1482 papers
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.
This bibliometric review of 437 publications from 1996 to 2026 analyzes the thematic evolution, collaboration networks, and emerging gaps in wetland and waterway mitigation research, revealing a shift toward restoration effectiveness and ecosystem-based management while highlighting the need for standardized frameworks and advanced geospatial technologies.
This study utilizes tree-ring chronologies from *Pinus roxburghii* across an elevational gradient in the Lesser Himalayas of Pakistan to demonstrate that March precipitation and temperature are dominant growth drivers, while revealing that elevation modulates the seasonal breadth of climate sensitivity, with upper elevations showing the strongest response to hydroclimatic variability.
This study utilized a custom low-cost sampler and GIS analysis to reveal significant spatial and vertical variability in airborne pollen and fungal spore concentrations across an urban campus in Islamabad, demonstrating that bioaerosol levels are strongly influenced by local land cover, wind patterns, and sampling height.
This study establishes a comprehensive baseline of mammal density, occupancy, and activity patterns in two central Italian sites using camera trapping, providing essential pre-intervention data to guide and evaluate future trophic rewilding efforts.
This study utilizes geophysical data interpretation to develop a deepwater sedimentary model for the Andaman basin, identifying tectonic and stratigraphic features conducive to the generation and accumulation of geologic hydrogen via serpentinization as a potential carbon-neutral energy resource.
This study reveals that the subseasonal predictability of the western North Pacific subtropical high is inherently sign-asymmetric, with positive and negative anomaly events arising from distinct precursor pathways and exhibiting contrasting forecast spreads and sources of predictability.
This study introduces the first observation-based global definition of the water year, demonstrating that aligning the annual start with local hydrological cycles—rather than using an arbitrary calendar date—significantly improves the accuracy of global water-balance analyses and estimates of interannual variability.
This study reveals that the uncontrolled leachate from the Reppe dumpsite in Addis Ababa causes extreme heavy metal contamination in surface water, particularly from cadmium, mercury, and lead, posing a severe ecological risk that far exceeds international safety limits and demands urgent remediation.
This study uses Earth system model simulations to demonstrate that a collapsed West Antarctic Ice Sheet combined with North Atlantic meltwater release during the Last Interglacial explains anomalous climate records and suggests the Antarctic ice sheet could contribute up to ~4 meters to global sea level.