Journal of Hydrology (journal-of-hydrology)

Journal of Hydrology (journal-of-hydrology)

Journal positioning

Journal of Hydrology is Elsevier's broad-scope outlet for the hydrological sciences, covering surface and subsurface hydrology, hydrometeorology, water quality, hydrological modeling, and observational hydrology across catchment to continental scales. Its defining expectation is a sound, useful hydrological advance — a process insight, a method, a dataset-driven analysis, or an applied result that improves how hydrologic systems are understood, predicted, or managed; it deliberately accommodates process, observational, methodological, and applied studies more broadly than AGU's Water Resources Research, whose bar is fundamental water-science novelty. A well-executed regional study can fit here if it yields transferable lessons or clear hydrological insight, even without a wholly new theory. This skill is a fit / venue-selection / re-framing tool. It does not replace the journal's current author guidance. Before submitting, re-check the live Journal of Hydrology author instructions and data policy.

When to trigger

• The author names Journal of Hydrology and wants a fit/framing check for a hydrology paper.
• A regional or applied hydrologic study needs to be positioned for its transferable insight rather than rejected as "just a case study."
• The author is choosing between Journal of Hydrology, water-resources-research, and a broader earth/climate venue.
• The author needs the journal's breadth-of-scope reasoning and reproducibility expectations.

Scope & topic fit

• Surface-water hydrology: rainfall–runoff, streamflow generation, floods, droughts, and catchment water balance across scales.
• Subsurface and groundwater hydrology: recharge, aquifer dynamics, soil-water and vadose-zone processes, surface–groundwater interaction.
• Hydrometeorology and snow/ice hydrology: precipitation, evapotranspiration, snowmelt, and land-surface water and energy partitioning.
• Hydrological modeling, forecasting, remote sensing, and data assimilation, including large-sample and benchmarking studies.
• Water quality, solute and sediment transport, and ecohydrology with a clear hydrological process or management linkage.
• Applied and regional hydrology — water-resources assessment, human impacts, land-use and climate-change effects — when the analysis yields transferable insight.