereby highlighting severe public health risks and the need for targeted nutrient control and enhanced monitoring.
Using county-level data from 1,943 Chinese regions (2012–2022), this study reveals that while national ecological and industrial revitalization coordination has improved modestly, significant spatial trade-offs persist in western counties, underscoring the necessity of spatially differentiated policies to achieve sustainable rural development through coordinated rather than single-objective pathways.
This paper presents a physically based, operative framework for quantifying landslide-triggered lake tsunami risks to shoreline populations using progressive levels of approximation, illustrated through a case study of Lake Iseo in northern Italy to bridge the gap between scientific research and practical decision-making.
By integrating tower-based photography with National Ecological Observatory Network airborne LiDAR and imaging spectroscopy across multiple U.S. sites, this study provides cross-site evidence that tree crown architectural traits are coordinated and linked to crown-scale reflectance, thereby supporting the testing of tree crown economic theory at the individual tree level.
This study utilizes integrated meta surface-assisted electromagnetic and magnetic processing techniques on the EMAG-2 dataset to characterize the complex tectonic features, volcanic basement, and intraplate deformation mechanisms within the Central Indian Ocean Basin south of Sri Lanka.
This study demonstrates that a low-cost, unmodified rice husk biochar filter can achieve up to 100% removal of microplastics from raw water at a drinking-water depot in Aceh Besar, Indonesia, with removal efficiency increasing significantly as the biochar bed depth increases.
This study utilizes multi-decadal Landsat satellite data, land-surface indices, and regional climate projections to characterize the spatial persistence of surface urban heat islands in the Skopje Valley, revealing that recurrent thermal hotspots align with urbanized areas and that future warming trends necessitate climate-responsive urban planning.
This study demonstrates that the choice of planetary boundary layer scheme in 4-km resolution climate simulations over southeastern Australia significantly influences seasonal temperature and precipitation biases, with the ACM2 scheme producing a warmer, drier climate than MYNN2 through a self-reinforcing land–atmosphere feedback loop involving enhanced turbulent mixing, reduced humidity, and increased surface heating.
This study reveals that under global warming, weakened coupling between the lower-free-troposphere and boundary layer, driven by mid-tropospheric moistening and an upward-shifted ascent profile, dampens the amplification of ENSO-related surface wind-stress feedbacks despite stronger lower-tropospheric wind responses.
This study reconstructs the 330-year history of mercury and lead pollution in Lake Estanya, revealing that while industrial emission reductions have successfully lowered recent accumulation rates, the lake's recovery remains delayed by the persistent recycling of legacy contaminants stored in the catchment system.