1371 papers
This study reveals that rapid glacier retreat in the European Alps is creating contested socio-ecological frontiers where emerging postglacial habitats increasingly overlap with existing infrastructure and protected areas, exposing a critical governance gap that necessitates anticipatory stewardship to manage competing interests within these newly exposed landscapes.
This study utilizes integrated aeromagnetic derivative filters and depth estimation techniques to delineate the complex subsurface structural architecture of crystalline basement terrains, thereby providing critical insights for mineral exploration, groundwater assessment, hydrocarbon prospecting, and tectonic investigations.
This study utilizes a bias-corrected CMIP6-driven VIC hydrological model and Random Forest analysis to project that the Yiluo River Basin will experience significant warming and altered precipitation patterns from 2031 to 2060, leading to a substantial decrease in annual runoff and a shift in dominant runoff drivers that vary by emission scenario.
This study demonstrates that the geographical location of Bogotá's reservoirs dictates their rainfall regimes and necessitates tailored modeling approaches, where hybrid models combining Fourier series and ARIMA effectively capture the dynamics of the bimodal Northern Aggregate reservoirs while a conventional SARIMA model suits the unimodal Chuza reservoir, thereby providing water managers with robust tools to distinguish between model limitations and extraordinary climatic events like the 2024 El Niño crisis.
This study reveals that a collapse of the Atlantic Meridional Overturning Circulation (AMOC) would trigger a 5.3% global decline in major crop production, disproportionately devastating Northern Hemisphere export hubs and potentially causing a 40% structural spike in global cereal prices due to severe trade network disruptions.
This study analyzes the Danish-German border region to demonstrate that while national borders hinder climate adaptation collaboration, the use of a common language and systemic incentives for cooperation significantly enhance cross-border ties, offering a new framework for understanding joint climate responses.
This study analyzes the statistical characteristics and return periods of extreme rainfall in Iran's Karkheh River Basin, revealing an increasing trend in maximum daily rainfall and estimating that the severe March 2019 floods at Poldokhtar and Nurabad stations had return periods ranging from 70 to 200 years based on Gumbel and Inverse Gamma distributions.
This study utilizes advanced mass spectrometry and toxicity modeling to reveal a diverse spectrum of cyanotoxins in Taihu Lake beyond microcystins, demonstrating that non-microcystin toxins contribute significantly more to the overall toxicity risk than the traditionally monitored microcystins.
This study utilizes Sentinel-1 SAR time series data with VV and VH polarizations to develop a robust, anomaly-based flood detection method that effectively maps inundation and assesses cropland damage in Morocco's Sebou Basin, ultimately informing targeted risk management strategies for the El Gharb plain.
This study reveals that the variability of East Asia's 400-mm hydroclimatic boundary is primarily driven by mid-latitude wave–jet coupling and dynamic moisture advection rather than monsoon intensity, challenging the prevailing paradigm and projecting a persistent southward shift under future greenhouse warming.