The Verification Venue · the animal on the logo is the one that's thriving
Save the Wrong Bee
Ask are honeybees endangered and almost everyone answers wrong. The honeybee on every "save the bees" tote and cereal box is livestock — a managed animal whose global colonies rose about 85% from 1961 to 2017, to roughly 102 million hives. It is not going extinct. The bees that are going extinct are the wild, native ones nobody put on a logo.
There is a real crisis, and it has been quietly mislabelled. So the honest question isn't "are the bees dying" — some are booming, some are collapsing — it's which bee are you being told to save, and does saving it help. Start with the two lines everyone conflates.
Two things called "the bees" — pulling in opposite directions
Managed honeybee · Apis mellifera
a farmed animal — not at risk of extinction
Wild & native bees
the animals actually on the endangered list
Same word, opposite fates. The charismatic one on the merchandise is the farmed one that's thriving; the listings are all wild bees you've probably never heard of. Both columns are cited numbers — recomputed below, and in the verifier.
Here is the part the slogan never reaches. A honeybee hive is a super-forager: tens of thousands of workers stripping pollen from whatever is in bloom. Park one in wild habitat and it competes with the solitary and bumble bees that are the crisis. So the marketed fix — "buy a hive, save the bees" — can quietly subtract from the animals it claims to rescue. Drag hives into the field and watch the pollen leave.
Pollen stripped from the shared bloom (one summer)
0 kg
at ~10 kg per strong colony
Wild-bee young that pollen would have fed — now unprovisioned
0
solitary-bee progeny, at ~100,000 per colony
Drag it to 40 — a single mid-size apiary — to land exactly on Cane & Tepedino's own worked figure: four million native-bee young's worth of pollen, gone in one summer.
The conversion isn't a metaphor; it's an accounting. Cane & Tepedino (2017) measured that one strong colony collects upwards of 10 kg of pollen across a summer — enough to have raised about 100,000 native bees the size of a leafcutter (Megachile rotundata, roughly half a honeybee's mass and about average for North American native bees). That's ~100 mg of pollen per young bee. So each hive you add is one colony's forage removed from the commons:
That is the inversion at the centre of this page. The thing "save the bees" tells you to buy is a competitor for the exact resource the endangered bees depend on. It is not the whole story of why native bees are vanishing — habitat loss, pesticides, pathogens and climate dominate that — but it is a real, measured push in the wrong direction, dressed up as help.
The check — every number recomputed in front of you
The instrument multiplies two sourced constants; the table cross-checks the computed result against the figures the authorities actually published. The green column is the cross-check, not a claim.
| quantity | computed here | published | source |
|---|
For the hives you've set, plugged straight through:
The pollen–progeny equivalence is Cane & Tepedino's; the managed uptrend is FAO via Phiri (2022); the listings are the US Fish & Wildlife final rules. Run it yourself: node research/the-bees-that-arent-endangered/verify.mjs.
What's exactly true, what's idealised, and where the record stops
Exactly true
The managed honeybee is livestock and is rising: +85.0% colonies, +181.0% honey, +116.0% beeswax over 1961–2017 (Phiri, Fèvre & Hidano 2022, from FAO data), ~102 million colonies worldwide by 2021. The rusty-patched bumblebee (Bombus affinis) declined ~87% to roughly 0.1% of its historical range and was listed Endangered under the US ESA — final rule 11 Jan 2017, effective 21 Mar 2017 — the first bumblebee and first bee in the continental US so listed. The forage figure is a real measurement: one strong colony strips upwards of 10 kg of pollen per summer, a mass equivalent to ~100,000 M. rotundata-sized native-bee young; a 40-hive apiary ≈ 4,000,000.
The "first bee" landmine — named on purpose
The rusty-patched was not the first US bee. Seven Hawaiian yellow-faced bees (Hylaeus spp.) were listed first — final rule 30 Sep 2016, effective 31 Oct 2016. Rusty-patched was the first bumblebee and first in the continental US. A sentence saying "the first endangered bee in the US" would mint a fresh myth.
Idealised / free choices in the instrument
The dial multiplies two constants linearly, which assumes every kilogram of stripped pollen would otherwise have gone to solitary bees. It wouldn't: the 100,000 figure is a forage equivalence — an upper-bound accounting of pollen mass, not a demonstrated count of bees actually killed off. M. rotundata is a representative average-size native bee; real natives vary widely in body size and pollen need. "Upwards of 10 kg" is a conservative floor; feral and some managed estimates run higher. Landscape richness, floral density and timing all moderate the true effect — the linear line is the clean equivalence, not a field prediction.
What the record does NOT support
Managed-bee competition is not the master cause of wild-bee decline. The dominant drivers are habitat loss, pesticides, pathogens/parasites and climate; competition is one contributing, locally important, context-dependent factor. The evidence is "mounting" — the share of studies finding negative effects rose from 53% (2017) to 66% (Iwasaki & Hogendoorn 2022), with direct competition measured in the field (Page & Williams 2023) — but "mounting and partial" is not "proven and dominant," and the page claims only the former.
Do not flatten "Apis mellifera is not endangered"
Only the managed livestock is safe. As of October 2025 the IUCN reassessed wild / free-living Apis mellifera in the EU from Data Deficient (2014) to Endangered (EU27) — a seven-country analysis estimates a median ~56% decline per decade in free-living colonies. So the managed/wild split cuts through the honeybee itself. And honeybees are not villains: they are the backbone of crop pollination, while also being, where introduced, a feral animal that can add its own invasive pressure.
CCD and neonicotinoids — contested, not adjudicated
Colony Collapse Disorder was named ~2006–07; the named syndrome faded after ~2013. It is multifactorial, with Varroa destructor mites and their viruses the leading suspects. The neonicotinoid role is genuinely disputed — the EPA has called it "overstated" relative to Varroa; others argue a neonic–Varroa synergy. Neither "neonics caused the collapse" nor "neonics are exonerated" is supportable, and this page adjudicates neither. The wider ~75% flying-insect biomass loss (Hallmann 2017) is German protected-area data whose global extrapolation is debated.
A caveat on the FAO figures
FAO colony counts are self-reported national statistics with known quality caveats. The direction — a decades-long managed uptrend — is robust; any single absolute count carries uncertainty. And rising absolute stock is itself too complacent: per-capita colonies fell 19.9% (13.6→10.9 per 1000 people, 1961–2017) and managed stock has grown slower than pollinator-dependent crop demand (Aizen & Harder 2009).