How to Avoid Desk Rejection at Applied Sciences (Basel)

Many weak Applied Sciences submissions are built around a sentence like "this method has potential for practical use" without enough evidence that the claim should be believed.

That usually shows up in one of three ways:

• the system is tested only under simplified laboratory conditions
• the manuscript names an application, but the chosen metrics do not reflect that application well
• the study never compares performance against the baseline readers would actually care about

Editors specifically screen for this because broad applied journals live or die on practical credibility. A paper can be technically interesting and still fail if the application case feels aspirational rather than demonstrated.

Broad-scope journals are unforgiving when the paper does not show where it sits relative to current practice.

Weak benchmarking often looks like:

• comparison only to an intentionally weak baseline
• comparison to literature values generated under different conditions
• no economic, stability, or implementation context for a claimed improvement
• performance framing built around percentage improvement without explaining whether the gain matters

Our analysis of borderline applied-journal packages is that benchmarking often decides whether a paper reads as useful engineering or as isolated lab optimization.

Applied Sciences runs many special issues. That creates opportunity, but it also creates a very common failure mode: submitting into a special issue because the keywords are close enough.

Special issue submissions are stronger when:

• the manuscript directly addresses the issue's organizing question
• the guest-editor framing actually matches the paper's contribution
• the paper benefits from being read alongside related work in that cluster

Special issue submissions are weaker when:

• the overlap is mostly terminological
• the authors changed the title and abstract more than the substance
• the issue is being used as a rescue path after rejection elsewhere

If the fit is partial, a regular submission is often safer.

This is one of the easiest patterns for editors to spot. The paper may be scientifically solid, but it still reads as though it was written for a different audience and then lightly repackaged for Applied Sciences.

Warning signs include:

• an introduction built for a narrow specialist readership
• practical relevance added mostly in the discussion
• excessive emphasis on fundamental properties relative to use-case evidence
• a cover letter that never explains why a broad applied journal is the right venue

That is why the Applied Sciences submission guide and Applied Sciences cover letter guide matter together. The paper and the pitch have to make the same case.

In our pre-submission review work with Applied Sciences submissions, we have found that desk rejection risk is concentrated in a small set of repeatable patterns.

The application case is named but not operationally validated. We have found that many papers state an engineering or practical use case clearly in the introduction, but the experiments never move beyond idealized conditions. Editors specifically screen for whether the claimed application and the test environment actually belong to the same world.

The benchmark is too narrow for the claim. A result may be better than one weak comparator and still not be editorially convincing. Broad applied journals need a reader to understand quickly whether the advance matters.

The paper is broad in scope but not broad in audience. Authors sometimes interpret Applied Sciences as a place where any competent technical paper can land. In practice the manuscript still has to tell a story that readers outside one tight niche can follow.

The special issue fit is opportunistic. We regularly see papers routed to an issue because the keywords match, even though the contribution does not answer the issue's actual editorial question.

The manuscript sounds practical only at the level of language. Words like application, implementation, scalable, and real-world do not carry editorial weight unless the evidence package supports them.

An Applied Sciences editorial-risk audit is useful here because it focuses on scope, benchmark, and validation together instead of checking only formatting.

At Applied Sciences, a good first page usually resolves the fit question before the editor reaches the methods. The title identifies the practical system or use case. The abstract names the engineering problem, the intervention or method, the main result, and the benchmark context. The introduction does not spend all its energy on field background. It explains why this paper belongs in an applied, multidisciplinary journal now.

That first-page discipline matters because broad journals are making a speed judgment. If the application case is obvious, the validation sounds believable, and the manuscript does not read like a leftover from a narrower venue, you are already on better ground. If the first page is still generic, no amount of late discussion language will fully repair the editorial impression.