GECS Journal Hero
Global environmental change and sustainability research spanning climate, ecosystems, and society
Academic Journal

Global Environmental Change and Sustainability

Advancing Science-Based Solutions for Climate, Biodiversity, and a Sustainable Planet

Peer-Reviewed Open Access Interdisciplinary
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Global Environmental Change and Sustainability (GECS)

Global Environmental Change and Sustainability (GECS)

Gold Open Access Article Processing Charges (APCs) Double-Blind Peer Review Archived in CLOCKSS

Electronic ISSN: 258-XXXXX | Print ISSN: 2635-XXXX

Date of Foundation: 2021-01-15

Publisher: GECS journal is published by Plover & Page Sdn Bhd

Indexing: Scopus, Web of Science, DOAJ, Google Scholar

Journal Rank: Impact Factor 2024: 3.5 – Q1; CiteScore 2024: 5.2 – Q1

Editor-in-Chief: Prof. Dr. Muhammad Aqeel | View Editorial Board

Global Environmental Change and Sustainability (GECS) is an international, peer-reviewed journal dedicated to advancing research on climate change, biodiversity conservation, environmental governance, resource sustainability, and socio-ecological transitions. The journal provides a multidisciplinary platform integrating natural sciences, social sciences, engineering, policy, and technology to address pressing global environmental challenges and promote resilient, sustainable solutions at local, regional, and global scales... Read More

Scope

Global Environmental Change and Sustainability (GECS) welcomes original research articles, reviews, and policy papers related to sustainable urban food systems. Manuscripts should present innovative ideas and clear relevance to the journal's scope.

Submission & Review

Prepare manuscripts according to the author guidelines and submit via the official online system. All submissions undergo a double-blind peer review by at least two independent experts.

Open Access & Publication

Accepted papers are published open access and made freely available to the global research community. Authors should follow the journal's formatting and citation style on submission.

Top Ranked Articles

CLIMATE EXTREMES AND AGRICULTURAL RESILIENCE UNDER FUTURE EMISSION SCENARIOS

CLIMATE EXTREMES AND AGRICULTURAL RESILIENCE UNDER FUTURE EMISSION SCENARIOS Abstract Climate extremes are increasing in frequency, duration, and intensity under anthropogenic climate change, posing significant risks to global agricultural systems and food security. This study integrates downscaled regional climate projections under Representative Concentration Pathways (RCP 4.5 and RCP 8.5) with crop simulation modeling to evaluate…

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NATURE-BASED SOLUTIONS FOR BIODIVERSITY RESTORATION AND CARBON SEQUESTRATION

NATURE-BASED SOLUTIONS FOR BIODIVERSITY RESTORATION AND CARBON SEQUESTRATION Abstract This research evaluates restoration strategies that enhance biodiversity and carbon storage in degraded landscapes. The study investigates the effectiveness of various nature-based interventions, including reforestation, wetland restoration, and habitat connectivity enhancement, in promoting species richness and ecosystem function. Using field surveys, GIS spatial analysis, and carbon…

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URBAN AIR POLLUTION AND PUBLIC HEALTH RISK IN RAPIDLY GROWING CITIES

URBAN AIR POLLUTION AND PUBLIC HEALTH RISK IN RAPIDLY GROWING CITIES Abstract Rapid urbanization has intensified air pollution in cities worldwide, posing significant public health risks. This study examines the relationship between urban air pollutants-such as particulate matter (PM2.5, PM10), nitrogen oxides (NOx), sulfur dioxide (SO2), and ozone (03)-and health outcomes in rapidly growing urban…

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INTEGRATED WATERSHED MANAGEMENT FOR WATER SECURITY UNDER CLIMATE VARIABILITY

INTEGRATED WATERSHED MANAGEMENT FOR WATER SECURITY UNDER CLIMATE VARIABILITY Abstract This study investigates the role of integrated watershed management (IWM) in ensuring water security under conditions of climate variability. By combining land-use planning, soil and water conservation measures, and community-based governance, IWM seeks to optimize water availability, enhance ecosystem services, and reduce vulnerability to extreme…

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RENEWABLE ENERGY TRANSITIONS TOWARD NET-ZERO EMISSIONS

RENEWABLE ENERGY TRANSITIONS TOWARD NET-ZERO EMISSIONS Abstract Achieving net-zero greenhouse gas emissions by mid-century is essential to limit global warming and avoid the most severe impacts of climate change. Renewable energy transitions represent a central pathway toward decarbonizing power systems, transportation, industry, and buildings. This study evaluates the technological, economic, and policy dimensions of renewable…

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