When you ask who found bees at East Lawn Cemetery, the short answer is Rachel Fordyce, a Cornell University lab technician who noticed an unusual concentration of bees while walking through the site in Ithaca, New York. Her chance observation led to one of the most striking bee discoveries recorded in the United States, and it changed how you can think about cemeteries as quiet but important habitats for native pollinators.
The story matters because the bees were not a small garden swarm or a single hive. They were a massive underground aggregation of ground-nesting bees living beneath the cemetery soil, hidden in plain sight for years.
Who First Noticed The Bees
The first clue came from a routine walk, not a formal survey. Rachel Fordyce’s observation gave you the human starting point, and that small moment eventually reached Cornell researchers including Bryan Danforth and Steve Hoge.
Rachel Fordyce’s Initial Observation
Rachel Fordyce, a technician working with Cornell University, noticed an odd number of bees while crossing East Lawn Cemetery near campus. According to a report from ScienceAlert, she collected a jarful of bees so colleagues could take a closer look.
That kind of field curiosity matters. In practice, you often spot ecological surprises because someone pays attention to what looks slightly off, then asks the right follow-up question.
How The Discovery Reached Cornell Researchers
Fordyce’s sample reached entomologists at Cornell, where Bryan Danforth and Steve Hoge helped evaluate what was happening under the cemetery grounds. The cemetery sat close enough to campus that the find could be checked quickly, which made the discovery feel less like a rumor and more like a real biological pattern.
What began as a parking-related detour became a research project about an unusually dense bee aggregation in Ithaca. That connection to Cornell gave the observation scientific weight and turned one jar of bees into a major study.
How Scientists Confirmed The Massive Nesting Site
Once the site looked promising, the work shifted from noticing bees to counting them. Scientists used field methods that could estimate how many insects were emerging from the soil and whether the cemetery was supporting a true nesting colony.
Using Emergence Traps To Estimate Population Size
Researchers placed emergence traps over sections of ground to catch bees as they came out of their nests. That approach let them measure how many bees were using the site without digging up the entire cemetery.
The method is especially useful for ground-nesting bees, because you can estimate activity from the surface while leaving the underground system largely intact. It also fits solitary bees well, since many do not build visible hives.
Why 5.56 Million Bees Became The Headline Estimate
The published estimate came to about 5.56 million bees, a number that quickly became the headline. That figure was based on the density of the bee aggregation spread across the site, not on a literal count of every individual insect.
You can think of the number as a carefully built estimate, not a dramatic guess. It is large enough to make the cemetery one of the most significant known nesting sites for solitary bees in North America.
What Species Was Found Under The Cemetery
The bees were not honey bees living in a hive system. They were native, soil-nesting insects adapted to life underground, which explains why the colony stayed hidden for so long.
Andrena Regularis As The Regular Mining Bee
The species identified at East Lawn Cemetery was Andrena regularis, also called the regular mining bee or regular mining bees. It belongs to the mining bee group, sometimes described more broadly as miner bees or mining bees.
This matters because the species is a native pollinator, not an imported hive bee. As noted by Cornell coverage in Discover Wildlife, the site held an unusually large population of this specific bee.
Why Mining Bees Gather In Large Numbers Without Forming Hives
Mining bees are solitary bees, yet they can nest in dense clusters when the soil conditions are right. Each female typically digs and provisions her own nest, so a large gathering does not mean one giant hive.
You may see many entrances close together because the habitat is ideal, not because the bees are social in the honey bee sense. A species like Andrena regularis can share a landscape without sharing a colony structure, and that is why such a big underground population can exist quietly for years.
Why This Discovery Matters Beyond Ithaca
The East Lawn Cemetery find is important because it shows how overlooked urban and semi-urban spaces can support native pollinators. It also connects directly to broader Cornell work at places like Cornell Orchards, where habitat and agriculture meet.
East Lawn Cemetery And Cornell Orchards As A Bee Habitat Story
East Lawn Cemetery and Cornell Orchards together show you two sides of the same habitat question. One is a quiet burial ground with undisturbed soil, and the other is an active agricultural site where pollinators support fruit production.
Bryan Danforth and Steve Hoge helped frame the discovery as more than a curiosity, since the bees likely play a useful ecological role in the surrounding landscape. Native pollinators such as pollinators help stabilize plant reproduction across managed and unmanaged spaces.
How This Aggregation Compares With Other Recorded Bee Sites
This cemetery colony stands out because of its size and the way it was missed for so long. Large bee aggregations are known in other warm, sandy, or disturbed habitats, and species such as centris caesalpiniae, melissodes bimaculatus, and epicharis picta also show how native bees can gather densely when conditions fit their nesting habits.
The East Lawn site is a reminder that you do not need a wilderness preserve to find major insect habitat. Sometimes the most important bee landscapes are the ones people walk across every day without noticing.
