Varroa treatment ROI, colony replacement economics, pollination service pricing, hive rental value, apiary expansion analysis, and integrated pest management economics — powered by USDA ARS and NASS honey data.
USDA NASS Honey Report data anchors colony revenue baselines across all 6 SF5 economics models. Revenue per colony auto-populates Treatment ROI (SF5-E.001), Synergist Savings (SF5-E.002), Miticide ROI (SF5-E.003), Treatment Frequency (SF5-E.004), and Colony Loss Impact (SF5-E.005).
Model SF5-E.001 · Economics
Calculate the ROI of upgrading from standard to synergist-enhanced treatment when resistance is detected. Import risk score from Calculator #1.
Model SF5-E.002 · Economics
Quantify the financial value of each percentage point of efficacy improvement from synergist compounds. Import efficacy values from Calculator #2.
Model SF5-E.003 · Economics
Side-by-side economic comparison of all four miticides across your apiary. Find the highest net-benefit option for your operation.
Model SF5-E.004 · Economics
Find the sweet spot between under-treating (colony loss risk) and over-treating (excessive cost). Import optimal frequency from Calculator #4.
Model SF5-E.005 · Economics
Convert colony loss risk score into dollar exposure. Quantify prevention vs. reactive treatment economics across your entire apiary.
Model SF5-E.006 · Economics
Protect pollination contract revenue with treatment investment. Calculates net contract profit, penalty avoidance, and grower relationship lifetime value.
These 6 economics calculators are the financial complement to the 🔬 Scientific Calculators → Each pairs directly with its scientific model to translate risk scores and efficacy data into revenue impact, ROI, and payback analysis. Together they provide beekeepers and pollination service providers with a complete cost-benefit framework built on ARS/UC Davis Varroa resistance research (Fine et al. 2025).