1447 papers
This study develops and validates a model integrating field measurements, Sentinel-2 satellite data, and SWAT+ simulations to quantify erosion-driven soil organic carbon loss in the tropical Sepaku watershed, revealing that intensified mixed agriculture in the southeastern region causes the most significant carbon depletion due to high anthropogenic pressure.
This study evaluates the climate resilience of Almaty's urban dendroflora by analyzing long-term meteorological trends and assessing 107 tree species, revealing that nearly 80% exhibit high adaptive capacity and identifying foothill areas as optimal habitats to guide future climate-resilient urban planning in Central Asia.
This study demonstrates that a zonal wave train north of the Himalayas is the most critical predictor for the two-day statistical forecasting of bomb cyclones near Japan, with additional but lesser contributions from a southern wave train and low sea level pressure over southeast China.
This study demonstrates that biological soil crusts promote the growth of *Stipa bungeana* in dryland ecosystems by enhancing soil nutrients and enzyme activities, which in turn induce root morphological plasticity and optimize carbon allocation patterns.
This study provides the first systematic year-long assessment in Agra, India, revealing that airborne endotoxin levels in PM10 exhibit strong seasonal variation driven by winter stagnation and bacterial/fungal presence rather than mineral dust, yet pose acceptable non-carcinogenic health risks for all demographic groups.
This quantitative study utilizes statistical analysis to demonstrate that fluid dynamic components—specifically pressure gradients, Coriolis force, sea surface temperature, and ocean circulation—significantly influence weather and climate systems, with ocean circulation identified as the primary driver of global climate regulation through heat redistribution.
This study utilizes multi-proxy analyses, including organic residue analysis and scanning electron microscopy, to demonstrate that millet was a primary dietary staple for medieval frontier communities in Mongolia's Long-Wall System, while highlighting the unresolved question of whether this millet was locally cultivated or externally supplied.
This paper demonstrates that the number of clasts, rather than flow volume or grain size individually, is the fundamental quantity governing rock avalanche mobility by optimizing energy allocation toward translational motion and reducing dissipation.
This study develops a multiscale statistical framework to evaluate Earth-system variability across seven hierarchical recurrence domains, revealing a spectrum of preferred periodicities ranging from ~100 kyr to ~500 Myr that vary by dataset and timescale rather than adhering to a single universal geological clock.
This study introduces R-GeoXNet, a direction-aware relational graph neural network that integrates geochemical and structural data to effectively model anisotropic geological controls, achieving superior performance in regional polymetallic prospectivity mapping within the Lhasa-Woka area of Tibet compared to existing graph-based baselines.