2485 papers
This study identifies synoptic-scale meteorological drivers, specifically strengthened low-to-mid-level winds, a surface pressure deficit, and a dominant Libya/North Africa transport pathway, as the primary controls on severe aerosol episodes over Cairo, distinguishing them from local boundary-layer effects.
This study reveals that the unprecedented 2023 wildfire season in northern Canada was driven by a multi-decadal intensification of specific thermodynamic conditions—namely a warm, deeply mixed boundary layer coupled with humid mid-troposphere and dry sub-cloud air—that maximize dry lightning efficiency, a trend projected to increase regional dry lightning potential by 50% by 2100 under high-emissions scenarios.
This study demonstrates that conventional allometric methods significantly underestimate aboveground carbon in UK woodlands by failing to account for the disproportionate contribution of large trees, suggesting that terrestrial LiDAR is a superior tool for accurate carbon mapping and the development of improved size-to-mass models.
This study presents an attribution framework demonstrating that climate change-driven crop yield reductions in rural Burkina Faso have already measurably increased child mortality and farmer out-migration, underscoring the urgent need for ambitious adaptation policies in the Sahel.
This study utilizes Remote Sensing and GIS to analyze the spatio-temporal dynamics of Land Surface Temperature, rainfall, and vegetation in Tamil Nadu between 2015 and 2020, revealing moderate negative correlations between temperature and rainfall and highlighting the effectiveness of geospatial technologies for sustainable environmental management.
This study demonstrates that active restoration of an offshore European flat oyster reef in the German Bight successfully initiated ecosystem recovery within five years, evidenced by steady oyster population growth and significant increases in benthic species richness and abundance, thereby validating its potential for marine protected area management and compensatory measures.
This study demonstrates the efficacy of high-resolution ground magnetic data processing, including Reduction to the Equator, 3D Euler Deconvolution, and Source Parameter Imaging, in delineating shallow, structurally controlled gold mineralization targets within the Itagunmodi area of the Ilesha Schist Belt, Nigeria.
This study analyzes stakeholder perspectives on urban water sustainability in rapidly growing Parramatta, Sydney, revealing that while diverse groups recognize broad sustainability goals, current management is hindered by fragmented governance and infrastructure constraints, necessitating an integrated, place-based approach aligned with global sustainability targets.
This study reveals that accelerating Greenland ice sheet melting drives hemispheric atmospheric circulation shifts that exacerbate Euro-Mediterranean heatwaves, marine heatwaves, and destructive convective storms, a cascading mechanism currently missed by climate models due to their inability to accurately simulate North Atlantic freshening, suggesting future risks are being significantly underestimated.
This study utilizes a combination of OLS, Getis-Ord, and MGWR models to analyze Senegal's malaria incidence from 2000 to 2020, revealing a significant overall decline driven by increased ITN coverage while highlighting persistent southern hotspots and spatially varying climatic and environmental determinants that necessitate geographically targeted control strategies.