Research methodology
Research Methodology
Section titled “Research Methodology”This page describes the research loop used to turn scattered sources into structured project knowledge.
The research loop
Section titled “The research loop”- Frame the question. Per crop, per topic. Example: “How is chia seed separated from the plant at small scale, and at what loss?” (See
docs/crops/chia/harvesting.mdfor how questions attach to pages.) - Survey source types in rough priority order:
- Academic literature (peer-reviewed, but read critically — see
source-quality.md) - University and agricultural-extension publications
- Government resources
- Books (serious, cited works)
- Commercial farming information (flag the commercial interest)
- Practical grower demonstrations (videos, forums, blogs)
- Original experiments (ours,
experiments/)
- Academic literature (peer-reviewed, but read critically — see
- Extract claims with context. Every claim leaves the source together with: conditions (cultivar, location, date, density, irrigation, fertilization, design), the evidence level, and the source id. Never strip a yield number from its conditions (principle: preserve context).
- Register the source. File a source note in
research/<type>/using the templates, assign a stable id, assess quality and relevance (seesource-quality.md). - Write or update the narrative page. Claims land in the appropriate crop/topic page, tagged with evidence level and source. Conflicting claims both stay, with the disagreement noted (
evidence.md). - Update the structured data. When a claim is strong enough to represent a “typical” or “range” value, mirror it into
data/crops/<crop>.yamlwith provenance. Unresolved values staynull/unknown. - Record open questions. Anything the sources cannot answer goes to
open-questions.md, optionally as a candidate experiment.
Scope decisions
Section titled “Scope decisions”- One crop at a time for depth, others for comparison. Chia is the first complete case study. Amaranth, sesame, sunflower, and dry beans follow; comparisons matter (PRD §8).
- Initial scope: home and small-scale agriculture. Commercial practice is documented where it illuminates the small-scale question (e.g., what a commercial chia grower does that a home grower cannot), but small-scale feasibility is the lens.
- Micro-decisions get recorded. When the research reveals that a “fact” depends on a micro-condition (e.g., photoperiod sensitivity differing by cultivar), that nuance belongs in the narrative and, if possible, the structured data.
Handling source types honestly
Section titled “Handling source types honestly”| Source type | Strength | Weakness | How we use it |
|---|---|---|---|
| Academic paper | Rigor, controls, quantitative | Researcher/commercial framing; narrow conditions | Primary quantitative claims; always with context |
| Extension bulletins | Practical, regional, actionable | Region-specific | Practical recommendations; note region |
| Government | Authoritative for their jurisdiction | Jurisdictional | Regulatory/policy context; statistics |
| Books | Synthesized, historical depth | May be dated | Background and synthesis |
| Commercial | Real-world production experience | Marketing bias | Practice reference; flag bias |
| Growers/YouTube | Human-scale practical detail | Uncontrolled, variable quality | Techniques, manual methods; lowest evidence default |
The same claim from different source types may earn different evidence levels. That is by design.
Practical evidence vs. scientific evidence
Section titled “Practical evidence vs. scientific evidence”These are not interchangeable (principle 6.6):
- A paper may show optimal N application.
- A grower video may show how to thresh 8 kg of chia in a backyard.
The narrative labels each claim’s type — e.g. scientific vs practical — in addition to its evidence level, so a reader can weigh them separately. See evidence.md.
Original experiments
Section titled “Original experiments”When sources conflict, are silent, or a claim is central at small scale, an original experiment may be warranted. Experiments follow experiments/ conventions and are recorded with the template in templates/experiment.md. Design guidance in experiments.md. Outcome is reported as Needs experiment → experiment + result.
When is a topic done?
Section titled “When is a topic done?”A topic is “done” when: every sub-question in the page has an answer or an explicit Unknown, disagreements are recorded with context, structured data is in sync, and open questions are filed. “Done” is a milestone, not a stop — new sources keep landing as updates, not rewrites.