The Cryosphere

The Cryosphere (the-cryosphere)

Journal positioning

The Cryosphere is an open-access European Geosciences Union (EGU) journal, published by Copernicus, and is the disciplinary journal of record for the frozen components of the Earth system — snow, land and sea ice, glaciers and ice sheets, ice shelves, permafrost, and frozen ground. Its defining character is the EGU interactive public peer-review model: a submitted manuscript is posted as a preprint in the discussion forum (EGUsphere), where named referee comments and open community comments appear publicly alongside the authors' responses before a final acceptance decision. The journal rewards complete, rigorous cryospheric studies — observational, remote-sensing, modeling, or theoretical — addressed to the specialist cryosphere community, and values transparency and reproducibility as part of the process, not only the product. This skill is a fit / venue-selection / re-framing tool. It does not replace the journal's current official submission guidelines. Before submitting, re-check the live author instructions on the EGU/Copernicus The Cryosphere site.

When to trigger

• The author names The Cryosphere as the target for a complete study of snow, ice, glaciers, ice sheets, sea ice, or permafrost.
• A manuscript reports cryospheric observations, remote sensing, or modeling with enough depth for full treatment, and the author is choosing between The Cryosphere and Geophysical Research Letters or JGR-Atmospheres.
• An author specifically wants — or needs to prepare for — the EGU interactive public peer-review process with public preprint and open referee discussion.
• The author needs The Cryosphere's open-access terms, data policy, and discussion-stage expectations, plus desk-reject criteria, before submission.

Scope & topic fit

• Glaciers and ice sheets: mass balance, dynamics, ice-flow modeling, calving, subglacial processes, and ice-sheet contribution to sea level.
• Sea ice: extent, thickness, drift, deformation, sea-ice modeling, and ice-ocean-atmosphere interactions.
• Snow: snowpack physics, snow cover, snow-hydrology, albedo, and snow remote sensing.
• Permafrost and frozen ground: thermal state, active-layer dynamics, ground ice, and permafrost-carbon feedbacks.
• Ice shelves, icebergs, river and lake ice, and other cryospheric features at process or system level.
• Cryospheric methods: new remote-sensing retrievals, field techniques, or model developments delivering a quantitative result, including paleo-cryosphere reconstructions.

Method & evidence bar

• The study must be complete and rigorous: full methods, validation against independent data or established models, and explicit uncertainty quantification.
• Remote-sensing studies must document the sensor, retrieval, and error budget; field studies must address measurement uncertainty and spatial representativeness.
• Model studies require evaluation against observations and a clear account of sensitivity to key parameters, forcing, and assumptions.
• Because peer review is public, the manuscript must be self-contained and defensible in an open forum: methods transparent, claims calibrated to the evidence, and limitations acknowledged.
• Data and code must be deposited in a FAIR repository (e.g., Zenodo, PANGAEA) with persistent identifiers and cited; Copernicus enforces data and code availability, and assets should be accessible during the open discussion.
• Reanalysis or satellite-product use must justify suitability and document version and processing level.

Structure & house style

• The Cryosphere uses a standard full-length structure: Abstract, Introduction, Data/Methods, Results, Discussion, Conclusions, with full references and a mandatory data/code-availability section.
• The manuscript is published as a preprint in EGUsphere at the discussion stage; write it to stand as a citable public document and to withstand open referee and community comment.
• Length follows completeness; Copernicus does not impose tight length caps, but every section must be justified and concise.
• Figures must be publication-quality, quantitative, and individually informative; supplementary material carries extended analyses.
• Methods must be reproducible from the main text or supplement, including model versions, forcing datasets, and processing steps.
• Author contributions, competing interests, and the data/code-availability statement are required sections under Copernicus policy.

Official-submission checklist

• Before giving submission-ready advice, read ../../resources/source-basis.md and ../../resources/official-source-map.md; start from the official source anchors for this journal family, then cite the current journal-specific page you checked.
• Search the live site for "The Cryosphere submission author guidelines" and follow the current EGU/Copernicus version.
• Re-check the interactive public peer-review workflow: preprint posting in EGUsphere, the discussion phase, referee and community comment handling, and revision stages.
• Re-check Copernicus data and software availability policy; confirm accepted FAIR repositories and that assets are accessible during open discussion.
• Re-check open-access terms and article-processing charges, plus competing-interests, author-contributions, funding, and AI-use disclosure requirements.
• If the live official instructions conflict with this skill, the official instructions win.

Pre-submission self-check

• One sentence — the cryospheric process advanced and the quantitative result that defines the contribution.
• Methods, model versions, and datasets are fully specified and reproducible from the paper plus supplement.
• Validation against independent data or models is included, with explicit uncertainty quantification.
• The manuscript is self-contained and defensible in open, public peer review with named and community comments.
• Data and code are deposited in a FAIR repository with persistent identifiers and are accessible during discussion.
• The paper is positioned against recent The Cryosphere literature on this process.

Common desk-reject triggers

• A short, single-result finding better suited to a rapid letter, lacking the depth a full study requires.
• A modeling study with no evaluation against observations and no sensitivity analysis.
• A descriptive field or remote-sensing report without uncertainty characterization or a generalizable cryospheric result.
• Missing or non-compliant data/code-availability statement, or assets not accessible during the open discussion phase.
• A manuscript not robust enough to withstand public referee and community comment — overclaimed, under-validated, or non-transparent.

Re-routing decision

• Short, high-impact, broad-interest cryospheric finding needing rapid publication: geophysical-research-letters.
• Atmospheric-process emphasis (snow-atmosphere, ice-atmosphere) better suited to a full atmospheric venue: journal-of-geophysical-research-atmospheres.
• Broad cross-disciplinary geoscience significance beyond the cryosphere: Nature Geoscience or a high-impact generalist venue.
• Sea-level or Earth-system-futures framing centered on human-Earth trajectories: earths-future.

Output format

[Fit] High / Medium / Low (one-line reason)
[Target] The Cryosphere
[Topic tags] <2–3 closest topics>
[Method/evidence] <is the study complete — full methods, validation, explicit uncertainty — and defensible in open public peer review?>
[Top risk] <the single most likely reason for rejection>
[Official items to re-check] <interactive public peer review / data-code availability / open-access & APC / disclosure / preprint (EGUsphere) handling>
[Re-route suggestion] <if not a fit, a better-matched venue>

Source: brycewang-stanford/Awesome-Journal-Skills → English-NaturalScience-Journal-Skills/skills/the-cryosphere/SKILL.md