Orchard Lab tools are grouped by the kind of decision they support. Most entries are planned or scaffold-only until logic and review are complete. Only active prototypes run calculations in your browser.
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Spray volume, calibration, timing logistics, and label-aware math. These tools do not recommend pesticides.
Evaluate weather windows using user-entered rain, wind, drying time, and temperature constraints.
Planned tool — not yet functional.
Compare your forecast or observed conditions against user-defined spray constraints to flag likely workable application windows.
Guided checklist for travel speed, nozzle output, pressure, GPA, canopy height, and coverage.
Planned tool — not yet functional.
Step through calibration checks for travel speed, nozzle output, pressure, GPA targets, and canopy coverage before season or after equipment changes.
Estimate dilute gallonage and calibration targets from canopy dimensions and row spacing.
Planned tool — not yet functional.
Use canopy height, width, and row spacing to estimate tree-row volume and dilute gallons-per-acre calibration targets.
General formulation-order reminder with strong label-first and jar-test warnings.
Planned tool — not yet functional.
Review a general tank-mix sequence and jar-test reminders before combining products in the spray tank.
Track recent FRAC/IRAC groups by crop, block, pest, disease, and date. Does not recommend products.
Planned tool — not yet functional.
Log recent pesticide applications by FRAC or IRAC group to help you review rotation history before planning the next spray.
Weather-aware and stage-aware decision support using your own inputs and static references.
Compare crop stage and forecast low to critical temperature references.
Scaffold page — structure only, not ready for decisions.
Enter crop, phenological stage, and forecast low temperature to compare against static critical temperature references.
Calculate degree-day accumulation from user-entered temperatures and base temperature.
Planned tool — not yet functional.
Sum degree-days from daily or hourly temperature entries and a chosen base temperature for phenology or pest timing.
Estimate chill accumulation from user-entered hourly temperatures.
Planned tool — not yet functional.
Sum chill hours or chill portions from hourly temperature records you provide for dormancy planning.
Explain how wetness, temperature, rain, and growth stage affect disease concern. Educational only.
Planned tool — not yet functional.
Walk through how leaf wetness, temperature, rain, and crop stage influence general disease risk concepts without predicting outbreaks.
Explain codling moth timing concepts using biofix and degree-day inputs. Educational only.
Planned tool — not yet functional.
Relate biofix date and accumulated degree-days to general codling moth generation timing concepts for learning and planning context.
Educational helpers to move from symptoms toward likely explanations — not certain diagnosis.
Guide from crop, symptom, timing, and affected plant part to likely problems.
Planned tool — not yet functional.
Answer a short set of questions about crop, symptoms, timing, and affected plant parts to see likely problem categories to investigate.
Narrow fruit and leaf symptoms by crop, color, timing, and affected plant part.
Planned tool — not yet functional.
Describe spots or lesions on fruit or leaves to see common explanations grouped by crop, color, timing, and location.
Diagnose likely reasons a tree bloomed but did not set fruit.
Planned tool — not yet functional.
Review bloom timing, pollination, frost, nutrition, and pruning factors that commonly explain poor fruit set after flowering.
Decision helpers for tree structure, vigor, decline, and renovation.
Weigh renovation cost, safety, and expected fruit against removing a declining backyard tree.
Planned tool — not yet functional.
Answer questions about tree age, decline symptoms, safety, and fruit value to frame whether renovation or removal makes more sense.
Decide whether to remove, shorten, or leave a branch based on structure, vigor, and training goals.
Planned tool — not yet functional.
Describe branch size, angle, vigor, and training system to see general guidance on remove, shorten, or retain decisions.
Prioritize dormant-season pruning tasks when time or labor is limited.
Planned tool — not yet functional.
Rank dormant pruning tasks by tree age, vigor, and structural issues so limited labor focuses on the highest-impact cuts first.
Plan early-season training cuts and supports for newly planted or non-bearing trees.
Planned tool — not yet functional.
Outline training goals, leader selection, spreader use, and timing for young trees in the first few years after planting.
Interpret excessive or weak vigor from shoot growth, fruit load, and soil or irrigation notes.
Planned tool — not yet functional.
Combine shoot length, fruit load, pruning history, and water or nutrition notes to explore common vigor imbalance explanations.
Fruit number, fruit size, thinning, harvest timing, and crop development planning.
Estimate target fruit number per tree from desired crop load and tree size.
Planned tool — not yet functional.
Convert desired fruit per acre or per tree targets into per-tree counts using spacing and tree size assumptions.
Project fruit size trajectories from current size, days after bloom, and simple growth assumptions.
Planned tool — not yet functional.
Estimate whether current fruit size is on track for a harvest size target using user-entered measurements and growth assumptions.
Check color, firmness, starch, brix, and logistics before opening a harvest window.
Planned tool — not yet functional.
Walk through common maturity and logistics checks before starting harvest for a block or backyard tree.
Estimate hand-thinning hours from tree count, target fruit load, and observed cluster density.
Planned tool — not yet functional.
Roughly estimate crew hours needed for hand thinning from block size, clusters per tree, and assumed worker pace.
Irrigation, nutrient delivery, and simple nutrient math from product analysis.
Estimate irrigation run time from emitter flow, spacing, and target applied water.
Planned tool — not yet functional.
Convert target gallons per tree or per acre into estimated runtime using your emitter flow rate and wetted area assumptions.
Calculate product weight or volume needed to deliver a target nutrient rate per acre.
Planned tool — not yet functional.
Convert fertilizer analysis and target nutrient pounds per acre into product amount needed for ground or fertigation planning.
Calculate calcium, magnesium, or blended foliar product amounts from analysis and tank or acre targets.
Planned tool — not yet functional.
Convert product analysis and target nutrient or product rate into tank mix or per-acre amounts for foliar or ground applications.
Roughly estimate weekly water need from tree age, canopy size, and simple ET assumptions.
Planned tool — not yet functional.
Estimate orchard water demand from canopy cover, tree age class, and user-entered evapotranspiration or reference ET values.
Layout, planting, spacing, rootstock planning, and early orchard design.
Compare rootstock vigor classes and spacing options for a new planting plan.
Planned tool — not yet functional.
Explore spacing and rootstock vigor combinations against equipment access and training system goals before ordering trees.
Estimate establishment costs from tree price, spacing, trellis, and planting labor assumptions.
Planned tool — not yet functional.
Build a rough per-acre or total block budget from tree counts, material costs, and assumed labor for planting and early establishment.
Build a simple month-by-month backyard fruit tree task calendar for your crops.
Planned tool — not yet functional.
Select crops and goals to generate a general seasonal calendar of pruning, pest scouting, thinning, and harvest reminders for home orchards.
Helpers for deciding whether a crop, job, or management action is worth doing.
Compare partial harvest or salvage scenarios against skip-or-abandon costs using your own numbers.
Planned tool — not yet functional.
Enter expected yield, price, and harvest cost assumptions to compare finishing a partial crop versus skipping harvest.