Introduction

Epistora Journal of Earth and Environmental Sciences (EJEES) is a premier peer-reviewed, open access journal dedicated to advancing the understanding of Earth's dynamic systems and the complex interactions between natural processes and human activities. Established to bridge fundamental earth science research with pressing environmental challenges - from climate change and pollution to sustainable resource management - EJEES serves as a global platform for geoscientists, environmental researchers, ecologists, hydrologists and sustainability experts

The journal embraces the full spectrum of earth and environmental sciences - from solid Earth geophysics and atmospheric dynamics to surface processes, environmental monitoring, pollution control and ecosystem health. With a rigorous double-blind peer review process and rapid publication workflow, we ensure that high-impact research reaches the global community without delay. All articles are published under the CC BY 4.0 license, enabling unrestricted access, reuse and maximum societal impact

Our commitment extends beyond traditional publishing. We actively promote interdisciplinary collaboration, data transparency and reproducible science - essential for addressing complex environmental challenges. By combining scholarly excellence with modern publishing innovations, EJEES is shaping the future of earth and environmental science communication

Aim & Scope

Aim: To accelerate Earth system understanding and environmental sustainability by publishing high-quality, rigorously peer-reviewed research across all domains of earth and environmental sciences. We aim to foster interdisciplinary dialogue, support early-career researchers and provide an inclusive open access home for transformative science

Scope: The journal welcomes original research articles, comprehensive reviews, short communications, technical notes, case studies and data papers covering, but not limited to:

Climate Change Environmental Monitoring Sustainability Pollution Control Hydrology Ecology Earth System Science Atmospheric Science Geochemistry Environmental Toxicology Waste Management Water Resources Soil Science Biodiversity Conservation Biology Environmental Impact Assessment Renewable Energy Carbon Footprint Environmental Policy Geospatial Analysis Remote Sensing Environmental Remediation Air Quality Water Quality Environmental Health Natural Hazards Geohazards Land Use Change Deforestation Desertification Ocean Acidification Sea-Level Rise Glaciology Paleoclimatology Environmental Economics Circular Economy Green Technology Environmental Education

Article Types

  • Original Research - Full-length reports of field studies, laboratory analyses, environmental monitoring and Earth system modeling. Up to 8,000 words with comprehensive data and methodology
  • Review Articles - Comprehensive surveys, systematic reviews and meta-analyses with future research directions. Up to 6,000 words
  • Short Communications - Urgent findings, preliminary results and time-sensitive discoveries requiring rapid dissemination. Up to 2,500 words with concise presentation
  • Technical Notes - Methodological innovations, environmental monitoring techniques, instrumentation developments and simulation advancements
  • Case Studies - Regional earth and environmental investigations, field observations and applied studies with practical implications
  • Data Papers - Comprehensive description of high-quality environmental datasets, including curated field data, remote sensing results and model outputs

Mission & Values

Accelerate Earth system understanding and environmental sustainability through trusted open access. Core principles: scientific rigour, environmental stewardship, constructive peer review, rapid decisions, global accessibility without financial barriers. Bridging earth and environmental science with societal needs - climate resilience, pollution mitigation, resource sustainability and ecosystem protection

Indexing & Archiving

Google Scholar Research Gate CrossRef DOI ISSN Academia R Discovery

Published content is maintained through structured digital preservation and accessibility practices designed to support long-term scholarly availability and continued research access