No data available that match "Fires"



*  Donald Trump fires warning shots at RNC - Business Insider
Donald Trump is firing warning shots at the national Republican Party Property magnate ... Donald Trump is firing warning shots at the national Republican Party. ... Property magnate Donald Trump fired a warning shot at the national Republican Party on ......
http://businessinsider.com/donald-trump-rnc-pledge-wsj-2015-11
*  Fire Finder
Life/Fire Safety New Requirements for Fire Pumps in High-Rise Buildings. Life/Fire Safety ... Life/Fire Safety Is Your Emergency Signage Sending the Right Message?. Life/Fire Safety ... Fire fighters and fire marshals are also interested in learning if the alarm was sent by ... Siemens Fire Safety involved the fire community and other leaders in life-safety in the ......
http://buildings.com/article-details/articleid/987/title/fire-finder
*  Crews working to contain fires in Washington, Tooele counties | Deseret News
The Little Pine Fire has burned 2,300 acres since just before noon Friday. As of Sunday ... Crews working to contain fires in Washington, Tooele counties. By Jared Page ... The fire was 85 percent contained Sunday night, Bureau of Land Management officials said. ... Crews are working to keep the fire from threatening the town of Terra on the north end of ......
http://deseretnews.com/article/865560550/Crews-working-to-contain-Faust-Fire-in-Tooele-County.html
*  'Hanging Fire' Roundtable (Excerpt) | Asia...
Hanging Fire' Roundtable (Excerpt). NEW YORK, September 10, 2009 - Exhibition curator ... Salima Hashmi and three Hanging Fire artists discuss the growing opportunities for global ......
http://asiasociety.org/node/8686/arts/education/programming?page=4
*  President Trump Fires James Comey, page 22
Trump fired Comey so I lost my job and then the roses turned red because Russia. See how ... Trump fired Comey so I lost my job and then the roses turned red because Russia. See how ... Trump fired Comey because Russia. I lost my job because Russia. Roses are red because ... Schumer on Comey firing: "This does not seem to be a coincidence.". Comey is still ......
http://abovetopsecret.com/forum/thread1170675/pg22
*  Skywalker Ranch Fire Causes $25K In Damages
... came under the threat of a fire early Tuesday morning. ... Skywalker Ranch Fire Causes $25K In Damages. Share on facebook Share on twitter Share. * ... Meanwhile, news of the fire at Skywalker Ranch arrives just weeks after Lucas and his ... Within the building, the fire destroyed office furniture and supplies, costing a total of ......
http://christianpost.com/news/skywalker-ranch-fire-causes-25k-in-damages-103815/
*  church fire « CBS New York
Fire Rips Through Perth Amboy ChurchFire crews were called to the St. Cyril and Methodius ... Fire Blasts Through Church In Englewood, New JerseyA fire ripped through the roof late ... Fires Set In Long Island Church Under ConstructionFires were set in the early morning ... Fire At Vacant Staten Island Church Deemed SuspiciousA fast-moving fire engulfed a vacant ......
http://newyork.cbslocal.com/tag/church-fire/
*  Pennsylvania Farmhouse Fire (2011) Articles, Photos, and Videos - Baltimore Sun
Pennsylvania Farmhouse Fire (2011 ......
http://baltimoresun.com/topic/disasters-accidents/fires/pennsylvania-farmhouse-fire-(2011)-EVAAD00001-topic.html
*  Jennifer Lopez: Gunshots fired near music video in Florida - Baltimore Sun
Jennifer Lopez set: Gunshots fired near music video filming in Florida. Thank heaven for ... BREAKING: Gunshots fired on Fort Lauderdale Beach DURING my JLo interview. No kidding. ......
http://baltimoresun.com/entertainment/la-et-mg-jennifer-lopez-gunshots-fired-20130506-story.html
*  Big Tex: Before, and after, the fire - Houston Chronicle
Big Tex: Before, and after, the fire. October 19, 2012 10:58 AM ... Big Tex being dismantled at Fair Park in Dallas after fire destroyed the iconic figure ... Big Tex being dismantled at Fair Park in Dallas after fire destroyed the iconic figure ... Big Tex being dismantled at Fair Park in Dallas after fire destroyed the iconic figure ......
http://chron.com/life/slideshow/Big-Tex-Before-and-after-the-fire-51008/photo-3495970.php

No data available that match "Fires"



(1/612) Surveillance of morbidity during wildfires--Central Florida, 1998.

Several large wildfires occurred in Florida during June-July 1998, many involving both rural and urban areas in Brevard, Flagler, Orange, Putnam, Seminole, and Volusia counties. By July 22, a total of 2277 fires had burned 499,477 acres throughout the state (Florida Department of Community Affairs, unpublished data, 1998). On June 22, after receiving numerous phone calls from persons complaining of respiratory problems attributable to smoke, the Volusia County Health Department issued a public health alert advising persons with pre-existing pulmonary or cardiovascular conditions to avoid outdoor air in the vicinity of the fires. To determine whether certain medical conditions increased in frequency during the wildfires, the Volusia County Health Department and the Florida Department of Health initiated surveillance of selected conditions. This report summarizes the results of this investigation.  (+info)

(2/612) Consumer hazards of plastics.

The modern consumer is exposed to a wide variety of plastic and rubber products in his day to day life: at home, work, school, shopping, recreation and play, and transport. A large variety of toxic sequellae have resulted from untoward exposures by many different routes: oral, dermal, inhalation, and parenteral. Toxic change may result from the plastic itself, migration of unbound components and additives, chemical decomposition or toxic pyrolysis products. The type of damage may involve acute poisoning, chronic organ damage, reproductive disorders, and carcinogenic, mutagenic and teratogenic episodes. Typical examples for all routes are cited along with the activites of Canadian regulatory agencies to reduce both the incidence and severity of plastic-induced disease.  (+info)

(3/612) Chemistry and toxicity of flame retardants for plastics.

An overview of commercially used flame retardants is give. The most used flame retardants are illustrated and the seven major markets, which use 96% of all flame-retarded polymers, are described. Annual flame retardant growth rate for each major market is also projected. Toxicity data are reviewed on only those compositions that are considered commercially significant today. This includes 18 compounds or families of compounds and four inherently flame-retarded polymers. Toxicological studies of flame retardants for most synthetic materials are of recent origin and only a few of the compounds have been evaluated in any great detail. Considerable toxicological problems may exist in the manufacturing of some flame retardants, their by-products, and possible decomposition products.  (+info)

(4/612) Toxicity of combustion products from burning polymers: development and evaluation of methods.

Laboratory and room-scale experiments were conducted with natural and synthetic polymers: cotton, paper, wood, wool, acetate, acrylic, nylon, and urethane. Smoke and off-gases from single materials were generated in a dual-compartment 110-liter exposure chamber. Multicomponent, composite fuel loads were burned within a 100 m(3) facility subdivided into rooms. In chamber experiments, mortality depended on the amount of material burned, i.e., fuel consumption (FC). Conventional dose (FC)/mortality curves were obtained, and the amount of fuel required to produce 50% mortality (FC(50)) was calculated. With simple flame ignition, cotton was the only material that produced smoke concentrations lethal to rats; FC(50) values for cotton ranged from 2 g to 9 g, depending on the configuration of the cotton sample burned. When supplemental conductive heat was added to flame ignition, the following FC(50) values were obtained; nylon, 7 g; acrylic, 8 g; newsprint, 9 g; cotton, 10 g; and wood, 11 g. Mortality resulting from any given material depended upon the specific conditions employed for its thermal decomposition. Toxicity of off-gasses from pyrolysis of phosphorus-containing trimethylol propane-polyurethane foams was markedly decreased by addition of a flame ignition source. Further studies are needed to determine the possible relevance of single-material laboratory scale smoke toxicity experiments. Room-scale burns were conducted to assess the relative contributions of single materials to toxicity of smoke produced by a multicomponent self-perpetuating fire. Preliminary results suggest that this approach permits a realistic evaluation of the contribution of single materials to the toxicity of smoke from residential fires.  (+info)

(5/612) House fire injury prevention update. Part I. A review of risk factors for fatal and non-fatal house fire injury.

OBJECTIVE: To summarize house fire injury risk factor data, using relative risk estimation as a uniform method of comparison. METHODS: Residential fire risk factor studies were identified as follows: MEDLINE (1983 to March 1997) was searched using the keywords fire*/burn*, with etiology/cause*, prevention, epidemiology, and smoke detector* or alarm*. ERIC (1966 to March 1997) and PSYCLIT (1974 to June 1997) were searched by the above keywords, as well as safety, skills, education, and training. Other sources included: references of retrieved publications, review articles, and injury prevention books; Injury Prevention journal hand search; government documents; and internet sources. When not provided by the authors, relative risk (RR), odds ratio, and standardized mortality ratios were calculated, to enhance comparison between studies. RESULTS: Fifteen relevant articles were retrieved, including two case-control studies. Non-modifiable risk factors included young age (RR 1.8-7.5), old age (RR 2.6-3.6), male gender (RR 1.4-2.9), non-white race (RR 1.3-15.0), low income (RR 3.4), disability (RR 2.5-6.5), and late night/early morning occurrence (RR 4.1). Modifiable risk factors included place of residence (RR 2.1-4.2), type of residence (RR 1.7-10.5), smoking (RR 1.5 to 7.7), and alcohol use (RR 0.7-7.5). Mobile homes and homes with fewer safety features, such as a smoke detector or a telephone, presented a higher risk of fatal injury. CONCLUSIONS: Risk factor data should be used to assist in the development, targeting, and evaluation of preventive strategies. Development of a series of quantitative systematic reviews could synthesize existing data in areas such as house fire injury prevention.  (+info)

(6/612) Estimating the proportion of homes with functioning smoke alarms: a comparison of telephone survey and household survey results.

OBJECTIVES: This study determined the proportion of homes with functioning smoke alarms in a low-income area experiencing a high rate of residential fire-related injuries. METHODS: An on-site survey of households was conducted to confirm the results of a telephone survey. RESULTS: In the telephone survey, 71% of households reported having functioning smoke alarms. In the household survey, 66% of households reported having functioning alarms; however, when the alarms were tested, the percentage dropped to 49%. CONCLUSIONS: Telephone surveys may overestimate the presence of functioning smoke alarms in some populations. Thus, the use of telephone surveys to establish baseline measures could significantly affect the evaluation of smoke-alarm giveaway programs.  (+info)

(7/612) Lessons learnt from a factory fire with asbestos-containing fallout.

BACKGROUND: Fallout containing asbestos from a factory fire at Tranmere, Wirral, England, landed on a highly populated urban area with an estimated 16000 people living in the area worst affected, which included a shipbuilding community. There was considerable public concern over the health impact of the acute environmental incident, and great media interest. METHODS: A descriptive study was carried out of the acute environmental incident and its management, and the difficulties encountered. RESULTS: Practical lessons learnt include need for: increased fire-fighter awareness of potential adverse health effects from asbestos in the structure of buildings; early involvement of both Local Authority environmental health and National Health Service public health departments; creation of a systematic local database of potential environmental health hazards in the structure of buildings as well as their contents; 24 hour on-call arrangements with laboratories expert in analyses of fire fallout; rapid quantitative analyses of multiple environmental samples; district written policy on handling asbestos incidents; systematic assessment of fright and media factors in public impact of an incident; dedicated public help-lines open long hours; consistent evidence-based public messages from all those communicating with the public; measurement of asbestos levels in the street and homes for public reassurance; local and health authorities' subscription to an environmental incident support service; formation of an acute environmental incident team to jointly manage and publicly report on airborne acute environmental incidents; clear government definition of responsibilities of different agencies. CONCLUSIONS: This paper provides a description of important lessons learnt during an acute environmental incident with asbestos-containing fallout. It will be helpful to those involved in the practical planning for and management of future incidents.  (+info)

(8/612) Heat stress and flame protective clothing in mine rescue brigadesmen: inter- and intraindividual variation of strain.

A climatic exposure was conducted for the 52 rescue brigadesmen of a mine while they wore flame protective clothing. We looked for individual parameters allowing prediction of tolerated exposure times in the climate tested. Of all individual parameters, only body temperature at the end of the Stoklossa heat tolerance test and physical fitness showed significant influence on the tolerated exposure time, although not very strongly. Age, body mass, and Body Mass Index showed no significant influence on the tolerated exposure time. It was found during a longitudinal study that the tolerance time within the climate for four subjects showed considerable variations, and so it was decided neither to take the result of the heat tolerance test as admittance criterion for the mine rescue service nor to perform a ranking of brigadesmen with respect to heat tolerance by this test.  (+info)


Is this a suitable punishment for a 13 year old who is starting fires at school?


My 13 year old son is lighting fires in garbage cans at school because he thinks its funny. Well, he hates Tim Allen, so as a punishment, I am going to make him watch every Tim Allen movie ever made in his free time. Good idea for a punishment or not?
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Get a paddle bare his butt put him over your lap and set his butt on fire with that paddle. 3-5 minutes with the paddle will have his butt burning like wild fire. Then take him to see what happens to people that have been seriously burned.


I start fires just for the fun of it, how can I control my problem?


When I'm home alone, I start fires. At my old house, I used to burn my trash until my sister told on me. Now, I start fires when I'm home alone and I start them in the kitchen sink. My parents just tell me not to play with matches but I can't help it. I love watching fires and feeling the heat from them. Seeing things burn calms me down and relaxes me.

I just got done burning some napkins in the sink because I was angry at being home alone AGAIN. Any advice?
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First, just remember that FIRE = Destruction whether or not you intended on it.  I don't know anything about you, like your age, if you are older than your sister or not?  I am going to say that you are?  

If so you are teaching her to mess around with fire.  I had a fire burning moment when I was 14, and I was just trying to fit in at that time.  I was lucky that I didn't catch my whole entire school on fire.  That wasn't even my first attempt at "MY PYROMANIA Phase", when I was I think 10, I watched my brother (3.5 years older), set our entire deck that my dad had just built.  

As I am sure you know "IF YOU play with Fire, You Will Get Burned".  

Just think about other's as well.  I think you basically answered your own question.  You do it because you aren't getting the attention you need.  This is a cry out to your mom.  

Please just try and find a safer healthier outlet to release the anger and frustration.  

Good Luck..

Keep talking until your mother listens!!!  

Rachel


What is the best way to relieve allergies cause from forrest fires?


There is some major forrest fires here in Southern California, and it is making me feel incredibly sick (allergies). I have taken some prescription Allegra, but I still feel very badly. Is there anything else that might help? My lungs also feel very badly. And I have been staying inside just to avoid the smoke. I am also nowhere near the fires, the smoke and ash is just in the air.
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I know what ur going threw after Katrina I was dieing from my allergies not to mention all the mold and mildew around New Orleans. U can clean ur nose out with Saline spray or wash.
Maybe this site might help u...http://www.earthclinic.com/CURES/allergies.html


How can I better deal with the bad air thats caused by the fires in my area?


Lately where i  live there has been a few forest fires.. Its really hard to deal with them because my throat, my nose, and my eyes get so dry and garbled up. Keep in mind this is from all the Ash, and dry hot air.. What can i do to feel better?
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For temporary relief wear a damp thin cotton cloth (not a towel) over your mouth and nose.  Get some eye drops (liquid tears) or just wash your face with a really wet washcloth.  Wash your face with cool water often - re-moisturize with lotion if necessary.

Stay in AC - it's filtered.  If there's ash in the air and you must go out, get yourself a good particulate mask, not one of those cheap painter's masks.  Particulate masks have a valve that lets you breathe out and it securely covers your mouth and nose.

I bought some 3M masks for gourd work but they work really well for smoke and ash (I live in the foothills of LA County;-(  I wear glasses and the tight fit plus the valve keeps my breath from fogging up my glasses.  You might be able to find them in paint stores or medical supply stores.  Here's what I use:
http://www.professionalequipment.com/3m-8516-n95-dust-mask-10-pack-3m-8516/dust-masks/


How exactly does a person die in a fire?


You often hear about people dying in fires, and the fact that there were no smoke alarms is almost always a factor.  So do they die in their sleep of smoke inhilation, or what?  I mean, does the smoke keep them asleep?  Or do the flames reach them causing them to wake up and freak out?
I've always wondered...
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Everything in our lives that gives us comfort, such as wall to wall carpet, soft furniture, etc. can kill us in a fire. As the fire begins and items start to smolder they start to give off poisonus gasses. Carpets are full of Nylon which is a form of plastic, burning plastic is highly toxic, you also get carbon monoxide from the burning/smoldering. In the event you are asleep when the fire starts, a smoke alarm will pickup these small traces of particulates before they become deadly and alert you. Unfortuneately if you do not have a working smoke alarm then these poisonous gasses start to build and fill the house, building , office, etc. As you breath these in the gasses start to effect your body, and in most cases the person dies in their sleep before the fire gets to them.
I had a friend in High School who died holding onto his brother when they woke up to find their house on fire. Their bodies were found near the window but they didn't make it. The fire was caused by a short in the bathroom light fixture. They didn't have a working Smoke alarm.
They died but didn't burn, but dead is dead.


Can living around the forest fires out west pose long term health risks?


I wonder if breathing in smoke from the forest fires will damage my health long term? I am worried because its difficult to breath.  I am a little concerned..I have no car so I walk and ride a bike in the smoke everyday.
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What is a safe way to put out grease fires?


I have heard that putting water, flour or sugar on such a fire can cause an explosion.  Does anyone know of a safe way of putting out such a fire in the kitchen?    Matt in Cincinnati
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The two best ways to put out a grease fire:

1.  If it is contained to one pot or frying pan on the stove, then cover with a lid.  Fire requires oxygen to burn, so if you cover the pot with a lid, it is starved of oxygen, therefore it will go out.

2.   The other way is to smother with baking soda.

NEVER, NEVER put water on a grease fire.

If neither of the above work, or if the fire has spread......evacuate the house and dial 911.   A grease fire has the capabilities to spread VERY VERY quickly!


How much fire smoke would it take to kill or cause damage to someone?


Well on Saturday 2:00 AM, there was a fire in the building. I didn't have access to a fire escape so I had to go through the stairs, which was full of smoke. I inhaled some, which irritated my throat and eyes. So I was just wondering if I inhaled enough to cause damage.
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The main problem with Smoke inhalalition from fires is not so much the actual particulates as it is Carbon Monoxide (or CO).  CO is an odorless gas that is a byproduct of incomplete combustion.  It binds to the same thing that Oxygen does in the body and makes it so O2 cannot be delivered.  You will get irritation, and black snot for a few days, but you should be alright.  Next time might I suggest using a towel over your face.