When the body is unable to cool itself

by sweating, several heat-induced illnesses such as

heat stress or heat exhaustion and the more severe

heat stroke can occur, and can result in death.

Factors Leading to Heat Stress

High temperature and humidity; direct sun or heat;

limited air movement; physical exertion; poor physical

condition; some medicines; and inadequate tolerance

for hot workplaces.

Symptoms of Heat Exhaustion

• Headaches, dizziness, lightheadedness or fainting.

• Weakness and moist skin.

• Mood changes such as irritability or confusion.

• Upset stomach or vomiting.

Symptoms of Heat Stroke

• Dry, hot skin with no sweating.

• Mental confusion or losing consciousness.

• Seizures or fits.

Preventing Heat Stress

• Know signs/symptoms of heat-related illnesses;

monitor yourself and coworkers.

• Block out direct sun or other heat sources.

• Use cooling fans/air-conditioning; rest regularly.

• Drink lots of water; about 1 cup every 15 minutes.

• Wear lightweight, light colored, loose-fitting clothes.

• Avoid alcohol, caffeinated drinks, or heavy meals.

What to Do for Heat-Related Illness

• Call 911 (or local emergency number) at once.

While waiting for help to arrive:

• Move the worker to a cool, shaded area.

• Loosen or remove heavy clothing.

• Provide cool drinking water.

• Fan and mist the person with water.

Storms over the Pacific Ocean bring heavy rains to the western United States between the months of November and April. Cresting rivers, backed-up storm drains or saturated ground can cause significant floods across the region during this time.

 PREPARE FOR THE HEAVY RAINS

The key to mold control and leaks is moisture control. Solve moisture problems before they become mold problems!

* Fix leaky plumbing and leaks in the home as soon as possible.
* Watch for condensation and wet spots. Fix the source(s) of the moisture problem(s) as soon as possible.
* Prevent moisture due to condensation by increasing surface temperature or reducing the moisture level in the air (humidity). To increase surface temperature, insulate or increase air circulation. To reduce the moisture level in air, repair leaks, increase ventilation (if outside air is cold and dry), or dehumidify (if outdoor air is warm and humid).
* Keep heating, ventilation, and air conditioning (HVAC) drip pans clean, flowing properly and unobstructed.
* Vent moisture-generating appliances, such as dryers, to the outside where possible.
* Maintain low indoor humidity, below 60% relative humidity (rh), ideally 30-50%, if possible.
* Perform regular building HVAC inspections and maintenance as scheduled.
* Clean and dry wet or damp spots within 48 hours.
* Don’t let foundations stay wet. Provide drainage and slope the ground away from the foundation.

These tips are some basic guidelines to help you to understand and prevent mold from growing and living in your home. Mold can gradually destroy the things they grow on. Prevent damage to your home or structure, which will help you save money, and avoid potential health risk by controlling moisture and eliminating mold growth.

After getting flood insurance, there are several things you can do to minimize losses in your home and ensure your family’s safety.

1. Safeguard your possessions.
Create a personal “flood file” containing information about all your possessions and keep it in a secure place, such as a safe deposit box or waterproof container. This file should have:

• A copy of your insurance policies with your agent’s contact information.
• Conduct a household inventory: For insurance purposes, be sure to keep a written and visual (i.e., videotaped or photographed) record of all major household items and valuables, even those stored in basements, attics or garages. Create files that include serial numbers and store receipts for major appliances and electronics. Have jewelry and artwork appraised. These documents are critically important when filing insurance claims. For more information visit www.knowyourstuff.org.
• Copies of all other critical documents, including finance records or receipts of major purchases.

2. Prepare your house.

• First make sure your sump pump is working and then install a battery-operated backup, in case of a power failure. Installing a water alarm will also let you know if water is accumulating in your basement.
• Clear debris from gutters and downspouts.
• Anchor any fuel tanks.
• Raise your electrical components (switches, sockets, circuit breakers, and wiring) at least 12 inches above your home’s projected flood elevation.
• Place the furnace, water heater, washer, and dryer on cement blocks at least 12 inches above the projected flood elevation.
• Move furniture, valuables, and important documents to a safe place.

 3. Develop a family emergency plan.

• Create a safety kit with drinking water, canned food, first aid, blankets, a radio, and a flashlight.
• Post emergency telephone numbers by the phone and teach your children how to dial 911.
• Plan and practice a flood evacuation route with your family. Know safe routes from home, work, and school that are on higher ground.
• Ask an out-of-state relative or friend to be your emergency family contact.
• Have a plan to protect your pets.

 Stay Safe During a Flood >>

Protect Yourself and Your Home

Here’s what you can do to stay safe during a flood:

• If flooding occurs, go to higher ground and avoid areas subject to flooding.
• Do not attempt to walk across flowing streams or drive through flooded roadways.
• If water rises in your home before you evacuate, go to the top floor, attic, or roof.
• Listen to a battery-operated radio for the latest storm information.
• Turn off all utilities at the main power switch and close the main gas valve if advised to do so.
• If you’ve come in contact with floodwaters, wash your hands with soap and disinfected water.

 Start Recovering After a Flood >>

The Road to Recovery

As soon as floodwater levels have dropped, it’s time to start the recovery process. Here’s what you can do to begin restoring your home.

• If your home has suffered damage, call your insurance agent to file a claim.
• Check for structural damage before re-entering your home to avoid being trapped in a building collapse.
• Take photos of any floodwater in your home and save any damaged personal property.
• Make a list of damaged or lost items and include their purchase date and value with receipts, and place with the inventory you took prior to the flood. Some damaged items may require disposal, so keep photographs of these items.
• Keep power off until an electrician has inspected your system for safety.
• Boil water for drinking and food preparation until authorities tell you that your water supply is safe.
• Prevent mold by removing wet contents immediately.
• Wear gloves and boots to clean and disinfect. Wet items should be cleaned with a pine-oil cleanser and bleach, completely dried, and monitored for several days for any fungal growth and odors.

For more information, go to http://www.floodsmart.gov

 Several major catastrophes in 2010 resulted in substantial losses and an exceptionally high number of fatalities. The overall picture last year was dominated by an accumulation of severe earthquakes to an extent seldom experienced in recent decades. The high number of weather-related natural catastrophes and record temperatures both globally and in different regions of the world provide further indications of advancing climate change.

Altogether, a total of 950 natural catastrophes were recorded last year, nine-tenths of which were weather-related events like storms and floods. This total makes 2010 the year with the second-highest number of natural catastrophes since 1980, markedly exceeding the annual average for the last ten years (785 events per year). The overall losses amounted to around US$ 130bn, of which approximately US$ 37bn was insured. This puts 2010 among the six most loss-intensive years for the insurance industry since 1980. The level of overall losses was slightly above the high average of the past ten years.

“2010 showed the major risks we have to cope with. There were a number of severe earthquakes. The hurricane season was also eventful – it was just fortunate that the tracks of most of the storms remained over the open sea. But things could have turned out very differently”, said Torsten Jeworrek, Munich Re’s Reinsurance CEO. “The severe earthquakes and the hurricane season with so many storms demonstrate once again that there must be no slackening of our efforts to analyse these risks in detail and provide the necessary insurance covers at adequate prices. These prices calculated by the insurance industry make it possible to assess the economic consequences of these otherwise difficult-to-evaluate risks.”

Major catastrophes dominate the list of losses

In all, there were five catastrophes last year assignable to the top category of “great natural catastrophes” based on the definition criteria of the United Nations: the earthquakes in Haiti (12 January), Chile (27 February) and central China (13 April), the heatwave in Russia (July to September), and the floods in Pakistan (also July to September). These accounted for the major share of fatalities in 2010 (around 295,000) and just under half the overall losses caused by natural catastrophes.

One of the most devastating earthquakes in the history of the past 100 years, the quake in Haiti on 12 January killed more than 220,000 people. Only the 1976 Tangshan earthquake in China claimed more lives (242,000). Whilst the earthquake in Haiti resulted in human tragedy on a staggering scale, it gave rise to only negligible losses for the insurance industry, as is so often the case in developing countries.

Five-hundred times more energy than in the Haiti quake was released by the earthquake that hit Chile just over a month later. With overall losses of US$ 30bn and insured losses of US$ 8bn, this quake was last year’s most expensive natural catastrophe. Chile is a highly developed country with very strict building codes to take account of the high earthquake exposure. As a result, there were comparatively few human casualties, despite the severity of the quake – the fifth-strongest ever measured – although people were killed in Chile, too.

In the summer, floods following extreme monsoon rainfall had devastating consequences in Pakistan. For weeks, up to one-quarter of the country was flooded. Countless people lost all their worldly possessions. The overall loss totalled US$ 9.5bn – an extremely high amount for Pakistan’s emerging economy.

A widescale catastrophe also resulted from the heatwave in Russia and neighbouring countries between July and September. Many places, including Moscow, experienced record temperatures. In some regions of central Russia, they exceeded 30°C for two months on end. Forests burned, with the fires threatening nuclear facilities and areas where the ground had been contaminated by radioactive fallout from Chernobyl. At least 56,000 people died as a result of heat and air pollution, making it the most deadly natural disaster in Russia’s history.

Hurricane season in the North Atlantic: Lucky escape

The hurricane season in the North Atlantic was benign – but only at first glance. Favourable weather patterns meant that the US coast was not hit by a single hurricane. In Mexico, however, a few storms caused substantial damage. Otherwise, the tropical cyclones turned away in a northeasterly direction over the sea, only grazing some islands in the Caribbean.

But what appeared benign was, in terms of the number and intensity of the storms, one of the severest hurricane seasons of the past 100 years. Altogether, there were 19 named tropical cyclones, equalling the number recorded in 1995 and putting 2010 in joint third place after 2005 (28) and 1933 (21). Twelve of the storms attained hurricane strength, with five of these falling into the top hurricane categories (wind speeds over 178 km/h).

This means the forecasts of various institutes about the number of storms turned out to be very accurate. “The number of storms was indeed well above average. It is just that it is impossible to forecast whether and where such storms will make landfall”, said Prof. Peter Höppe, Head of Munich Re’s Geo Risks Research.

Right at the start of the 2010 hurricane season, the water temperatures in the tropical North Atlantic were up to 2°C above the long-term mean – and thus significantly higher than the level to be expected for the cyclical warm phase in the North Atlantic that has persisted since 1995. The water temperatures thus provided ideal conditions for the occurrence and high intensity of hurricanes. As from the beginning of August, atmospheric conditions also favoured the occurrence of Atlantic tropical cyclones (”La Niña” conditions).

“That is in line with the trend of the past 30 years, in which all ocean basins show an increase in water temperatures. This long-term trend can no longer be explained by natural climate oscillations alone. No, the probability is that climate change is contributing to some of the warming of the world’s oceans”, said Höppe. “This influence will increase further and, together with the continuing natural warm phase in the North Atlantic, is likely to mean a further high level of hurricane activity in the coming years.”

The strongest storm of the season was “Igor”, which reached wind speeds of up to 250 km/h over the open sea but grazed Bermuda as a weaker hurricane. The most expensive storm was Hurricane Karl, which caused overall losses of US$ 3.9bn in Mexico, US$ 150m of which was insured. By contrast, all the storms that arose in the mid tropical Atlantic east of Cuba and the Caribbean islands turned northwards over the ocean.

Asia and America most frequently affected by catastrophes

The global distribution of natural catastrophes in 2010 was comparable to that of previous years. Most catastrophes occurred on the American continent (365) and in Asia (310). 120 natural catastrophes were recorded in Europe, 90 in Africa and 65 in Australia/Oceania. North and South America also accounted for the largest portion of insured losses, namely around two-thirds. Some 17% of the losses were incurred in Europe, where the most expensive individual event was Winter Storm Xynthia, which mainly affected Spain and France and caused overall losses of US$ 6.1bn (€ 4.5bn). As is usual with windstorms in Europe, the share of insured losses was very high, totalling US$ 3.1bn (€ 2.3bn).

Natural catastrophes in Australia/Oceania gave rise to around 16% of global losses. The costliest event was the earthquake which occurred on 4 September in Christchurch, the third-largest city in New Zealand. Overall and insured losses were in the billions here as well. In Australia, there were two severe hailstorm losses, each of which caused overall losses of well over US$ 1bn in March.

Volcano on Iceland paralyses air traffic

Another, quite different natural hazard event in 2010 demonstrated the vulnerability of the networked global economy: the eruption of the volcano Eyjafjallajökull on Iceland in April. Owing to the dust particles thrown into the atmosphere, air traffic over northern Europe remained virtually paralysed for days. There was hardly any direct damage, but interruptions in supplies of important goods to industrial firms meant that gradually more and more sectors of the economy were affected. The event ended up costing the airlines billions.

“This volcanic eruption is an example of a case where insurance could have cushioned the effects of a natural hazard event for the economy. In principle, the consequential costs for the airlines would have been insurable. Munich Re sees itself as a pioneer in devising insurance solutions on the boundaries of insurability, including cover for business interruption due to natural hazards”, said Board member Jeworrek.

It is not yet possible to put an exact figure on the extreme floods in northeastern Australia. Since the beginning of December many places have been submerged under water and cut off from the outside world. Many mines have had to stop operations. Heavy rain in this region is nothing unusual and such weather patterns are accentuated by the prevailing “La Niña” conditions.

This is the story of a 3 year old house with an attached garage.  An accidental fire started in the garage and the fire company was alerted.  There were not any nearby hydrants, so pumper trucks were needed.  The story goes on to detail what the outcome might have been without a sprinkler system versus the actual outcome.

Without a sprinkler system (estimated):

• Several dozen fire fighters would be needed
• 1-2 hours to control & extinguish the fire
• Might have spread to other parts of the house
• Damage could have been in the hundreds of thousands
• Residents may have to relocate during repairs

With a sprinkler system (actual):

• Sprinkler activated and fully extinguished the fire before the fire fighters arrival
• Only required one crew of 6 fire fighters
• Only suffered several thousand dollars of damage
• No injuries to home owners or fire fighters

This type of story makes me think every home should have a sprinkler system, so why don’t they? Here is a story from last year in our local New Jersey Business News from the builders perspective called “Mandatory home sprinklers raise cost issue”.  They raise some good points and definitely give me a reason to pause.

Finally, here is an article on Wikipedia on the subject of “Fire Sprinkler System”.  This article details the history, usage, operation and the various types of sprinkler systems available.  This answered many of the questions I had.  So what do you think, should a residential sprinkler system be mandatory in all new home construction?  What about additions and remodeling?  We would like to hear your opinion, go ahead leave us a message in the comments.

photo credit: Diacritical

• Keep the tree well watered
• Never locate the tree near a fireplace
• Secure from falling with a sturdy well balanced base
• Check your lights for any loose bulbs or frayed wires
• Always turn off lights when you are not home
• Avoid using candles near the tree

A Christmas tree fire can be devastating to your family and can happen in minutes.  Here is a an example of how a dry tree can do much more damage than a well watered one.

Everyone at Paul Davis Restoration wishes you a happy and safe holiday season.  If you have questions regarding tree safety, please feel free to leave them in comments here or contact your local fire department for other safety tips.

“I’ve never dealt with a company that made decisions so quickly,” said Floyd Brunning, a partner at Paul Davis Restoration, the company that put the building back together again.

It is nice to see that the company’s quick decisions led to an equally quick restoration.

A quick response can limit the damage to your home furnishings and other possessions.  A certified contractor will take the necessary steps to remedy the situation:

• Protect the health and safety of your family or staff
• Deal with any water issues from a fire departments response
• Take necessary steps to protect your plumbing, electric and heating
• Remove any smoke odor and clean all soot
• Detect and remove any toxic chemicals or gases
• Repair and restore your property back to its original condition

Paul Davis Restoration will work closely with your insurance company to handle every detail of the job for you.  Let the professionals do all the work while you get back to normal life.

photo credit: Steve Paluch

The tips include:

• Establishing a family plan with escape routes and portable ladders
• Practice evacuating with a home fire drill
• Testing of all you home smoke alarms
• Organize household clutter to keep away from heating appliances
• Check your fire extinguishers
• Use caution with candles
• Have your fireplace and chimney inspected and cleaned

Click on the above link to read the full article.  This is great advise on how to be proactive and stop a fire before it starts.

photo credit: cheesy42