Greenhouse gas emissions and control measures for constructed wetland: A systematic review.

Climate and soil nutrients control the geographical variations in anaerobic CH4 and CO2 emissions from coastal salt marshes.

Health system resilience and the health impacts of environmental degradation: A global analysis.

Stewardship of Intravenous Fluids During Shortage and Beyond.

Unveiling and interpreting the relationships among multi-pollutant emission factors in municipal solid waste incineration by machine learning.

Effects of functional microorganisms and environmental factors on CO2 and CH4 emissions in a typical floodplain lake system.

Assessing the feasibility and environmental benefits of electrifying construction machinery in Beijing, China.

Enhancement of pozzolanic reactivity of waste autoclaved aerated concrete via CO2 aqueous carbonation: technical and environmental benefits.

Rainfall shapes CO₂ emission and dissolved organic matter dynamics in a karst catchment: Controlling factors revealed by isotopic and molecular signatures.

Labor's share of income, income inequality, and CO2 emissions in the world's electricity sector

Unemployment, GDP, and CO₂ emissions: new theoretical foundations and mathematical tools for the analysis of the Environmental Phillips curve

Disease outbreaks substantially enhance greenhouse gas emissions from Asian seabass (Lates calcarifer) aquaculture pond.

Integrated and managed grasses shape soil pore networks and carbon processes in tropical agroecosystems: Insights from synchrotron X-ray tomography.

The methanol oxidation reaction (MOR) is a key anodic process in sustainable energy conversion and the synthesis of value-added chemicals. While noble metals such as Pt and Pd exhibit high catalytic activity, their practical use is limited by high cost, poor stability in alkaline media, and the generation of pollutant gaseous byproducts. In contrast, transition metal phosphides (TMPs) have emerged as promising alternatives due to their tunable composition, strong resistance to catalyst poisoning, chemical robustness under alkaline conditions, and high selectivity for liquid formate, a valuable chemical with a current market price exceeding that of methanol. Although TMPs were initially studied as promoters for noble metal catalysts, recent research has shifted toward evaluating their performance as standalone catalysts for MOR. These systems typically require higher operating potentials (above 1.4 V vs. RHE) compared to noble-metal-based catalysts (0.8-1.1 V vs. RHE) but offer the advantage of avoiding CO and CO2 emissions while maintaining high selectivity toward formate. A central challenge in comparing TMPs to noble metal systems stems from inconsistent data normalization practices in the literature: activity is often reported per mass of noble metal, rather than per total catalyst mass. When normalized to the total mass, TMP-based systems may exhibit comparable or even superior mass activity, suggesting their viability despite the higher required potential. Research to date has focused largely on Ni- and Co-based TMPs, while Fe- and Mo-based variants, although efficient in combination with noble metals, remain underexplored as independent catalytic materials and warrant further investigation.

Assessing the co-benefits of reductions in mobile-source CO2 and pollutant emissions for urban air qualityand public health.

Land suitability and environmental benefit assessment for wind-solar integrated development: A case study of Inner Mongolia, China.

Evaluation of chitosan-coated liposome drying methods using freeze-drying, vacuum microwave drying, and spray drying: Physicochemical properties, energy efficiency, and CO2 emissions

The link between GDP, FDI, inflation, trade openness, CO2 emissions, and renewable energy in the Czech Republic: New evidence from the ARDL method

Investigating the interrelationship among renewable energy consumption, green finance, agriculture, green technology, industry, and urbanization on CO2 Emissions: Evidence from BRICS-M-A countries

Relationship between CO2 emissions and energy consumption sub-types under impact of AI-related patents and energy-related R&D investments: Evidence from the USA by novel quantile-based methods