2365 papers
This study introduces a computationally efficient moving-window Parasnis approach that extends classical gravity–topography analysis to generate spatially distributed empirical density maps, enabling the identification of near-surface mass contrasts in both synthetic models and real-world data from northern Brazil.
Isotopic analysis of the Hallstatt period cemetery at Modřice reveals that lavishly buried, non-local elite female "priestesses" in a distinct burial district exhibited unusually low animal protein consumption, suggesting a deliberate, ritualistic dietary restriction potentially linked to their religious roles and origins in South-Eastern Pre-Alpine areas.
This study of eight Brazilian semiarid reservoirs reveals that while prolonged droughts drive short-term fluctuations, damming exerts only minor long-term net effects on most water quality parameters but significantly increases inorganic nitrogen, suspended solids, dissolved oxygen, turbidity, and chlorophyll-a due to preferential phosphorus retention and inadequate sanitation infrastructure, rather than functioning as effective treatment systems.
This study characterizes the seasonal distribution, diversity, and abundance of macrobenthic fauna across three distinct habitats along the south-eastern coast of Bangladesh, revealing that dissolved oxygen, salinity, organic carbon, and silt content are the primary environmental drivers shaping community structure.
This study demonstrates that hydroxyapatite provides a stable, long-term reduction in lead mobility in acidic brown soils without requiring liming, whereas biochar offers only a temporally unstable effect and limited structural benefits.
This study in eastern Amazonia reveals that while six-year-old *Mimosa caesalpiniifolia* improved fallows significantly alter soil arthropod communities by reducing the abundance of surface Hymenoptera and Araneae compared to spontaneous secondary forests, subsequent nutrient management during rice cultivation has only weak effects on these invertebrate populations.
This study employs a mixed-methods approach in northeastern Bangladesh to demonstrate that climate-induced loss and damage, rather than pre-existing poverty, is the primary driver of displacement in haor communities, which subsequently precipitates a sharp rise in extreme poverty and significantly increases vulnerability to human trafficking through deceptive recruitment, debt bondage, and child marriage.
This study critiques the conceptual fragmentation and decision-orientation gaps in Global South urban climate resilience research through a PRISMA-guided review of 71 publications, identifying structural flaws like technocratic reductionism and the marginalization of local knowledge, while proposing a reconceptualized, ethically charged framework with specific governance levers and decision metrics to enable more actionable and equitable adaptive performance.
This study employs a Bayesian peaks-over-threshold framework to demonstrate that humid-heat extremes in the Arabian Peninsula are driven by a nonlinear combination of local sea-surface warming and remote climate variability, particularly La Niña events which can nearly quadruple the likelihood of dangerous wet-bulb temperature exceedances in populous coastal cities.
Based on 27 years of satellite data, this study reveals that climate-driven changes in ocean warming, sea ice, and mixed layer dynamics are causing widespread reorganization of global phytoplankton bloom phenology, a trend that current Earth System models fail to accurately reproduce.