471 papers
This study demonstrates that extrapolating coastal photochemical rates to the open ocean is unreliable due to significant nonlinear relationships and high variability in carbon monoxide photoproduction, highlighting the urgent need for diverse marine measurements to accurately constrain global photochemical carbon fluxes.
This PRISMA-based systematic review synthesizes 25 studies to demonstrate how integrating Earth observation, geospatial intelligence, and energy storage technologies can optimize renewable-powered resilient energy systems, while identifying a critical research gap in unifying geospatial evidence, lifecycle assessment, and justice-oriented policy within a single decision framework.
This meta-analysis reveals that invasive species leave persistent biological and biogeochemical legacies long after removal, with effects varying by species identity and time, while highlighting critical research gaps regarding structural impacts and animal-mediated legacies.
This study presents a global assessment of flood expansion across 139 river basins from 1984 to 2021, revealing that urbanization is the dominant driver in 57% of basins and identifying critical socioeconomic vulnerability thresholds that guide priority adaptation strategies.
This study demonstrates that slow and fast earthquakes represent end-members of a continuous fault slip spectrum governed by elastodynamic interactions, revealing a unified physical mechanism where energy partitioning shifts systematically from acoustic swarms in slow slip to high-amplitude bursts in fast rupture.
This study analyzes the 2023 Lahaina wildfire's evacuation failures for vulnerable populations by identifying critical deficiencies in infrastructure and regulatory compliance, ultimately proposing an Accessible Wildfire Evacuation Model that integrates Universal Design principles with key building and fire codes to enhance equitable disaster resilience.
This study reveals that hot drought severity across 30 major global river basins is driven not only by regional mean land-atmospheric feedbacks but also by the spatial coherence of soil drying and inter-basin propagation, with these scale-dependent mechanisms explaining up to 32% of severity and showing a shift toward soil-moisture-driven intensification in subtropical regions.
This study introduces perceivable landscape connectivity (PLC) to analyze how the spatial arrangement of urban nature, distinct from mere green space quantity, relates to cardiometabolic health and life satisfaction across seven Korean cities, revealing that while most beneficial configuration effects are intertwined with socioeconomic advantage, specific aspects like built-fabric contiguity and water aggregation independently support walking and well-being, particularly among older adults.
This study validates modified statistical and optimization-based methods, specifically the Modified Normalized Kruskal–Wallis and Modified Normalized Spotted Hyena Optimization approaches, for accurately characterizing pore-network heterogeneity and predicting permeability in Permo–Triassic Khuff carbonate reservoirs through robust fractal dimension analysis.
This study analyzes 24 years of data (2000–2024) to reveal that the Pantanal biome and the city of Cáceres are experiencing a critical new microclimatic scenario characterized by synergistic warming, drying, and severe particulate pollution that threatens both ecological integrity and public health.