Rejected from Geophysical Research Letters? The 6 Best Journals to Submit Next

Source: GRL, EPSL, and the AGU journal pages on Wiley journal page; Clarivate JCR 2024; publisher open-access pages, accessed June 2026. For context, GRL itself runs IF about 4.6, about 35 percent acceptance, and a 2 to 4 week desk / 4 to 8 week post-review cadence.

These six cover the realistic spread after a GRL return. The JGR family and Earth and Space Science are inside the AGU portfolio, so they are reachable through the transfer cascade described below. Communications Earth and Environment, AGU Advances, EPSL, and Nature Geoscience are direct submissions where you choose the target based on breadth, openness, and ambition.

AGU built a manuscript referral system precisely for the situation you are in. When a GRL editor rejects a paper that is sound but a poor fit for the letters format, the editor can refer it to another AGU journal. GRL refers more manuscripts than any other AGU journal, and its most common destinations are Earth and Space Science and the JGR family.

Match the rejection reason to the right next venue:

Source: AGU manuscript referral system (Eos) and the AGU/Wiley journal pages, accessed June 2026.

Here is how to step down the ladder after a GRL rejection:

• Tier 1, broad and short: Geophysical Research Letters was your first choice. If it returned for length or comprehensiveness rather than for a fatal flaw, do not just blast the same package elsewhere.

• Next tier, full-length AGU: route to the matching JGR section (Atmospheres, Oceans, Solid Earth, Planets, or Space Physics). JGR has no PU cap and rewards exactly the comprehensive depth that overflowed the GRL letters format.

About half of submissions are accepted across the JGR family.

• Open-access AGU breadth: Earth and Space Science is the most accessible AGU venue and welcomes data sets, methods, and modeling papers.

AGU Advances is the selective, broad-implications option for work that genuinely interests adjacent fields.

• Non-AGU letters and breadth: Earth and Planetary Science Letters for solid-earth and planetary letters, Communications Earth and Environment for open-access breadth, and Nature Geoscience if the cross-field significance is strong enough to clear an 8 percent bar.

The mechanical advantage of the AGU cascade is real. If you accept a GRL editor's referral, all metadata, files, and any prior peer reviews transfer with the manuscript, so you do not re-enter anything. About 40 percent of editor-suggested referrals are accepted by authors, and transferred manuscripts then face the same roughly one-third acceptance odds as direct submissions.

You can decline the suggestion or pick a different AGU journal yourself, though choosing your own target means manual staff handling and a short delay. If GRL did not offer a referral, you can still submit directly to any AGU journal and note the prior GRL handling in your cover letter.

In our pre-submission review work with Geophysical Research Letters submissions, three patterns generate the most consistent desk returns, and knowing which one hit your paper tells you exactly where to send it next.

The 12 publication unit overrun. Across our pre-submission reviews of GRL manuscripts, the single most common return is a paper that arrives from a JGR-style tradition (8,000 to 15,000 words, 8 to 12 figures, full methods) and is shortened section by section to squeeze under 12 PUs.

GRL editors flag this immediately: the abstract attempts a comprehensive overview rather than one result, the methods retain full-length detail rather than referring to supporting information, and the results carry 4 to 6 figures each making a separate point. The PU calculator returns 14 to 18 PUs and the manuscript is returned for shortening within 1 to 2 weeks.

The fix is structural, not cosmetic: identify the single highest-impact result, build the abstract around that one claim plus its evidence, move methodological detail to supporting information or a companion paper, and aim for 8 to 10 PUs with 12 as the hard ceiling. If the work genuinely needs 14 or more PUs, that is the signal to route to the matching JGR section rather than fighting the calculator.

The broad-significance framing miss. In our GRL pre-submission reviews, we repeatedly see manuscripts that clear the bar for their own sub-discipline (a specific seismic-velocity model, a regional ocean circulation result, a named ionospheric event) but never state why a researcher in an adjacent earth or space science field should change their work now.

GRL handling editors screen the three key points and the abstract for cross-discipline implication, immediacy, and quantitative significance against a named prior estimate. Manuscripts that read as incremental refinement, such as a 3 percent model-fit improvement or one extra season of data, get the standard better fit for JGR or a specialty venue note.

The fix is to rewrite each of the three GRL key points so it names a specific cross-discipline reader and the decision they should change, and to put a quantitative significance number into the abstract's second sentence. If the significance is real but narrower, the JGR family or a specialty AGU journal is the honest next target.

The earth-science-adjacent scope mismatch. The third pattern we see consistently in GRL submissions is work that is genuinely good but lives outside GRL's published earth and space physics scope: economic geology and mining, pure planetary chemistry without dynamics, climate policy and communication, pure machine-learning methodology with a thin earth-science contribution, or pure paleontology.

These face a desk return inside the 1 to 2 week window because the handling editor cannot place them in an AGU section. The fix is to read GRL's Aims and Scope page, identify the AGU section that actually owns your topic, and choose deliberately between GRL (broad, immediate, cross-AGU significance) and a comprehensive JGR section, or between an AGU venue and the better-fit non-AGU journal for your specific subfield.

Do not just resubmit the same package one tier down. A GRL return for the 12 PU rule is a structural message, and the same compressed-comprehensive shape will read the same way to a JGR editor or be padded awkwardly for a non-letters venue. Decide first whether the paper is genuinely a letter or genuinely a full study, because that decision sets the venue.

Think twice before reformatting if the rejection named a methods or data gap rather than a length problem, because fixing the figure plan, the statistical analysis, or the missing controls comes first and a new venue comes second.

Be honest about the rejection reason, because sometimes the paper needs real work, not a new address. If reviewers raised data, uncertainty, or analysis concerns, those are not solved by changing journals. The same controls, the same effect-size question, and the same statistical mismatch will surface at the next venue and cost you another review cycle. Reformatting fixes a length return; it does not fix a methods return.

Appeals at GRL rarely succeed unless you can point to a clear factual error in the editorial assessment, so for length and scope returns the AGU transfer cascade or a deliberate non-AGU resubmission almost always beats an appeal.