GX & Decarbonization Research

(著者不明)

This paper reports a carbon dot-grafted carbon nitride photocatalyst that improves H2 evolution and selective sulfide oxidation by reducing exciton binding energy, offering a new approach for clean energy production.

Mengning Wang, Xiaoling Zhang, Suoyi Tan +11

This study proposes a method to estimate carbon emissions from human mobility data such as GPS traces. It may contribute to more granular Scope 3 accounting for the transportation sector. No abstract is available, so details are limited.

Seyyed A. Hosseini, Jungang Chen, Andrew Cavanagh +9

This paper reviews a decade of progress in modeling and simulation of geologic carbon storage (CCUS). It highlights improvements in predicting reservoir behavior and risk assessment, emphasizing international collaboration. The work provide…

Sílvia de Juan, Ryan Smazal, Claudio Lo Iacono +8

This study investigates carbon accumulation in Mediterranean rhodolith beds during the Holocene. Sediment thickness up to 3.7 m, organic carbon content average 0.57%, estimated carbon stock 32.04 Mg C ha⁻¹. Results show that rhodolith beds …

Sina Abbasi, Hanieh Hafezniya, Massoud Fekrvand Leil Abadi +2

This study proposes an integrated optimization model for green supply chain network design under heterogeneous carbon regulations (cap and tax). It minimizes cost and emissions while maximizing customer service level, validated through nume…

Hailiang Huang, Qinghua Pang, Chenjun Zhang

China's industrial restructuring (2012-2017) reduced net emissions by 432 Mt, but gains were uneven. Less developed regions like Xinjiang and Ningxia saw increased carbon exposure while eastern provinces improved their carbon-value position…

Cornelius Regelmann, Marlen Brinkord, Joachim Rock +2

This study uses a 200-year forest economic simulation to compare business-as-usual roundwood production with a forest set-aside (carbon farming) scenario in beech-dominated forests. Additional carbon sequestration under set-aside reaches 74…

Zhe H. Weng, Ram C. Dalal, Brian J. REID +8

This study reveals that soil organic carbon loss in subtropical Vertisols is primarily driven by reduced mineral association, not by changes in carbon forms. It provides insights into soil carbon sequestration mechanisms, which are critical…

Shihao Xing, Yuyang Xia, Meng Li +4

This study investigates the effect of reaction temperature (25–130°C) on rheological, carbon sequestration, and mechanical properties of coal-based solid waste backfill materials. Yield stress increases with temperature and exceeds industri…

Md. Mahadi Hasan, Nadiyah M. Alabdallah, Muhammad Waseem +1

This study examines the impact of forest fragmentation on carbon storage, finding that fragment size significantly affects carbon loss. It provides empirical evidence for estimating emissions from land-use change, relevant to carbon account…

Jing Fu, Guojun Xu, Zhihao Yue +8

This study synthesizes a dual-confinement porous carbon@nanosilicon@carbon composite anode via APCVD, improving lithium-ion battery stability. The structure mitigates silicon expansion, potentially extending cycle life.

Yu Zhang, K Yanbo Zhang, Zhenshang Wang +6

This paper proposes a two-stage Nash coordination framework for urban building clusters that integrates power and carbon markets with dynamic carbon accounting and integrated benefit analysis. An empirical study of an office park shows 11.0…

Marco Angiolini, Stefano Forti, Jacopo Soldani +1

This paper proposes design methodologies for reducing carbon emissions in software service operations. It focuses on optimizing energy consumption and visualizing carbon footprints to mitigate environmental impact.

Stephanie S. Erickson, Katsumi Matsumoto

Phytoplankton play a key role in the ocean carbon cycle, affecting atmospheric CO2 levels. This study uses computer modeling to identify where carbon-rich phytoplankton communities live and how they might help mitigate global warming under …

Amy Bennett

This paper suggests that during El Niño events, tropical forests may shift from carbon sinks to carbon sources. It highlights the vulnerability of forest carbon dynamics under climate variability, emphasizing the need for refined global car…

K Wang, Pengfei Sun, Junzhuo Liu +4

Analysis of 1080 rice-paddy sites across China reveals a threshold (~20 g/kg) in soil organic carbon (SOC) that governs biofilm carbon sink responses to warming. Below the threshold, warming increases carbon fixation; above it, fixation dec…

Junjie Hong, Y Anita Li, Zhihao Yue +7

This paper describes the preparation of spherical porous carbon as a precursor for silicon/carbon anodes in lithium-ion batteries and evaluates its electrochemical performance. The porous structure is expected to enhance capacity and cyclin…

Christoph Böhringer, Andre Müller Jan Schneider, Carolyn Fischer +1

This paper provides a systematic sensitivity analysis of border carbon adjustments (BCA) using a large-scale computable general equilibrium model. It examines how BCA design, price responsiveness, and initial heterogeneities across countrie…

Heyuan Wang

This repository implements Carbon Mind, a global spatiotemporal AI system for reconstructing 120-year multiscale changes in the land carbon sink. It includes all analyses and visualizations from the associated manuscript.

Zhongguo Xu, Qiuyi Jiang, Sitian Yang +1

This study identifies institutional bottlenecks hindering blue carbon marketization in developing countries, constructing a five-dimensional framework integrating Complex Adaptive Systems, Coase's Property Rights Theory, and the IAD framewo…