2353 papers
This study characterizes the wave climate and atmospheric forcing of the Brazilian Equatorial Margin using WAVERYS reanalysis and buoy data to identify six distinct, seasonally varying wave regimes driven by a combination of remote Atlantic swell, local trade winds, and specific atmospheric pressure anomalies.
This study reveals that in subtropical red-soil critical zones, agricultural arsenic pollution is not confined to surface layers but migrates downward to accumulate predominantly in deep, iron-oxide-rich reticulate red clay horizons, challenging the misconception that such contaminants are primarily eroded into oceans.
This study employs information-theoretic measures to demonstrate that the extent of temporal dependence removed from the Türkiye earthquake catalogue varies significantly across declustering algorithms, with the Reasenberg method retaining more short-term predictability than the Gardner-Knopoff and Deniz-Yücemen methods.
This study employs a reduced stochastic model derived from daily observations to demonstrate that nonlinear deterministic drift, rather than state-dependent noise, is the primary mechanism driving ENSO asymmetry, a finding that also explains intermodel differences in CMIP6 simulations through variations in effective SST damping.
This study demonstrates that integrating particle tracking with groundwater-flow modeling and budget analysis reveals how long-term groundwater migration pathways evolve over centuries as hydraulic gradients dissipate, providing critical insights into connectivity, travel times, and environmental risks that water-level data alone cannot capture.
This study characterizes the geomorphological and socio-ecological dynamics of the Mouths of Cameroon by integrating multi-temporal remote sensing and field data to reveal how the interplay between natural coastal processes and intensifying human pressures, such as urbanization and land-use change, drives shoreline instability and environmental degradation across the estuary and its adjacent watersheds.
This study reveals that despite climate change concerns, the 2023 Arctic spring bloom in Kongsfjorden followed a typical trophic succession driven primarily by nutrient depletion and grazing pressure rather than temperature, highlighting the need for higher-resolution monitoring to fully understand polar ecosystem responses.
This study evaluates the sensitivity of cost-optimal PV-battery mini-grid designs for three Sahelian sites to meteorological data errors, revealing that while wind resources are negligible and sunshine data quality significantly impacts sizing, the resulting designs remain robust to typical reanalysis-level irradiance uncertainties.
This study demonstrates that low-frequency solar activity indirectly influences Spanish cereal yields from 1961 to 2021 not through direct biophysical effects, but by weakly modulating winter North Atlantic Oscillation patterns, which subsequently alter Mediterranean precipitation and soil moisture with a three-year lag to drive interannual yield variability.
This study reveals how climate change and environmental degradation threaten the traditional medicinal knowledge of India's Cholanaickan PVTG while highlighting their resilience and the urgent need to integrate Indigenous practices into climate adaptation policies.