493 papers
This study utilizes panel data from Sub-Saharan Africa (2009–2024) to demonstrate that while global climate commitments reduce carbon emissions, their effectiveness is significantly amplified by strong domestic regulatory capacity, highlighting institutional quality as a critical transmission mechanism for achieving sustainable decarbonization.
This paper presents the IBMS-Framework, a novel sequential dual-agent strategy combining enzyme-induced carbonate precipitation (EICP) with xanthan gum biopolymer that effectively stabilizes fine-grained and tropical soils while eliminating ammonium toxicity, reducing CO2 emissions by 90% compared to cement, and demonstrating scalability through successful field mesocosm trials.
This study utilizes a multi-index remote sensing framework to demonstrate that the severe, prolonged drought in Morocco's semi-arid Tensift basin from 2018 to 2024 caused a marked decline in olive and citrus orchard coverage and yields, highlighting the critical need for enhanced agricultural drought monitoring.
Using a simplified one-dimensional model and Monte Carlo framework, this study reveals that uncertainties in marine carbon dioxide removal estimates are driven by mixed-layer properties in the short term and vertical mixing or deployment depth in the long term, creating persistent decades-long uncertainties that critically impact monitoring and carbon crediting frameworks.
This study investigates the Late Jurassic organic-rich Lam Member in Yemen's Shabwah depression, revealing that elevated organic matter and sulfur levels, supported by specific biomarker and microscopic evidence, indicate a marine depositional environment characterized by anoxic, sulfidic conditions and high bioproductivity driven by a warm climate, which facilitated the accumulation of marine-derived organic matter.
This study on suburban forests in subtropical Australia found that while hot water extractable carbon and nitrogen pools and microbial biomass carbon recovered 9–14 years after prescribed burning, water extractable carbon and nitrogen pools and microbial biomass nitrogen remained unrecovered during the same period.
This study evaluates the spatiotemporal evolution of ecological resilience in the Middle-Reaches Urban Agglomeration of the Yangtze River from 2010 to 2020 and simulates its 2035 trajectory under three development scenarios, revealing that while resilience has generally improved, economic prioritization threatens ecological stability and necessitates optimized spatial planning to balance urban growth with environmental protection.
This study analyzes the increasing interannual trend of tropical cyclone landfalls in Mozambique from 1971 to 2025, revealing that their frequency and timing are significantly driven by large-scale atmospheric moisture convergence and modulated by climate modes such as the Southern Annular Mode and Indian Ocean Dipole.
This study demonstrates that combining 6% corn straw incorporation with 600°C heat treatment significantly reduces soil radon exhalation by 26.3%–34.3% through the transformation of micropores into larger pores and the regularization of pore walls, establishing a critical threshold for effective low-radon soil improvement.
This study demonstrates that in tropical montane Atlantic Forest soils, soil organic carbon (SOC) and cation exchange capacity (CEC) are superior indicators of chemical recovery and resilience compared to conventional fertility metrics, as their restoration-driven increases directly enhance nutrient retention despite persistent soil acidity.