How publishing works in this field
Multi-season, multi-site data is the expectation for anything claiming an agronomic effect. One season in one location confounds the treatment with that year's weather, and reviewers say so consistently. Where only one season exists, the paper has to be framed accordingly rather than claiming an effect that was not separated from conditions.
Reporting conventions are specific: plot design and randomisation, soil characterisation, cultivar and seed source, exact agrochemical products and rates, and weather data for the period. These are what allow another group to repeat the work, and their absence is read as carelessness rather than brevity.
What slows papers down here
Pseudo-replication is the classic methodological rejection — treating subsamples from one plot as independent replicates inflates the apparent sample size and invalidates the statistics. It cannot be fixed after the fact.
Regulatory detail delays papers involving genetically modified material, restricted pesticides, or transboundary movement of plant material. Journals ask for approval references, and the Nagoya Protocol applies to genetic resources more often than authors realise.
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Questions we are asked in this field
Rarely for an agronomic claim, because the treatment cannot be separated from that season's conditions. One season can support a mechanistic or methodological paper if framed that way. Reviewers in this field are consistent about this.
The plot that received the treatment independently, not the plants or samples within it. Treating subsamples as replicates is pseudo-replication and is one of the most common reasons agricultural papers are rejected on statistics.
Product, active ingredient, concentration, application rate, timing and method. "A standard fungicide programme" is not reportable. The same specificity applies to fertiliser and to irrigation.