Climate change

  1. Warming scenario increases rain-on-snow events in Gallatin watershed
    SnowModel simulations project increased rain-on-snow events in the upper Gallatin River watershed, with significant hydrologic implications for streamflow and aquatic ecosystems under future.
  2. Physical activity initiatives may support climate and health goals
    Conceptual framework demonstrating how physical activity initiatives generate co-benefits for climate mitigation, adaptation, and population health through integrated systems-based approaches.
  3. Public support for carbon pricing is persistent in Germany
    Study examines public support for carbon pricing in Germany 2019-2022, revealing that energy costs reduce backing while preferences shift toward social protection over environmental spending.
  4. Review maps links between geopolitical risk and ESG dynamics
    Systematic review of geopolitical risk and ESG dynamics intersection, identifying five thematic clusters and proposing future research agendas for institutional stakeholders.
  5. Climate change reshapes floodplain conservation planning
    Species distribution and hydrological modelling framework for climate-adapted conservation planning of floodplain biodiversity across catchment and reach scales.
  6. Urbanization and growth raised ecological footprints in Morocco
    STIRPAT analysis of Morocco's ecological footprints (1970-2023) reveals urbanization, economic growth, technology, and trade openness as key drivers of environmental degradation using four.
  7. Flood susceptibility in the Kabul River Basin rises toward 2100
    Projection of flood susceptibility in the Kabul River Basin through 2100 integrating climate, population, and land cover dynamics using XGBoost machine learning with high predictive accuracy.
  8. Global green wave shifts north and east
    Study reveals accelerated north-east shift in global green wave trajectory, indicating restructured vegetation phenology and hemispheric productivity changes through 21st century.
  9. Climate explains mean storm activity more than individual storm features
    Machine learning reveals how seasonal climate and synoptic conditions differently control storm activity, with climate trends more strongly affecting storm heat anomalies than intensity.
  10. Arctic extreme weather events have increased sharply
    Seven-decade reanalysis reveals sharp increases and spatial shifts in Arctic bioclimatic extremes—droughts, winter warming and rain-on-snow—signaling novel stressors for cold ecosystems.