Keith Richey,
Coordinator
151 West 1st North
St.
Anthony, Idaho 83445
208-624-1535
Fax:
208-624-7335
National, State and local health officials are taking the reports of swine flu illnesses very seriously. We live in a global society with daily travelers entering and leaving our state. We plan to work with healthcare providers and increase surveillance, searching for any possible illnesses that could be related to this situation.
Centers for Disease Control (DC): http://www.cdc.gov/swineflu/ |
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THE DANGERS OF CARBON MONOXIDE
Source: First Alert®, BRK Brands, National Fire Protection Association
Carbon Monoxide (CO) is a colorless, odorless deadly gas. It's a common
by-product of incomplete combustion, produced when oil, gas or coal burns.
Sources in the home are gas and oil furnaces, refrigerators, clothes dryers,
water heaters, fireplaces, charcoal grills and space heaters. Fumes from
automobiles can enter a home through walls or doorways if a car is left running
in an attached garage. If a home is vented properly and is free from appliance
malfunctions, air pressure fluctuations or airway blockages, the carbon monoxide
will most likely be safely vented to the outside. Since you can not see, taste
or smell it, carbon monoxide can kill you before you know it's there. Exposure
to low levels over time can make you sick. Individuals with greater oxygen
requirements such as unborn babies, infants, children or people with respiratory
or coronary problems are at a greater risk for CO poisoning.
Symptoms of Poisoning
Symptoms include headaches, fatigue, nausea, dizzy spells, confusion and
irritability. Since symptoms are similar to the flu, CO poisoning can be
misdiagnosed. As levels of COHb (a toxic compound in the blood caused by CO
bonding with hemoglobin) rise, victims suffer vomiting, loss of consciousness,
and eventually brain damage or death.
Detectors
The Consumer Product Safety Commission recommends installing at least one carbon
monoxide detector per household, near the sleeping area in a home. Choose an
Underwriters Laboratories (UL) listed detector that sounds an audible alarm. A
carbon monoxide detector triggers an alarm based on exposure to CO over time. It
is designed to sound an alarm before an average, healthy adult would experience
symptoms.
Installing a Detector
If you only have one detector, install it in the hallway near the sleeping area.
Make sure you can hear it from every bedroom so it will awaken everyone if the
alarm sounds while you're sleeping. Carbon Monoxide weighs the same as air and
distributes evenly throughout a room. A CO detector will be effective if it's on
a ceiling, near the baseboard or anywhere in between. Pick a location where the
alarm will stay clean and out of children's reach.
Do not install next to a combustion appliance such as a gas or oil furnace, oven or water heater. Install the detector at least 15 to 20 feet away from these types of appliances.
Do not install where it will be exposed to strong chemical solvents, cleaners or in areas of high humidity. CO detectors work best when clean and dry.
Never spray cleaning chemicals on or near the detector. Keep it free of grease, soot and debris by vacuuming it gently. Test the CO alarm regularly by following the manufacturer's instructions.
When the Alarm Sounds
It is possible that a person would not be experiencing symptoms of CO poisoning
when an alarm sounds. That doesn't mean there is not carbon monoxide present.
The alarm is supposed to go off before you feel sick, so that you have time to
react and take action.
Don't panic. Press the Test/Silence button to temporarily quiet the alarm, then
call 911. Immediately remove everyone to a source of fresh air. Leave the CO
alarm where it is. Do not re-enter your home until the emergency responders have
arrived, your home is aired out and your CO detector returns to normal
operation.
Have the problem corrected as soon as possible. Keep your home well ventilated until the problem has been fixed.
Safety Tips
Carbon Monoxide detectors are not substitutes for smoke detectors. Smoke
detectors react to fire by-products, before CO detectors would alarm. Smoke
detectors give an earlier warning of a fire, providing more time to escape.
Know the difference between the sound of the smoke detectors and the sound of
the carbon monoxide detector.
Have a home evacuation plan for any home emergency and practice the plan with
all members of the household.
If you need to warm up a vehicle, remove it from the garage immediately after
starting the ignition. Do not run a vehicle or other fueled engine or motor
indoors, even if the garage doors are open. CO from a running vehicle inside an
attached garage can get inside the house, even with the garage doors open.
Normal circulation does not provide enough fresh air to reliably prevent
dangerous accumulations inside.
When camping, remember to use battery powered heaters and flashlights in tents,
trailers and motor homes. Using fossil fuels inside these structures is
extremely dangerous. NFPA 501, Standard on Recreational Vehicles, requires the
installation of a CO detector in RVs.
Checklist for Problem Sources
√ A forced-air furnace is frequently the source of leaks and should be
inspected. Check connections to flue pipes and venting systems to outside of the
home for signs of corrosion, rust, gaps or holes. Check furnace filters for dirt
and blockages.
√ Check all venting systems to the outside such as flues and chimneys for
cracks, corrosion, holes, debris or blockages.
√ Check appliances such as water heaters, clothes dryers, kitchen ranges and
ovens, wood burning stoves and gas refrigerators. Pilot lights can be a source
of CO because the by-products of combustion are released inside the home rather
than vented to the outside.
√ Be sure space heaters that use a flammable fuel such as kerosene are vented
properly. Open a window slightly whenever using a kerosene heater. Refuel
outside, after the device has cooled.
√ Barbecue grills should never be operated indoors. Stove tops or ovens that
operate on flammable fuels should not be used to heat a residence.
√ Check fireplaces for closed, blocked or bent flues, soot and debris.
√ Check the clothes dryer vent opening outside the house for lint.
Contacts for West
Nile Virus Information - 146kb PDF |
Wildland-Urban Interface Risk Assessments
Fremont County Emergency Management is currently performing risk assessments on residences that are in areas vulnerable to wildland fires. The majority of these assessments will be performed primarily in Island Park, and also in the Greentimber and Warm River areas northeast of Ashton. These areas were identified as high risk in the 2004 Fremont County Wildland Fire Hazard Mitigation Plan, which was developed by the board of County Commissioners, local fire departments, emergency management personnel, planning and building departments and the BLM.
As a result of creating the mitigation plan, the BLM awarded Fremont County a $40,000 grant to perform much needed wildland-urban fire risk assessments. Data collected from the field, such as evaluation of combustible materials near a residence, building construction, gas and electrical shutoff placements, defensible spaces, access roads and house numbers will be entered into a database program designed specifically for wildland fire planning and mitigation efforts.
Using GPS technology, emergency personnel can identify areas that have high life-safety risks due to things such as heavy timber, steep terrain, poor access routes, no defensible spaces and handicapped people or senior citizens that may not be able to evacuate on their own and will require special assistance.
Fire departments will be able to create response plans to show what areas can be protected in a large scale fire and what areas are too dangerous to send firefighters into. Evacuation routes and emergency shelter locations will be identified for people fleeing from a large-scale fire or disaster.
Although this database was created primarily for wildland fires, it is also being used to identify hazardous material storage locations, flood inundation zones, critical infrastructure and special population centers such as schools and churches.
The assessment results will be used by local Fire, EMS and Law Enforcement agencies to develop response plans, establish emergency access & evacuation routes, identify local resources and periodically update the Fremont County E-911 Database.
A photograph of the structure will also be recorded to assist emergency responders in quickly locating a residence and the quickest and safest possible access to it. Having a picture of a residence will allow emergency dispatchers to quickly describe the building to emergency responders and eliminate valuable time that may be wasted due to poor or no directions.
This information is not used to determine property values or taxes.
These assessments will be performed throughout the entire county once the highest risk areas are completed.
If anyone is interested in learning more about these assessments, the target areas and ways to reduce your risk to wildland fire, please feel free to contact Fremont County Emergency Management Coordinator Keith Richey at 652-7645. Local communities, subdivisions and home owner associations that are interested in organizing to have an assessment done in their areas are encouraged to call.
Other sites of interest:
- Current fires, fire weather and Red Flag Warnings
- Fremont County Wildland Fire Mitigation Plan
- Pocatello office for the National Weather Service
- Bureau of Reclamation reservoir storage levels
- Idaho Bureau of Homeland Security
- District 7 Health Department
- Web site for Pandemic Flu and the Avian Flu
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