493 papers
This study demonstrates that enchytraeids, a type of soil mesofauna, significantly drive the horizontal redistribution of small microplastics away from contamination hotspots, revealing a previously overlooked pathway that complements the known vertical transport mediated by earthworms.
This paper has been withdrawn by its authors due to a lack of full consent from all contributors, and they explicitly request that it not be cited as a reference.
This meta-analysis identifies key factors influencing soil organic odor contamination in Chinese chemical pesticide brownfield sites, revealing that production zones exhibit the highest pollution levels while concentrations are negatively correlated with temperature and soil depth but positively correlated with production duration and pesticide variety diversity.
This study reveals that annual macroalgal blooms in the Gulf of Aqaba trigger a biogeochemical cascade that overwhelms sediment iron buffering, generating toxic sulfidic patches which severely impair *Halophila stipulacea* photosynthesis and threaten seagrass meadow integrity.
This study challenges the assumption that standard climate indices accurately reflect tourist perceptions in cultural heritage settings by demonstrating, through a Nanchang case study, that perceived climate comfort is a contextualized experience shaped by heritage engagement and behavioral adaptation rather than a direct function of objective meteorological conditions.
This paper presents a spatially explicit framework using climate analogues to project the decline of suitable Atlantic salmon farming areas in Tasmania under various warming scenarios, highlighting how jurisdictional boundaries and mitigation efforts critically influence future site viability and the need for strategic offshore expansion.
By integrating 3D structural restoration and fault activity analysis in the Tarim Basin, this study establishes a "structure–geomorphology–fracture" reservoir-controlling model that successfully identified favorable karst blocks and significantly enhanced oil recovery and economic benefits in uplifted areas.
This study analyzes three years of OH nightglow observations to reveal that long-period atmospheric gravity waves in the MLT region are seasonally modulated by background wind filtering, whereas short-period waves exhibit irregular behavior driven by local or in situ sources.
This study analyzes fifteen years of high-altitude meteorological data from Armenia's Aragats station to confirm significant warming and decreasing solar radiation trends while demonstrating that Thunderstorm Ground Enhancements occur preferentially when strong electric fields coincide with low cloud bases, highlighting the site's unique value for investigating complex interactions between climate variability and atmospheric processes.
This mixed-methods study assesses the severe socioeconomic impacts of seasonal floods on livelihoods in Rwanda's Bugarama Valley (2015–2025), revealing significant losses in housing, agriculture, and health while identifying key environmental drivers and recommending integrated infrastructure, regulatory, and agricultural interventions to build community resilience.