2353 papers
This study utilizes a multi-sensor remote sensing and reanalysis framework to demonstrate that the Siachen Glacier system maintained relative footprint stability consistent with the Karakoram Anomaly between 2018 and 2025, while successfully identifying discrete short-term hydro-thermal forcing anomalies.
This study resolves the discrepancy between observed declining and projected increasing tropical cyclone inner-core rain rates by demonstrating that recent weak warming allowed stability and intensity changes to suppress rainfall, whereas stronger warming in models enables moisture-driven increases to dominate.
This study in Mzumbe Ward, Tanzania, reveals a strong positive correlation between water security and sanitation practices in primary schools, highlighting that water unreliability and inadequacy significantly compromise hygiene, thereby necessitating infrastructure improvements, better maintenance systems, and comprehensive hygiene education.
This systematic review synthesizes evidence demonstrating that climate variability, acting in concert with anthropogenic pressures, is significantly threatening Bangladesh's inland and coastal fish diversity by altering habitats and disrupting ecological processes, while highlighting critical knowledge gaps regarding less-studied migratory species and the urgent need for integrated, climate-resilient management strategies.
This paper presents two comprehensive, standardized datasets of white stork egg parameters—including morphology, shell thickness, and chemical composition—collected across multiple European and North African sites to facilitate research on spatial and temporal variations in reproductive traits and environmental exposure.
This study assesses the phenological responses of five dryland tree species in South Omo, Ethiopia, to climatic variability, revealing complex seasonal cycles, reproductive synchrony, and climate-induced flower and fruit abortion that align with local community observations.
Through 24 three-dimensional mantle circulation models, this study proposes a "superpile cycle" hypothesis demonstrating that the assembly and breakup of supercontinents drive a cyclical reorganization of basal mantle structures (LLSVPs), alternating between stable antipodal piles and transient, widespread plume activity during dispersal.
This study documents the diversity, distribution, and conservation status of 881 angiosperm species across 18 Ramsar sites in the Indo-Gangetic Plains, revealing a dominance of herbaceous dicots and highlighting the presence of several threatened and extinct-in-the-wild taxa.
This study challenges the assumption that ecosystem restoration uniformly reduces zoonotic disease risk by demonstrating through simulations that vector-borne diseases often experience transitional risk amplification during partial recovery, thereby highlighting the critical need to integrate disease-specific surveillance and sustained funding into restoration planning to secure health co-benefits.
This study reveals that hydrological seasonality in the Dongjiang River Basin drives distinct shifts in dissolved organic matter composition and sources, where wet-season runoff and microbial activity enrich autochthonous components while dry-season reduced dilution amplifies industrial pollution signatures, with specific fluorescent components serving as seasonal indicators for non-point and point-source inputs respectively.