Become a Reviewer for Evidence in Earth Science Join our mission to advance interdisciplinary Earth science research addressing global sustainability challenges. Register as a reviewer and refine your profile with keywords aligned with our Aims & Scope:
1. Core Disciplines: Geophysics & Seismology, Geology & Tectonics, Climate Change Adaptation, Hydrology & Water Resources, Cryosphere Sciences, Geochemistry, Disaster Risk Assessment. 2. Applied Research Areas: Sustainable Environmental Management, Water Engineering & Disaster Control, Regional Hydro-Climate Interactions, Resource & Energy Sciences, Earth Science Data Analytics. 3. Methodological Expertise: Geophysical Imaging Techniques, Machine Learning for Hazard Prediction, Isotopic Tracing in Hydrology, GIS-Based Spatial Modeling, Climate Time-Series Analysis. 4. Interdisciplinary Frameworks: Human-Natural System Interactions, Earth System Science, Disaster Resilience Planning, Environmental Impact Assessment, Global Climate Policy Integration. 5. Regional & Global Focus: Small Island Developing States (SIDS), Arctic/Antarctic Systems, Coastal Vulnerability Studies, Arid Zone Water Scarcity, Urban Climate Adaptation.
Why Review for Us? - Contribute to cutting-edge research tackling planetary challenges like natural hazards, climate resilience, and sustainable resource management. - Engage with innovative methodologies spanning geochemical analysis, remote sensing, and mixed-methods approaches. - Support interdisciplinary dialogue across Earth science, policy, and engineering.
Reviewers completing two high-quality reviews qualify for our Peer Review Board and may earn annual Editor’s Choice or Excellence in Peer Review awards. Update your profile’s Roles tab today to align with our quarterly-published, single-blind peer-reviewed journal.
Shape solutions for a changing planet—your expertise drives global impact.
This special issue, "Observing Global Changes in the Terrestrial Water Cycle", co-edited by Dr. Arfan Arshad (NCAR, USA) and Dr. Thanh-Nhan-Duc Tran (University of Virginia, USA), invites cutting-edge research on transformations in terrestrial water systems driven by climate variability, land use shifts, and human activities. We seek interdisciplinary studies leveraging remote sensing, machine learning, hydrological modeling, and Earth observation data to advance understanding of water storage, fluxes, and dynamics—including groundwater, evapotranspiration, and soil moisture. Submissions of original research, reviews, and case studies are encouraged. Deadline: September 30, 2025. Submit via the journal’s portal, selecting the dedicated Special Issue section.
Keywords: Remote sensing, data assimilation, anthropogenic impacts, water cycle modeling, climate adaptation.
