1371 papers
This study presents the first regional reconstruction of subglacial topography in the Southern Andes, revealing that the region's retreating glaciers will leave behind over 3,900 potential future lakes capable of storing nearly 300 km³ of water, with significant implications for future freshwater resources and outburst flood hazards.
This mixed-methods study in Ethiopia's Ambessa Chaka Protected Area reveals that proximity to forest boundaries significantly intensifies human-wildlife conflict, causing substantial crop and livestock losses primarily from olive baboons and lions, while identifying education as a key driver of positive conservation attitudes and recommending species-specific deterrents, habitat restoration, and alternative livelihoods to mitigate these challenges.
This study reveals that viral lysis and attenuated microbial degradation synergistically drive the accumulation of recalcitrant dissolved organic carbon in eutrophic reservoirs, establishing these systems as significant emerging hotspots for global carbon sequestration.
This study utilizes Sentinel-2 satellite data and the Normalized Difference Chlorophyll Index to analyze the correlation between chlorophyll-a concentrations and the occurrence of the bioindicator species *Emerita brasiliensis* across four Rio de Janeiro beaches, aiming to advance coastal environmental management by understanding the species' behavior under varying trophic levels.
This study highlights the value of integrating Borana pastoralists' indigenous weather forecasting knowledge with formal scientific systems to enhance community-based early warning mechanisms and improve disaster risk reduction in southern Ethiopia.
This study re-examines hurricane wind decay using flight-level data and concludes that while the radial decay exponent (alpha) varies slightly with storm intensity, fixing it at 0.5 serves as a robust, population-level reference for estimating wind profiles across major and minimal hurricanes.
This paper proposes a computationally efficient 2D spherical atmospheric model based on shallow-water equations to analyze climate sensitivity and its dynamical feedbacks, using typhoon evolution as a case study to bridge the gap between simple energy-balance models and complex 3D general circulation models.
This study utilizes Visual MODFLOW modeling integrated with data from WASA, PMD, and GPS to quantify the groundwater depletion rate in Johar Town, Lahore, at 0.8757 m/year, while identifying hydraulic conductivity as a critical parameter and proposing policy interventions like inverted wells and artificial recharge to mitigate the city's water scarcity.
This study characterizes the spatial variability of soil properties and fertility status along the toposequence of the Workaria watershed in Ethiopia, identifying dominant soil types (Cambisols, Luvisols, and Vertisols) and critical nutrient deficiencies to inform site-specific management strategies for sustainable agriculture and food security.
This study utilizes an integrated trend–topology–directionality framework applied to 44 years of satellite-derived evapotranspiration data to map Iran's hydroclimatic dynamics, revealing a core–periphery network structure and identifying northeastern regions as critical predictive sources to optimize environmental monitoring networks and water resource management.