The most important fact here isn’t the drama of a birthday gone wrong; it’s that an ordinary suburban yard hid an eight-foot void that gave way without warning and nearly buried a homeowner alive — a textbook reminder that backyard “holes” are often failed subsurface structures masquerading as sinkholes and demand a prompt, disciplined response.
The Short Version
- A Bohemia, Long Island woman, identified as Tammone, fell into an approximately eight-foot-deep hole in her backyard and was rescued after neighbors heard her calls and dialed 911.
- Responders used a ladder to extract her through mud, water, and roots; she credited police, firefighters, and EMS with a swift, coordinated save.
- Accounts consistently fix the location and depth; outlets differ on labeling the hazard as an old well, a hole, or a cesspool.
- She avoided grave injury and is recovering, reporting whiplash and muscle strain while expressing gratitude for the rescue.
What Happened: A sudden collapse, a ladder, and a fast rescue
In Bohemia on Long Island, Tammone was in her yard when the ground beneath her surrendered; she dropped into a vertical void she later described as about eight feet deep, with water and sod at the bottom. Two nearby residents heard her screams, found the opening by following her voice and spotting her shoes near the edge, and called 911. Responding officers and emergency crews deployed the simplest, safest extraction tool for a stable-walled shaft: a ladder. Working through mud, water, and tangled roots, they positioned it and helped her climb to the surface. She later said the responders — police, firefighters, EMTs, and a special unit — were “wonderful,” a judgment borne out by the fundamental emergency principle they followed: don’t send rescuers into a potentially unstable hole if a ladder and controlled ascent will do the job.
Several outlets agree on the core facts: Bohemia address, roughly eight-foot depth, neighbor discovery, and a ladder-assisted extraction. On timing, Tammone estimated about 30 minutes trapped; another account compressed the ordeal to nearer ten minutes, the kind of imprecision common in adrenaline-soaked incidents. She walked away without catastrophic harm. One report quoted her saying the soft, water-and-sod bottom spared her; another noted she was recovering from whiplash and pulled muscles — entirely compatible with a sudden vertical fall followed by a tense climb out.
Why the ground fails underfoot: cesspools, wells, drywells, and true sinkholes
Early reporting called the hazard an “old well,” a “hole,” or an “overflow cesspool.” Those labels reflect real ambiguity at first glance; several categories of subsurface structures present similarly when they fail. On Long Island, older homes may have cesspools or drywells — underground masonry or concrete structures for wastewater or stormwater — that can deteriorate over decades. Their crowns can be thin, corroded, or undermined by leakage, and a saturated, root-laced soil matrix above can look intact until it isn’t. Elsewhere, abandoned hand-dug wells and improperly decommissioned pits create the same risk profile: a hidden void with a fragile lid. True geologic sinkholes form differently — typically in karst terrain where acidic groundwater dissolves limestone — but to a startled homeowner staring into a dark cylinder, the taxonomy is academic until an inspection is done.
Public guidance is consistent: rope off the area, keep weight off the rim, and treat the site as unstable until a qualified assessment determines cause and repairs. Local soil and water agencies warn against entering deep depressions and recommend probing from a safe distance, then engaging septic contractors, utility locators, or geotechnical engineers as the structure and subsurface conditions warrant. In short: first responders executed the right playbook for a vertical void rescue; property owners should follow the right playbook for what comes next — diagnosis and permanent remediation.
Mechanics of the rescue: simple tools, sound judgment
Vertical void rescues punish improvisation and reward fundamentals. The reported sequence — locate the victim by voice, secure the perimeter, deploy a ladder, assist ascent — aligns with standard low-tech, high-safety practice. A ladder allows the victim to bear some weight and maintain three points of contact while responders control the movement. Mud, water, and roots complicate footing and visibility, but they also hint at the subsurface story: persistent moisture, decaying organics, and disrupted soils that erode support for old structures. The responders’ choice not to descend into the hole but to stabilize access from above reduced the chance of a secondary collapse or a rescuer becoming a second patient.
Neighbors mattered, too. In many backyard collapses, time to discovery is the variable that dictates outcome. The witnesses here did three things right: they listened, they called quickly, and they stayed clear of the edge while directing responders to the exact location. That sequence shortens the hazard window and keeps the witness-to-patient ratio favorable for a controlled extraction.
Where the labels diverge — and why it doesn’t change the immediate risk
Was it a cesspool, an old well, or simply a hole? The difference matters for long-term fix and liability, but less so for the day-of rescue. Media accounts often adopt the first plausible label offered by witnesses; later, an inspector will open the ground wider, trace piping, or find masonry rings that tell the truth. In regions with legacy onsite wastewater systems, cesspool crown failures are a recurrent hazard. In older suburbs beyond karst belts, drywell or utility trench collapses are common. And in oil and gas regions, improperly abandoned or undocumented wells can lurk under yards and even building footprints, an issue national and local studies have quantified near residences. The through-line is practical: treat all sudden voids as dangerous until proven otherwise; then fix what you actually have.
County guidance underscores that approach. Even small holes can connect to larger cavities; probing and temporary stabilization should precede any fill. If wastewater infrastructure is involved, contamination risk adds a public health dimension; contractors may need to pump, disinfect, and rebuild with engineered lids, collars, or backfill designed to carry surface loads safely. Where geology is the driver, remediation can involve grout injection and controlled compaction. Either path starts with identification, not assumption.
What this means for homeowners and local officials
For homeowners, the lesson is discipline over drama. If your yard slumps or opens: secure the area, keep people and pets away, and call professionals. Before anyone moves soil, coordinate utility locates and determine whether the void ties to septic, stormwater, or legacy features. If injuries occur or a person is trapped, replicate what worked here: summon help immediately, avoid the edge, and stage a ladder or rope only if you can do so without entering the hole. Afterward, insist on a cause finding and a documented repair; a cosmetic soil cap over a failed structure is an invitation to a second collapse.
The bottom line
This Bohemia rescue is not a curiosity; it’s a case study in why ordinary yards deserve respect. An eight-foot drop into water and sod is survivable with luck and calm responders; the next person might not be as fortunate. Call fast, keep clear, use the ladder, then fix the underlying structure — not the story.
Sources:
nypost.com, longisland.news12.com, cbsnews.com, greaterlongisland.com
