This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 12121–12140 of 17702 papers
Wuyun Wu, Chenghao Zhao, Zhang Chunmin
This study evaluates China's Low-Carbon City Pilot Program on urban land use efficiency using panel data from 285 cities (2007-2023). Applying difference-in-differences, threshold, and spatial models, it finds significant and persistent imp…
Jiayue Sun, Xiaocun Zhang, Fenglai Wang
Based on 538 residential buildings in China, this study compares embodied carbon intensities across low-rise, multi-story, and high-rise buildings, averaging 399, 443, and 450 kgCO2e/m2 respectively. Structural form and seismic fortificatio…
Tianyu Wang, Yanying Wei
This study evaluates the causal effect of China's Low-Carbon City (LCC) pilot policy on energy intensity using staggered difference-in-differences. It finds the policy reduces urban energy intensity by about 15-16%, with effects accumulatin…
Svetlana Revinova, Konstantin Gomonov, Svetlana Ratner +1
This study develops a structured expert-based risk mapping framework for low-carbon hydrogen production, applied to Russia. 21 risk factors are identified and prioritized using probability-impact scoring (ISO 31000). Critical risks include …
Sirangi Bhavani, Meesaraganda L. V. Prasad
This study develops high-strength self-compacting concrete using low-carbon cement, analyzing its strength and microstructure. It demonstrates potential for reducing carbon footprint in construction.
Xiulong He, Zejiong Zhou
This paper examines the theoretical mechanisms and practical pathways through which New-Quality Productivity enables green and low-carbon economic development under China's dual-carbon strategy. It analyzes four mechanisms: technology-drive…
Ilham Ainuddin, Bulan Prabawani, Sudharto P. Hadi +2
This paper reports monitored evidence from the Tawangargo Smart-Eco Farming Village (TAMENG) program in East Java, Indonesia, a CSR-supported community living lab. Two intervention packages were implemented: circular management of horticult…
Yizhe Wang, Yucheng Fan, Fulin Qu +8
This paper explores the use of activated clay as a supplementary cementitious material to produce low-carbon concrete. It investigates material properties and environmental benefits, aiming to provide a sustainable alternative for the const…
Tomasz Smoliński, Dagmara Chmielewska-Śmietanko, Katarzyna Kiegiel
This review examines waste streams from low-carbon energy sources including nuclear, solar, wind, hydropower, and geothermal. It compares waste volumes and types, highlighting that while low-carbon sources produce less total waste than foss…
F. Rahman, Anjali Krushna Kadao, Sunaina Sardana
This study assesses the energy conservation benefits of integrating renewable energy (solar PV and thermal) into a low-carbon urban community. Using a National Pilot Smart City as a case, simulations with HOMERPro and TRNSYS show that the h…
Yuhuan Geng, Shaojun Ji, J Zhang
This study maps low-carbon tourism research using bibliometric analysis of 468 articles (2010-2026). It identifies five research hotspots: basic concepts, carbon accounting methods, emissions factors, tourist behavior, and collaborative gov…
Mingyang Zhang, Y C Zhu, Xiaoxiao Zhang +6
This paper empirically analyzes the psychological barriers and mechanisms hindering the transition to a low-carbon lifestyle in China. It identifies drivers and obstacles to behavioral change, offering insights for policy design.
Devesh Kumar, Surya Prakash, Gunjan Soni +2
This paper proposes a decision-making framework for achieving carbon neutrality in logistics operations by leveraging Industry 4.0 technologies for energy efficiency. It focuses on a theoretical approach without specific empirical data.
Tianjing An, Weihao Xu, Rundong Hu +4
This review systematically examines integrated energy systems (IES) as a pathway to carbon neutrality, covering a five-subsystem framework: production, conversion, transmission, storage, and consumption. It details renewable energy utilizat…
Hrishikesh Upadhyaya, Moirangthem Momocha Singh
This systematic review analyzes the implementation challenges and opportunities of India's Carbon Credit Trading Scheme (CCTS). Key challenges include regulatory uncertainty, inadequate market structure, MRV errors, and industry unpreparedn…
X Wang, Xingyi Tao, Min Bai +2
This paper empirically investigates how green finance policies promote the twin transition (digital and green) using machine learning techniques. Focusing on Chinese cases, it quantitatively evaluates policy impacts and offers insights for …
Ama Sylvie Massa Olloh, Shilpa Kaushal
This review synthesizes evidence that agroforestry systems can sequester 1.12 Pg CO2 equivalent annually globally, holding 2-4 times more carbon than monocropping and increasing soil organic carbon by 34% on average. Despite this potential,…
Pius Gamette, Atta Twumasi Dabone Junior
This study examines the heterogeneous impact of energy transition on inflation across 46 Sub-Saharan African countries (1990-2024) using quantile regression. Renewable energy consumption positively affects CPI at the 50th and 75th quantiles…
Brian Tarroja, Rebecca A M Peer, Christopher Chini
This focus issue examines the impact of physical and natural threats (e.g., extreme weather) on energy infrastructure and strategies for building resilience. It emphasizes proactive planning to ensure future energy systems are both cleaner …
Donald E. Martocello III, Thomas Storwick, Carolyn Buchwald
This perspective discusses a joint industry-academic attempt to develop a carbon credit methodology for macroalgae carbon dioxide removal (CDR). It outlines fundamental science, challenges that prevented completion, and necessary steps incl…
Browse by Topic