Water left by an overflowing creek in ground floors, cellars and yards, with extraction and drying across Erie County.
Fastest: call (833) 490-5225. Or send this and we call you back.
Cazenovia Creek overflow damage is the water and silt left in buildings when the creek rises above its banks after heavy rain or a thaw. Buffalo Water Damage Restoration responds around the clock as a crew is free, serves Buffalo and Erie County, and starts with extraction.
Cazenovia Creek runs south of the city of Buffalo. It is one of the creeks whose ice jams and floods appear in the local history, and the National Weather Service Buffalo office records a February 2001 flood that reached West Seneca and Buffalo after rain and warm temperatures. When a creek overflows, the water reaches buildings through the lowest openings first: the cellar, the garage, the window well and the back door.
An overflow is different from a burst pipe. The water comes from outside, it is often muddy, and it arrives over a period of hours rather than all at once. The building can be wet from the ground up and from the outside in at the same time, which makes the work more complex than a single leak. A crew checks both the entry points and the water already inside before it chooses the equipment.
Calls about creek water should go to (833) 490-5225 as soon as the water is inside, even if the flood has already dropped. Wet materials keep changing while they sit. A crew is sent as soon as one is free, and the first visit records the water line, the source and the rooms affected so the work can be planned.
Creek water can carry bacteria, sewage and chemicals from the ground it crossed, so treat it as contaminated. Wear waterproof boots and gloves, wash your hands after any contact, and keep children and pets away. Do not walk through flooded ground to reach the cellar until the power is off and the path is clear. Do not use a gas appliance or a portable generator that has been in water.
Water from a creek comes in through the lowest openings, so the crew checks the bulkhead, the window wells, the back door, the garage threshold and the foundation for the path the water took. Stopping the entry comes before the cleanup, because water that keeps arriving will undo the work.
Standing water is pumped out and the silt is removed from floors, slabs and drains. Creek silt holds moisture against every surface it touches, so it has to be cleared before the drying equipment can work.
Carpet, pad, insulation, fabric, cardboard and the lower foot of drywall that touched the water are assessed one by one. Materials that cannot be cleaned and dried to a safe level are removed and bagged for disposal.
The crew sets air movers and dehumidifiers to reach the wall cavities and the subfloor, working from the lowest point of the building upward. Moisture readings are logged at each visit until the materials return to their dry readings.
The furnace, the water heater, the electrical panel and the sump all sit low in many houses. The technician checks each one for water damage and notes what needs a separate repair by a qualified tradesperson.
Creek water carries silt, debris and sometimes sewage from the ground it passes over, and it stays in buildings longer. The extra material means the cleanup is more thorough than a rainwater cleanup.
A creek in flood moves soil, leaves, grit and whatever has washed into the channel. When the water enters a building it deposits that material on floors and walls, where it traps moisture and feeds odor and staining. Rainwater that runs in from the surface is usually cleaner, but it can carry the same silt once it has moved across a lawn or a driveway.
The water also stays for longer. Creek water sits in a cellar while the ground outside drains slowly, so materials keep soaking after the flood has receded. A crew plans for that longer exposure and checks the lower walls several times during the drying.
Properties with low openings, cellars close to the ground, garages at grade and yards that drain toward the house are the most exposed. The creek's flood reach has included West Seneca and Buffalo, so the risk is real across those areas.
The sources show that Cazenovia Creek has flooded West Seneca and Buffalo, and they do not map individual streets. A building's exposure depends on its elevation, the openings at its base, the grade of its yard and the drainage around its foundation. A house on a level lot with a low bulkhead carries a different exposure than one on a rise with a sealed cellar.
A homeowner can look for the signs that water has already reached the building, such as a stain line on the foundation wall, silt in the window well, or a mark on the garage floor. Those marks are the most honest guide to what the water did last time, and the crew reads them on the first visit.
The crew removes the water and the silt, dries the lowest parts of the structure first, and then works up through the rooms. Drying is checked with moisture readings at each visit until the materials return to their dry readings.
Drying starts once the water and silt are gone. Air movers are placed to move air across the floor and up the walls, and dehumidifiers pull moisture out of the room air. The crew sets the equipment for the space, not for a fixed schedule, and adjusts it as the readings change.
Masonry, block and concrete take the longest, and the wood framing above them is checked separately. The crew records the readings at each point and gives the owner a copy, so the progress of the drying is visible and the decision to finish is based on the numbers rather than on how the room looks.
Check the entry points, the lowest walls, the cellar drain and any appliance that sat in water. Call a crew before cleaning up silt, and keep the damage photographs until the work is complete.
Once the creek has dropped and the ground outside is passable, look at the bulkhead, the window well and the door sill for damage or gaps. Look for debris caught against the foundation and for a line of silt on the outside wall, because both show where the water stood. Do not wash the silt down the floor drain, since it can clog the drain and the sump.
Shut off the electricity to the flooded area before touching any wet outlet. If the furnace or the water heater was under water, it needs a qualified check before it is used again. Call (833) 490-5225 with the findings, and the crew can plan the visit around them.
The depth of the water, how long it stood, how much silt came in, and how many finished materials were soaked all affect the work. The price is explained and approved on site before any equipment is set up, and no figure is published here.
A cellar that held creek water for a day with silt on every surface costs more to clear than one with a shallow film that drained quickly. The materials that come out, such as carpet, insulation, stored items and the lower drywall, add to the scope, and so do the systems that must be checked by another trade.
Access also changes the time on site. A garage with a tight side yard, a cellar with narrow stairs or a building with many rooms on several floors takes longer to reach. The technician explains the scope on site, shows the readings and the materials planned for removal, and confirms the price before any work begins.
Water that comes in through a bulkhead or a cellar door fills the cellar from the bottom up. The crew extracts the cellar first, then works up through the rooms above it, checking the sill and the joists for water that climbed into the framing.
A garage at the back of a lot takes creek water through its slab and its doors, and the water can reach stored goods and the wall framing. The crew removes the contents that can be dried and assesses the rest, then dries the slab and the bottom of the walls.
Saturated ground can push water through the foundation and into the crawl space or the cellar, even when the creek itself has not reached the house. The crew checks the foundation drain and the sump, and records the moisture in the lower walls to see how far the water has travelled.
Cazenovia Creek is one of the local waterways named in the city's flood record. It runs south of the city, and the creek was among those jammed in February 1985, when hundreds of residents were evacuated, according to the National Weather Service Buffalo history. A crew working in the area south of the city plans for the creek's overflow reach as part of the first visit.
The February 2001 flood reached West Seneca and Buffalo after rain and warm temperatures, which is a reminder that the creek's water does not respect the municipal line. A property in one municipality can be exposed to the same flood as a property across the boundary, so the work is planned around the water on the building, not the town name.
Across Erie County, the older houses and the newer subdivisions handle overflow differently. Older cellars often have masonry walls and low window wells, while newer homes may have finished lower levels with more drywall and carpet. The crew adjusts the extraction and the drying to suit whichever kind of structure it finds.
Call any hour and explain what is going on. You get a clear price before any work starts.
Not sure if you're covered? Check your ZIP code.
Flood water from an ice jam on a creek, with extraction, drying and cellar cleanup in Buffalo and across Erie County.
Water damage in buildings near the buried stretch of Scajaquada Creek, with the readings that show where water is coming from.
Water and damp held in crawl spaces and cellars after a flood or a leak, with readings, drying and a check of the wall plate.
Standing water is pumped out of floors, cellars and carpet before drying begins, in Buffalo and across Erie County.
After an ice-jam flood, the first priorities are safety, stopping more water from entering and photographing the water line before anything is moved.
Cazenovia Creek runs south of Buffalo and has been the site of ice-jam and rain floods, including February 1985 and February 2001.
Not always, but it should be treated as contaminated because it picks up material from the ground and from any drains it passes. The crew assesses the water on arrival and decides how each material is handled.
Yes. Water can travel across yards and into low openings, and the creek's flood record includes areas well away from its banks. The exposure of a particular building depends on its elevation and its openings, so the safest course is to check the water line in the building.
Pumping can start once the power is safely off and the discharge point is clear. Pumping too fast can put pressure on soaked walls, so the crew sets the pace and watches the walls as the water comes down.
Do not wash it down the drain, because it can clog the floor drain and the sump. Wait for the crew, which removes the silt and assesses the floor coverings beneath it.
The drying time depends on the materials, the moisture in the masonry and the equipment on site. Masonry and framing take longer than the floor surface, so the crew keeps taking readings until they reach their dry level.
This page does not speak for any public body. Questions about public flood measures or reimbursement should go to the City of Buffalo or the county, and questions about private insurance go to the insurer and the New York State Department of Financial Services.
Water that returns during the next rain or thaw usually means an entry point was missed. Call the crew so it can check the bulkhead, the window well and the foundation again, and record the new water line.