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Firefighters may utilize different elements to fight a
raging wildfire. Obviously, however, firefighters prefer to use
water. The more water at their disposal, the more effectively they
may suppress any flare-up threatening your home. Streams, ponds,
and backyard pools are just a couple the alternative sources of water.
Streams
Streams are good water sources and are located throughout the
Douglas-fir/tanoak region. Streams can often be used as a reliable
source for water, often with very little work. Some factors to consider
when determining whether a stream is an adequate source of water include
the flowing capacity and accessibility.
Many streams look as if they would provide an ample water supply but may
need a second look by your local Fire Prevention
Technician or Fire Prevention Specialist. When you are looking at the stream to evaluate its flowing
capacity, it is important that you do this during the lowest flow. This
lowest flow typically happens during the most active part of the local
fire season.
Accessibility is also another issue to consider. For a
stream to be considered a good water source, it needs to be accessible.
Some features that will make your stream more accessible include having
an all-weather road that approaches the stream, or having a flat surface
that is capable of supporting a fire engine within 20 feet of the stream
with no more than a 4 to 8 foot drop in elevation.
Ponds
Ponds, although not found locally in as great abundance as streams,
can still be a great source of water. Determining the reliability of a
pond as a water source depends on the volume, deposits in the water, and
accessibility.
The carrying capacity of a pond is an extremely
important factor when deciding if it is a viable source of water. In
particular, the minimum level of water held in a pond is the ultimate
deciding factor. The minimal level of water in the pond should be
determined during the warmest part of the year.
Silt and debris tend to be a larger problem in ponds than in streams.
These deposits can reduce the effectiveness of the water and damage the
equipment pumping the water. Planting fire resistant shrubs between the
road and the pond can often reduce the amount of deposits entering the
pond through runoff from the road.
As with streams, accessibility is a deciding factor with
ponds. Often ponds are surrounded by soft ground. In order for
your pond to be considered a good water source, it needs to have a solid
surface that is capable of supporting the type of heavy equipment often
used in wildland firefighting situations.
Cisterns and Tanks
Many rural homes have water tanks set up as their primary water source.
Homeowners should inform their local fire department of the water tanks
location and inform them about the amount of water the tanks can hold.
Water tanks are also often found on old farms and can be converted into
a useful water source with a minimal investment. These can
be set in a way so they maintain a good water supply collected from
rainwater, streams, wells, or lakes.
Location is also a major consideration. The location that you choose should
provide a safe working environment - one that is free from loose
branches and highly flammable vegetation - and should be easily
accessible.
Swimming Pools
Swimming pools are becoming an increasingly common source for water
in the wildland/urban interface. If you are planning on building a swimming pool,
some structural considerations to consider include accessibility and
structural soundness.
Accessibility is the biggest problem as many pools are located behind
behind. A pool that can easily be approached with a fire engine or
portable pump will prove to be the most effective. Check with the
Fire Prevention Specialist for specific details on accessibility
requirements.
Structural soundness is also a factor when deciding if a pool is a
viable water source. Many pools are constructed from lightly built
cement and rock. This light cement and rock may not be structurally
sound enough to support the type of equipment used in an emergency
situation. Check with a local engineer to determine the potential
for structural failure during an emergency situation.
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