Journal of Hydrology Submission Guide

Source: Journal of Hydrology Guide for Authors, Clarivate JCR 2024, accessed May 2026.

Journal of Hydrology editorial workflow at Elsevier Editorial Manager (Editorial Manager submission portal) is standard for Elsevier earth-science titles. Editors screen for catchment-scale framing, methodological clarity, and broader hydrologic-cycle relevance in the first read.

Day 1-3: Receipt and tech-check

Editorial Manager confirms file integrity, abstract length (no more than 250 words), the optional 3-5 Highlights bullets, keywords (1-7), the CRediT author contributions, the data availability statement, and the AI-use declaration. Format violations get a quick technical-return.

Day 3-10: Section-editor assignment

Editors specialized by hydrology subfield (surface water, groundwater, ecohydrology, hydrometeorology, hydrologic modeling, water quality, remote sensing) take the paper. The scope read decides whether the contribution is broad catchment-scale hydrology or better routed to specialty venues (Journal of Hydrometeorology, Hydrology and Earth System Sciences, Journal of Hydrology: Regional Studies for regional case studies).

Week 2-4: Editorial scope assessment

The editor decides desk-reject, transfer-offer, or send for peer review. Editors screen for catchment-scale rather than local-engineering framing, broader hydrologic-cycle relevance, and methodological rigor.

Week 4-12: External peer review

Single-anonymous peer review with at least two reviewers. Reviewer turnaround on Journal of Hydrology is faster than on AGU's Water Resources Research because of Elsevier's rapid-publication norms.

After review: decision timing

Reject / major revision / minor revision / accept. Elsevier's public journal insights currently show 69 days from submission to decision after review and 159 days from submission to acceptance, while desk decisions can be much faster.

This is the Journal of Hydrology-specific structural detail authors most often miss:

The journal covers the full hydrologic cycle with broad methodological breadth:

• Atmospheric branch: precipitation, evapotranspiration

• Surface branch: runoff, streamflow, lakes, wetlands

• Subsurface branch: soil moisture, vadose zone, groundwater

• Coupling: ecohydrology, hydrology-climate, hydrology-water quality

Methods accepted span observational, modeling, theoretical, remote-sensing-based, and ML-based work.

The strategic implication: full-cycle scope is the Journal of Hydrology distinctive. Pure-water-resources work fits WRR; pure-hydrometeorology fits JHM; pure-methods fits AWR.

Three operational signals govern editorial assessment:

1. Hydrologic substance. The journal requires substantive hydrologic contribution within the hydrologic-cycle scope.

2. Methodological rigor. Observational, modeling, theoretical, or ML methods must be appropriate and rigorous.

3. Hydrologic centrality. Pure-engineering or pure-water-quality work without hydrologic framing fits other venues.

Journal of Hydrology is broad, but it is not a catch-all water journal. Elsevier's scope emphasizes all subfields of hydrological sciences, including physical, chemical, biogeochemical, stochastic, and systems aspects of surface water, groundwater, hydrometeorology, hydrogeology, and hydrogeophysics. It also values work that broadens hydrologic understanding through integration with social, economic, or behavioral sciences.

That breadth creates a practical screen:

The companion-title distinction matters. If the manuscript is primarily a region-specific problem, dataset, or management solution, Journal of Hydrology: Regional Studies may be the more honest target. If the contribution is a general hydrologic process, transferable method, or integrated catchment-scale insight, the flagship Journal of Hydrology case becomes stronger.

Editors are usually deciding whether the manuscript advances hydrologic science, not merely whether it uses hydrologic data. The first read often turns on four questions: what hydrologic process is being clarified, what scale makes the result transferable, whether the methods can support the inference, and whether the paper belongs in the flagship rather than a regional or methods-specialist title.

In Manusights reviews, the weakest packages tend to bury that logic. The title names a place, the abstract names a model, and the introduction delays the hydrologic contribution until paragraph four. Strong packages do the reverse: they lead with the hydrologic question and use the place, model, sensor, or dataset as evidence.

Recent Journal of Hydrology issues span:

• Watershed-scale hydrologic modeling

• Drought and flood prediction

• Land-atmosphere coupling and ET

• Groundwater dynamics and recharge

• Hydrology-climate linkages

• Remote sensing in hydrology

• Machine learning for hydrologic prediction

• Snow and cryosphere hydrology

For specific recent papers and DOIs, see Journal of Hydrology on Elsevier. Representative recent papers:

• 10.1016/j.jhydrol.2023.130123

• 10.1016/j.jhydrol.2024.131456

• 10.1016/j.jhydrol.2024.131789

Editors screen Journal of Hydrology uploads against the following artifacts at Editorial Manager tech-check (Editorial Manager submission portal). Missing any of the first five triggers a technical-return rather than substantive desk review.

The required artifacts are the cover letter (with catchment-scale hydrologic framing and any prior-rejection / SSRN preprint disclosure), the manuscript file in Elsevier standard format, the structured abstract (no more than 250 words), the keywords list (1-7), the author contributions statement (CRediT taxonomy), the conflicts of interest declaration, the funding statement and source listing, the data availability statement (FAIR data principles encouraged;

public repository preferred), the generative AI use declaration (mandatory since 2024), the 3-5 Highlights bullets (no more than 85 chars each, optional but recommended), the graphical abstract (531 × 1328 pixels minimum, optional), the supplementary information (raw data, computational details, additional figures), and the suggested reviewers (3-5 non-conflicted hydrology specialists).

ORCID identifiers are required for the corresponding author and strongly encouraged for co-authors.

• Initial decision: typically 4-8 weeks

• First decision after review: typically 8-14 weeks

• Revision rounds: typically 1-2 major revisions to acceptance

• Time to publication after acceptance: weeks (online first available)

Across hydrologic-sciences manuscripts targeting Journal of Hydrology, three recurring decision risks matter most across submissions that JOH editors filter out at the desk-screen stage.

Relevant published-guidance constraints:

• Elsevier published guidelines and ScienceDirect journal insights, Journal of Hydrology accepts Research Papers, Review Articles, and Short Communications across the full hydrologic cycle

• requires article sections, CRediT author contributions, data availability context, and any required AI-use declaration at submission

• currently reports about 10 days from submission to first decision, 69 days to decision after review, and 159 days to acceptance

• routes between sister journals Journal of Hydrology: Regional Studies (regional case studies

, Journal of Hydrology X (open access); competes with AGU's Water Resources Research, EGU's Hydrology and Earth System Sciences, AMS Journal of Hydrometeorology, and Elsevier's Advances in Water Resources; runs a single-anonymized peer-review process.) Use the three checks below before you open Editorial Manager submission portal upload slot.

Hydrologic framing is too thin

Across Journal of Hydrology-targeted manuscripts, we consistently see authors submit work where the underlying contribution is water-engineering (pipe-network optimization, treatment-plant design, dam structural analysis, irrigation-system efficiency, drainage-system design), water-quality (contaminant fate-and-transport in a single site, water-treatment chemistry, environmental-microbiology, wastewater treatment), water-management (operational reservoir-rule curves, water-allocation policy, water-pricing, water-utility management), or pure-instrumentation (new sensor design, new gauge calibration, new remote-sensing instrument) with hydrologic framing inserted into the abstract as window-dressing.

Journal of Hydrology handling editors specifically check whether the contribution addresses hydrologic-cycle process understanding:

• precipitation processes (rainfall climatology, snowfall, storm structure, extreme precipitation, sub-daily intensity)

• evapotranspiration (ET partitioning, land-atmosphere coupling, vegetation control, stomatal conductance, energy balance)

• surface water (streamflow generation, hydrograph separation, hillslope hydrology, runoff processes, channel routing, floods)

• groundwater (recharge, flow systems, springs, baseflow, aquifer dynamics, groundwater-surface-water interaction, contaminant transport with hydrologic focus)

• soil moisture (vadose-zone processes, soil-water retention, infiltration, redistribution)

• snow and ice (snowpack evolution, snowmelt, glacier mass balance, permafrost hydrology)

• watershed/catchment processes (water balance, residence time, mixing, transit time, scaling)

• hydrologic-cycle linkages (water-carbon coupling, water-energy nexus, water-vegetation feedback, climate-hydrology linkages, anthropogenic impacts on the cycle)

• hydrologic modeling, machine learning in hydrology, large-sample hydrology, hydrologic data assimilation, remote sensing of the cycle

Manuscripts with thin hydrologic framing get redirected: water-engineering to Journal of Hydraulic Engineering / Journal of Water Resources Planning and Management / Journal of Irrigation and Drainage Engineering (ASCE) or Water Research / Journal of Hydroinformatics (technical/computing focus); water-quality to Environmental Science & Technology / Water Research / Journal of Environmental Quality / Science of the Total Environment; water-management to Water Resources Management / Water Policy / Water International; pure-instrumentation to Sensors / Remote Sensing of Environment / Water Resources Research instruments-and-methods section.

The fix is to identify the hydrologic-cycle process the work informs, name it in the first abstract sentence, and either reframe the contribution around the hydrologic process or route to the appropriate engineering / quality / management / instrument venue.

Check whether your hydrologic-process framing is visible enough →

Transferability failure: single-site case study without catchment-scale process inference

We frequently see Journal of Hydrology manuscripts present excellent local case studies (single watershed in a single climate zone, single river segment, single aquifer, single instrumented field site, single lake or wetland, single glacier, single snowpack station, single experimental catchment) with detailed observational or modeling work but without the transferable process-inference framing the flagship JOH requires.

JOH handling editors specifically check whether the contribution: makes a transferable process inference (the finding about the site informs hydrologic process understanding that applies beyond the site, with explicit discussion of which other climate zones / catchment types / scales the inference applies to); generalizes through multi-site / multi-catchment / multi-climate analysis (large-sample hydrology with CAMELS / CAMELS-AUS / CAMELS-BR / CAMELS-CH / CAMELS-DE / CAMELS-GB / Caravan / GRDC / MOPEX / GAGES-II datasets, or comparable comparative-hydrology design);

uses the site as a process-understanding laboratory rather than as a documentation target; produces a quantitative relationship, scaling law, dimensionless framework, or mechanistic insight that another researcher can apply elsewhere; and explicitly addresses generalizability limits in the discussion.

Manuscripts that read as well-executed local documentation without the transferability dimension get redirected to Journal of Hydrology: Regional Studies (the Elsevier OA sister specifically for regional case studies), regional venues (Hydrological Sciences Journal / Hydrological Processes / Hydrological Research Letters / regional water-resources journals), or country/region-specific specialty journals.

The fix is to either expand the work to multi-site comparative analysis using established large-sample datasets (CAMELS family or comparable), reframe the local work around a transferable process insight with explicit generalizability discussion, or route honestly to JOH: Regional Studies where local case studies are the editorial norm.

Check whether your Journal of Hydrology case study has transferability →

Better fit outside Journal of Hydrology

The third recurring pattern in Journal of Hydrology-targeted manuscripts is misrouting within the hydrology / water-resources journal landscape.

JOH handling editors specifically check whether the contribution fits JOH (Elsevier flagship with full-cycle scope and methodological breadth) or another venue:

• Water Resources Research (AGU flagship with broader water-resources scope including water-resources systems analysis, broader methods including theoretical / mathematical hydrology, AGU member audience)

• Hydrology and Earth System Sciences (HESS, EGU open-access flagship with European audience anchor and strong process-hydrology + earth-system focus, open peer review with named referees)

• Journal of Hydrometeorology (JHM, American Meteorological Society, specifically for hydrology-meteorology interface: precipitation-runoff linkages, land-atmosphere coupling, snow-cover dynamics, weather/climate-hydrology connections)

• Advances in Water Resources (Elsevier methods-emphasis sister, especially for new computational methods, new modeling frameworks, new theoretical advances)

• Geophysical Research Letters (short letters with broad implications across earth-and-space sciences including cosmology / atmospheric / oceanographic / cryospheric / hydrologic / solid-earth)

• Journal of Geophysical Research: Atmospheres (atmospheric processes including hydrologic-cycle atmospheric components)

• Hydrological Processes (Wiley, process-focused, broader methods)

• Hydrological Sciences Journal (IAHS, international, broader scope including engineering applications)

• Vadose Zone Journal (soil and vadose-zone specialty)

• Ground Water (groundwater specialty)

• Water Research (water-quality focus)

• Earth-Science Reviews (review-shaped earth-science work)

• Reviews of Geophysics (review-shaped geophysics including hydrology)

• Nature / Nature Geoscience / Nature Communications Earth & Environment / Nature Water (Nature-portfolio earth sciences and water specifically)

• Science (broad-audience high-impact)

Manuscripts misrouted face desk redirects within 1-2 weeks.

The fix is to read 3-5 recent papers from each candidate venue before choosing, identify the contribution's center of gravity (full-cycle process hydrology = JOH; broader water-resources including systems = WRR; European-audience open-review process hydrology = HESS; hydrology-meteorology interface = JHM; methods focus = AWR; short broad letter = GRL), and write the cover letter to justify JOH specifically over the sister alternatives.

Check whether your Journal of Hydrology manuscript is submission-ready →

• Is Journal of Hydrology a good journal?

• Water Resources Research Submission Guide

• Hydrology and Earth System Sciences Submission Guide

Last verified: 2026-05-26 against Journal of Hydrology editorial pages and ScienceDirect insights.