Translate Varroa management science into dollars. ROI, treatment cost savings, colony loss financial impact, contract protection value, and synergist program payback analysis.
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).