epsl-cover-letterUse when writing the cover letter and editor-facing metadata for an Earth and Planetary Science Letters (EPSL) submission. EPSL is run by a team of subject editors who screen for frontier significance and letters fit, so the letter must land the process-level advance, steer to the right editor, and
epsl-data-analysisUse when reducing and reporting data for an Earth and Planetary Science Letters (EPSL) manuscript — full analytical-uncertainty budgets for isotope and geochronology data, defensible statistics (MSWD, weighted means, Bayesian age models), and inversion/model diagnostics. It guides reduction and repo
epsl-figures-and-tablesUse when building figures and tables for an Earth and Planetary Science Letters (EPSL) manuscript. A Letter lives or dies by a few exhibits that a geochemist, seismologist, and geodynamicist can all read — maps with tectonic context, concordia/isochron plots with full error ellipses, model sections
epsl-literature-positioningUse when positioning an Earth and Planetary Science Letters (EPSL) manuscript against prior work. EPSL's readership spans geochemistry, geophysics, geodynamics, geochronology and planetary science, so the knowledge gap must be framed across sub-fields and against the frontier, not inside one method
epsl-reporting-and-reproducibilityUse when assembling the supplementary material, data-availability statement, and FAIR data deposit for an Earth and Planetary Science Letters (EPSL) manuscript. EPSL follows Elsevier's research-data policies and the community expects deposition in discipline repositories — EarthChem, PANGAEA, IRIS/E
epsl-review-processUse when you need to understand how Earth and Planetary Science Letters (EPSL) evaluates a manuscript — subject-editor desk screening against the frontier bar, expert review typically drawn from the sub-fields the paper joins, and editor-led decisions. It sets expectations and hardens the paper befo
epsl-revision-and-rebuttalUse when responding to an Earth and Planetary Science Letters (EPSL) revision decision. EPSL decisions are made by a subject editor on the advice of referees who often span two sub-fields, so the response must satisfy each specialist with evidence while keeping the Letter concise. It structures the
epsl-study-designUse when designing the sampling, analytical, experimental, or modeling program for an Earth and Planetary Science Letters (EPSL) manuscript so the design can carry a process-level claim — sample context, reference materials, replication, blank control, and model resolution planned before data exist.
epsl-submissionUse when running the final pre-submission preflight for Earth and Planetary Science Letters (EPSL) via Editorial Manager — letters-format length check, title page and highlights, declarations (competing interests, authorship, AI use), data-availability statement with repository DOIs, and figure/tabl
epsl-topic-selectionUse when deciding whether a result fits Earth and Planetary Science Letters (EPSL) and how to frame it. EPSL takes concise, high-significance Letters on physical, chemical and mechanical processes of the Earth and planets, and desk-declines regional case studies without process-level insight, so thi
epsl-workflowUse when starting or resuming any Earth and Planetary Science Letters (EPSL) manuscript and you need the entry point. Routes to the right EPSL sub-skill based on lifecycle stage and on whether the work matches the letters format (a concise, high-significance Letter; an invited Frontiers Paper; or a
epsl-writing-styleUse when drafting or compressing prose for an Earth and Planetary Science Letters (EPSL) manuscript. The letters format demands a main text near the 6,500-word cap, a process-forward title and abstract, and prose legible to geochemists, geophysicists, and planetary scientists at once. It guides writ