GX & Decarbonization Research

Gökhan Ağaç, Dilruba İZGÜDEN, Havva Ceylan +5

This study quantifies carbon emissions from diagnostic imaging and endoscopic procedures for colorectal cancer in Türkiye, providing evidence to reduce the carbon footprint of healthcare.

N.E. Yıldız, B. Kahveci

This study evaluates carbon storage and air quality on a university campus in Turkey using the I-Tree Canopy model for 2010, 2024, and projected 2038. Results show that expanding tree and shrub cover significantly increases carbon storage a…

Adikant Pradhan, S.K. Nag, T. Chnadrakar +5

This study develops species-specific allometric indicators for trees in mixed agro-forestry systems and quantifies their carbon sequestration potential. By using species-specific allometric equations, more accurate carbon stock estimation i…

Ahmed, Ayesha, Suhrhoff, Tim Jesper, Reinhard, Chris +1

This study identifies an inefficiency in biochar-based carbon dioxide removal (CDR): biochar inherently traps cations and nitrogen, reducing their release to soil water systems. This leads to a CDR inefficiency ranging from 0% to ~40%. The …

Bryony M. Bowman, Sharon Henson, Kathryn North +1

This paper introduces the PACER (Potential Avoidance of Carbon Emissions through Research) framework to assess the future carbon avoidance potential of research projects. It addresses the gap in current carbon calculation tools that cannot …

Prof. N. D. Gaikwad

This paper presents Carbon Footprint EcoSync, a low-cost IoT-based monitoring system for households and small offices in India. It uses an ESP32 microcontroller with voltage, current, and air quality sensors to track electricity consumption…

Yan Li, Xin Zhao, Wanlei Xue +1

This paper designs a low-carbon transformation path for energy systems under China's dual carbon goals, integrating source-grid-load-storage coordination and multi-time-scale technology evolution. It develops the SNES carbon emission predic…

Ao Yu, Qiguo Zang, Jiuliang Liu +2

This paper develops a process-energy-flow-based carbon emission accounting system for steel industrial parks, categorizing sources into fuel combustion, industrial processes, purchased electricity and heat, and carbon-sequestering products.…

Chuyun Wu, Jingwen Bi, Yawen Shen

This study evaluates the cradle-to-gate carbon footprint of three bamboo-based activated carbon pathways (granular, powdered, extruded) using primary data from a 10,000 t/year production line. Internal heat recovery reduces emissions by 73.…

Bassam Maali, Ayman Bader, Amer Morshed +1

This study examines whether integrating carbon costing into activity-based costing improves environmental disclosure quality and reduces carbon intensity among Jordanian listed firms. Using panel data from 12 firms over 2018–2024, two-way f…

Meixin Du

This study analyzes the long-term evolution of carbon sinks (forests, wetlands, etc.) in the Hangzhou city cluster, China, and evaluates the impact of China's dual carbon goals (peak CO2 by 2030, carbon neutrality by 2060) on carbon sequest…

Céline Granjou, Hélène Guillemot, Laure Manach +4

This paper analyzes how the French soil carbon cycling model AMG circulates and transforms among actors in agricultural development, climate research, land-use planning, and carbon markets. It shows that AMG evolves into three distinct carb…

Tonghui Yu, B Dai, Xuan Zhu +4

This study develops a three-dimensional framework based on net carbon emissions, economic contribution, and ecological support coefficients to analyze carbon balance patterns in the Chengdu-Chongqing urban agglomeration. Results show a high…

Yue Liu, Lixin Tian, Boyan Zou +2

This study proposes a multi-source carbon emission monitoring and certification system for carbon-neutral industrial parks. By integrating sensor data and activity data, it enables accurate emission quantification and certification.

Lining Zhang

This paper proposes that the essence of the carbon cycle lies in the inverse balance of oxidation-reduction reactions (carbon balance model). It introduces carbon imbalance and carbon rebalancing patterns, outlining three pathways for imple…

Simangele Sithole, Cornelius Were Okello, Margaret Awuor Owuor

This study provides the first field-based estimates of soil organic carbon stocks in seagrass meadows of Lamu, Kenya, comparing Marine Protected Areas, Locally Managed Marine Areas, and unmanaged sites. SOC stocks were higher in managed are…

Mega Natasha Indah, Kastana Sapanli, Agus Sadelie +2

This study analyzes land cover change and associated CO2 emissions in a blue carbon mangrove forest conservation area in Indonesia. It assesses the contribution of conservation activities to emission reductions, highlighting the importance …

Ricardo Morales-Betancourt, Cristóbal J. Galbán-Malagón, Thalia Montejo-Barato +11

This study measured real-world methane (CH4) and NOx emissions from natural gas cookstoves in 35 homes in Santiago, Chile and 23 in Bogotá, Colombia. Using a mass balance approach, they found that continuous leaks and ignition events contri…

Tri Ngearnlek, Wei‐Ta Fang

This study provides the first harmonized assessment of blue carbon in mangroves and seagrasses across all coastal ASEAN states using a dual-framework approach (probabilistic NECB model and IPCC-aligned national inventory). It estimates regi…

Sarah Lawless, Philippa J. Cohen, Rayhan Dudayev +6

This paper emphasizes the necessity of respecting coastal peoples' land and sea rights in blue carbon projects. As carbon credit trading expands, community participation and consent are crucial.