PUBLIC EDUCATION
Send a message to the Larkspur Fire Department re Public Education

Why 100 Feet?     Fire Safe Marin

Never play with matches. Always give matches to an adult.
Stop Drop and Roll. If your clothes catch on fire stop where you are. Cover your face with your hands and drop to the ground. Roll on the ground to smother the fire.
Cool a burn under cool tap water for twenty minutes. This will help take away the pain and aid healing.
Test your smoke detectors. Test them every month by pressing the test button and waiting a few seconds for the alarm to sound. Change the battery in the smoke detector every time you adjust your clocks for daylight savings time.
Crawl low under smoke. If there is smoke in your house stay low. Smoke rises and breathable air remains at floor level.
Practice exit drills in your home. Have fire drills in your house so everyone in the family knows what to do in an emergency. Know at least two ways out of the house.
Have a safe meeting area outside your home. Everyone in the family should know where it is and meet there if you have to evacuate your home.
Community based service is important to everyone at the Larkspur Fire Department. Please feel free to call us at 927-5007 and we will help you answer any questions about emergency services and life safety. We are available to help families or groups with their specific safety concerns.

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Standing Guard In Your Neighborhood

They've been called many things over the years; Little Buddies, Silent Soldiers, Bronze Beauties, Dog's Best Friend. They stand at attention, ready to be utilized at the drop of a coupling.
Yellow Fire Hydrant
Hydrant">Do we ever notice these humble little ones or do we simply take them for granted as just another part of the landscape. A fire hydrant often spends a lifetime, waiting patiently for that moment of glory-when firefighters pull up and connect hose to it. Only then are they able to show their true potential to their "colleagues" and the community.

Brief history of the fire hydrant
Having been around for a couple hundred years, hydrants have taken many different shapes and sizes, although they haven't always been as handsome as they are today. In the beginning of the 19th century, water was distributed through wooden water mains that were laid underground. Wooden fire hydrants would become the norm. As the fire service progressed, the need for stronger, more durable hydrants developed. By the 1840's, some manufacturers were making attractive cast iron, copper or brass post type hydrants. The hydrants we see in Larkspur today are made of bronze or cast iron depending on the hydrant's age and make and are much more suited for modern fire fighting. Over 400 hydrants are strategically placed throughout the City of Larkspur today.

Fire + Water = Extinguishment
It's important to understand that from every fire hydrant comes the lifeblood of fire fighting. A typical fire engine carries approximately 500 gallons of water in a tank mounted on the fire engine. On a "working fire," that is-one that is rapidly developing-it's common to use more than 500 gallons of water. It's not uncommon for firefighters engaged in a fast and furious fire attack to go through 500 gallons in 2-3 minutes. In fact, it may take several thousand gallons to extinguish a fire. Therefore, it's crucial that firefighters have quick access to a water supply.

Firefighters hook up hoses to the hydrant. Water is then discharged from the hydrant and is pumped through a pump mounted on the fire engine. The apparatus operator or "Engineer" can then boost the pressure and send water through other hoselines to firefighters combating the fire. Everyone works together, while looking out for each other, and the fire goes out. The hydrant beams with pride.

What's in a color?
People often inquire about why hydrants are painted different colors. Hydrants are usually painted "safety yellow." Although hydrants are listed on fire department maps, yellow paint enables them to stand out. This can be particularly helpful when the hydrant is surrounded by vegetation and/or needs to be located at night.

Hydrants have different color tops or "bonnets" with matching discharge caps (where we connect the hose). The amount of water a hydrant can produce determines the color of the hydrant's bonnet and discharge caps.

Red: Less than 500 gallons per minute
Orange: 500-999 gallons per minute
Green: 1000-1499 gallons per minute
Blue: 1500 gallons per minute or greater

The "Blue Dot."
We've all seen them in the roadway. In the fire service, these items are commonly referred to as "Blue dots." Blue dots are actually street reflectors that signify that a hydrant is standing guard nearby.

Want to help?
The next time you pass by one of your neighborhood hydrants, size it up. Are there obstructions around it? Is there vegetation growing over it? If the hydrant is in front of your home and you can keep the vegetation from overtaking it-great. It's important to have at least 3 feet of clearance maintained around the hydrant. Firefighters need this space to be able to connect hoses from different outlets on the hydrant. It's also important that people do not park in front of hydrants.

If you have questions or concerns regarding your neighborhood hydrants or any other topic related to the Larkspur Fire Department or the services we provide, please contact either of the Larkspur fire stations. Have a great day!

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The Larkspur Fire Department reminds you that you should have an easy plan in place to handle an earthquake. An incident only last a few seconds, so the time to plan is definitely before it happens!

Look around your workstation. Find an object that you can quickly hide under. It only has to be strong enough to shield you from falling ceiling tiles, lights and broken glass. You should be able to get under this shelter within seconds and curl into a ball while sitting. Your hands should cover the back of your head and neck. Actual building collapses are very rare. Most people are injured from falling debris. Do not come out from your shelter until the shaking stops. Expect aftershocks. Gather as a group inside. Leave the building as a group if you decide to evacuate. Walk slowly as you leave. Beware of objects falling from the roof as you exit. Over 90% of earthquake injuries occur within ten feet of the exit. Look for power lines on the ground. Some of these carry 12,000 volts of electricity.

The whole group should go to a pre-designated meeting area. This should be away from power lines and objects that can come down and injure you. Parking lots work very well. Try your best to account for everyone who was in the building. Never re-enter a building that you have evacuated.

If you have to use a phone to call 911, you may have to wait on the line for over a minute to get a dial tone. Payphone service is usually restored before business or home lines.

Know how to shut off your gas and electricity. The Larkspur Fire Department offers Community Emergency Response Training (CERT) training to homeowner groups, businesses and individuals. Call (415) 389-4138, and we will help answer questions about general life safety issues or our community-based programs.

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A Primer On Sudden Oak Death
From the Larkspur Fire Department

MARIN AND MANY coastal central and Northern California counties are just beginning to see the results of the phenomena known as Sudden Oak Death. The oak trees appear to be healthy and green, but in fact the trees have been diseased for a significant period of time and then suddenly turn brown. The oak tree problem is expected to last at least ten years and will permanently change the landscape of the areas affected. It should be noted that the "experts" are just beginning to understand the extent of the problem and that there are many more questions than answers. The last several weeks have produced significant media coverage with proposed funding on the local, state and national levels to combat the problem.

At this time, the best explanation for the cause of the sudden oak death is due to an over-population of oak trees and the trees being too stressed. The weakened, stressed trees are then vulnerable to the disease.

The primary disease affecting the trees is an algae called Phytophthera. Most people have been calling Phytophthera a fungus but technically is an algae. It is a strong and aggressive algae that was responsible for the Irish Potato Famine in the 1800s and devastating tree losses in Australia and Puerto Rico in the 1900s. The Phytophthera algae moves through water and this may be the way the disease is spread. It has also been speculated that the algae may be spread through soil and air. At this time, there is no known cure or effective method to stop the algae, and the experts have no idea where it came from or how it got here.

The secondary causes of the oak death are due to a fungus called Hypoxylon and beetles. The Hypoxylon is a fungus present on all trees but is not a threat until the tree becomes weak. The Hypoxylon sucks the moisture out of the tree and kills the bark. The base of the tree will show droplets of sap and broad wet areas. If you cut into the wet area, it has a distinct smell that resembles that of a strong red wine. The beetles are opportunistic to sick trees and bore into the tree. The holes will be surrounded with boring dust and will be regularly spaced. The beetles disrupt the absorption of water into the tree and allow the fungus to grow more rapidly.

At this time, it appears that the tan oak, the live oak and the black oak are all affected. From the evidence so far, they expect to lose 100% of the tan oaks and very large numbers of the others. It is also possible that the disease may spread to other species of trees.

There are a few things homeowners can do in an attempt to improve the health of their trees. It was suggested that homeowner should thin the numbers of oaks on their property and supplement the amount of water the trees receive in the dry months. Insecticides can be used to kill the beetles. Tree experts are also experimenting with various fungicides to improve the immune systems of the trees.

If the problem escalates as expected, the extent of the oak death should be much clearer next year as the number of dead trees really begins to show. The long-term hope is that a strain of oak will develop that is resistant to the Phytophthera algae. Unfortunately, the evidence of a new strain of the slow-growing oaks will be generations away. For more complete and updated information on the sudden oak death epidemic, check the California Oak Mortality Task Force website.

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