GX & Decarbonization Research

Jiwei Shen, Dakang Wang

A global 2km×2km methane concentration dataset (TRCH4S V1.0) derived from TROPOMI satellite data. Validated against TCCON and GOSAT, it shows high accuracy and resolves plume structures from super-emitters like oil and gas fields better tha…

Sarah C. Klopatek, Logan R. Thompson, Sara E. Place +1

This paper develops a methodology for livestock companies to dual-report GWP* and GWP100 in their GHG inventories, addressing the limitations of GWP100 for short-lived climate pollutants. The 'shadow company' technique enables GWP* calculat…

Dima Farra, Nicolaj Ingemann Nielsen, You Chang +5

This review analyzes factors affecting comparability of farm-level GHG estimates in dairy systems. Based on 91 studies, it finds that variation stems mainly from system boundaries, functional units, allocation procedures, upstream coverage,…

Nerine Botma, Susanna L. Middelberg

This study evaluates GHG disclosure by six JSE-listed food producers using a GRI 305-based coding index. Most companies disclosed Scope 1 and location-based Scope 2 emissions, but Scope 3 disclosure was minimal and key methodological detail…

Ruohan Li, Wenying Sun, Yuepeng Deng +4

This study demonstrates that coupling snorkel and biochar in bioretention systems enhances organic matter and nitrogen removal while mitigating greenhouse gas emissions through spatial redox regulation. The technology offers potential for r…

P. S. Ermakova, S. N. Nikulina, I. K. Belova

A parametric model for estimating annual carbon budget in temperate terrestrial photoautotrophic ecosystems is proposed, separating GPP and respiration to compute NEP. GPP parameterization accounts for PAR, temperature, VPD, and CO2. It ser…

Aleksi Isoaho, Milla Niiranen, Eveliina Väyrynen +2

Developed a method to upscale chamber-measured GHG emissions from rewetted peat extraction sites using drone and satellite imagery. Classified surface types with random forest and predicted %-covers with XGBoost on Sentinel-2 data. Fluxes v…

Hongqiao Chen, Chunlin Song, Genxu Wang +10

This study estimates that cryosphere-influenced reservoirs emit 56.7 Tg CO2 eq/yr, disproportionately high CO2 and N2O despite covering <10% of global reservoir area. Emissions increased by 0.31 Tg CO2 eq/yr from 2000-2020 due to climate wa…

Giulia Ulpiani, Quirina Rodriguez Mendez, Valeria Todeschi +6

This paper argues that cities need robust carbon dioxide removal (CDR) strategies, not just emission reductions, to meet net-zero targets. It analyzes city-specific CDR opportunities and challenges, offering recommendations for policymakers…

Hamza Akram, Jinchao Li, Muhammad Ashar Asdullah +2

This study analyzes the impact of energy vulnerability (EV) on CO2 emissions, ecological footprint, and load capacity factor using panel data from 40 countries (1990-2024). It finds that energy transition, R&D, and environmental policy stri…

Cheshta Grover, Ram Ranjan

This study analyzes the impact of the EU CBAM on India's energy-intensive, trade-exposed industries and evaluates whether a domestic ETS can mitigate risks. Using stochastic frontier analysis, it estimates marginal abatement costs ranging f…

Hulkar Abdusalomova, Azizbek Kamolov, Zafar Turakulov +7

This paper examines campus-wide decarbonization and sustainability transition in Central Asia, using the Tashkent Institute of Chemical Technology as a case study. It proposes a whole-system approach involving energy efficiency, renewable e…

Xiaojia Tang, Kehan Wang, Siyuan Xu +6

This paper conducts a life cycle 3E (environmental, energy, economic) assessment of amine-based onboard carbon capture systems for ships, proposing a method to select optimal solvents. It provides quantitative evidence for technology choice…

Gaoxin Guo, Peng Wang

This article analyzes regulatory overlap between the EU Maritime ETS and the IMO Net-Zero Framework in international shipping decarbonization. It identifies normative, cost, and procedural overlaps, and proposes a two-level coordination pat…

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This paper assesses decarbonization pathways and mitigation potential for the steel sector in Southeast Asia, providing quantitative insights into emission reduction possibilities and implications for policy and industry.

Tae Yong Jung, Yoonha Lee, Hyunkyung Joo +2

This paper assesses decarbonization pathways and mitigation potential for the steel sector in Southeast Asia, addressing region-specific challenges and proposing technology and policy options for a sustainable transition.

(著者不明)

This paper assesses decarbonization pathways and mitigation potential for the steel sector in Southeast Asia, analyzing region-specific technology and policy options. It highlights emission reduction possibilities and enabling conditions, o…

(著者不明)

This review introduces a study assessing decarbonization pathways and mitigation potential for the steel sector in Southeast Asia. It analyzes technical and economic feasibility of emission reduction measures, highlighting regional challeng…

Oliver Ibor Inah, Prosper Zanu Sotenga, Udochukwu Bola Akuru

This study identifies optimal decarbonization pathways for South Africa's 2030 NDC target (420 MtCO2) using a Decay-LP-GA framework and Pareto analysis. It finds that front-loaded efficiency gains followed by accelerated coal phase-out achi…

Ilaria Perissi, Davide Natalini, Enric Alcover +1

This study links a system dynamics-based integrated assessment model (pymedeas) with an agent-based electricity market model (TaxvsETS ABM) to compare carbon taxes and emissions trading under realistic EU decarbonisation pathways. Results s…