GX & Decarbonization Research

Stoécio Malta Ferreira Maia, Crislâny Canuto dos Santos, Lucas T. Greschuk +4

This study provides the first national-scale assessment of how sustainable intensification and restoration of Brazilian pastures can simultaneously enhance beef production and contribute to climate mitigation. Using spatially explicit data,…

Chaoyun Ying, Yue Li, Xuechi Rong +7

This study evaluates the effects of straw management practices (e.g., incorporation, removal) on soil organic carbon fraction dynamics and greenhouse gas (CH4, N2O) emissions in a double-season rice cropping system. Findings suggest that ce…

Hallström E.

This paper analyzes the impact of shifting US dietary patterns on greenhouse gas emissions, suggesting that a transition to healthier diets can reduce emissions from both food production and healthcare systems. It highlights the role of pol…

Kesse-Guyot E.

This modeling study uses data from the French NutriNet-Santé cohort to examine the alignment between reducing greenhouse gas emissions and adherence to the EAT-Lancet diet. It provides quantitative insights into how dietary changes can cont…

Fabio M. Delle Grazie, Laurence Gill

This study assesses ecosystem services of seven turloughs (intermittent karst lakes/wetlands) in western Ireland. Regulating and cultural services, especially flood mitigation, habitat, and ecotourism, are most valuable, with annual values …

S Li, Liang Duan, Slav W. Hermanowicz +6

This critical review examines how climate change affects greenhouse gas emissions from wastewater systems, highlighting feedback loops between temperature, precipitation changes, and emission fluxes. It provides insights for improving emiss…

AcademiansEdu

This paper empirically analyzes the economic and scientific constraints on nature-based climate solutions (NbCS) in the Global South, focusing on the relationship between project readiness and viability. It quantifies barriers to deployment…

AcademiansEdu

This paper explores the potential of nature-based solutions (NbS) for climate mitigation, assessing global pathways, economic viability, and scientific frameworks. It provides insights into how NbS can contribute to climate goals.

Jessica Wan, John Fasullo, Nan Rosenbloom +2

This study simulates marine cloud brightening (MCB) to test its effect on El Niño. Inspired by the 2019-2020 Australian wildfire natural brightening, the authors show that MCB in the southeast Pacific induces a La Niña-like response. When a…

Megbowon E.T.

This paper uses econometric analysis to examine the impact of livestock production on greenhouse gas emissions in South Africa, providing empirical evidence for policy-making.

Mingqian Wang, Yanhai Gan, Feng Gao +1

This study proposes TPFMNet, a probabilistic U-Net framework for year-round Arctic sea ice concentration forecasting. The triple-path fusion module decouples multiscale physical dynamics and estimates spatially adaptive uncertainty. Experim…

Kamran Ahmed, Muhammad Bilal, Mudassir Aziz +2

This study analyzes how landscape context, management intensity, and vegetation heterogeneity shape urban park multifunctionality (cooling, carbon storage, biodiversity, recreation) using data from 60 parks in Chengdu. Spatial regression re…

Arvind Singh, Vinod Prasad Khanduri, Deepa Rawat +6

This study compares carbon stocks in three Himalayan forest types (Deodar, Pine, Mixed) in Garhwal, India. Deodar forests had the highest tree biomass carbon density (230.85–274.85 Mg ha⁻¹), while Mixed forests excelled in soil organic carb…

Yiquan Liu

This study analyzes carbon sink variations in the Beijing-Tianjin-Hebei region using XGBoost and SHAP. GPP and NPP show significant increasing trends with north-high south-low spatial heterogeneity. Relative humidity primarily limits GPP, w…

Guang Zhao, Chao Liang, Liu Z +12

Soil organic matter persistence is crucial for carbon-climate feedbacks, but its relationship with increasing soil carbon is unclear. This study shows that as soil organic carbon increases, its persistence (measured by radiocarbon) declines…

Boominathan Mohanasundaram, Sona Pandey

This review examines the role of mosses in the global carbon cycle, highlighting their contributions to soil carbon storage and primary production, while noting gaps in understanding their responses to climate change.

Jacob Mannhardt, Nicoletta Brazzola, Tim Tröndle +1

This dataset provides input data, source code, and result files to reproduce the findings that both unrealistic expectations and inaction on carbon management lead to carbon overshoots. Authored by researchers at ETH Zurich, it highlights t…

ENGİN TOLGA ÖNDER, Nuray DEMİR

This study examines the impact of crop diversification on climate change mitigation and farm profitability in the southern Marmara region of Turkey. Based on 352 surveys, multinomial probit and regression analyses show that larger farms and…

Tharddheus Mokaya Ogato, Mary Getui, Mwita James

This study examines climate mitigation efforts by the Catholic Church in Kenya's ASALs. Key interventions include tree planting, water conservation, and awareness campaigns, enhancing community resilience but hindered by limited resources a…

Shijie Shu

This study analyzes the continuous global greening (increase in vegetation) under climate change using satellite data. It evaluates long-term trends and the CO2 fertilization effect. While providing foundational climate science, direct appl…