Youth Soccer Coach Training Series: Koach Karl Dewazien, Ussf ‘a’ Licenced Coach W/ 30 Years Experience Makes It Easy & Fun!
Organizing Your Youth Soccer Team.
Archive for March, 2010
Organizing Your Youth Soccer Team.
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Top Safety Training Videos for Homeland Security
These days, homeland security and terrorism response are subjects much on the minds of emergency response personnel. The World Trade Center attack in 2001 shook the entire nation out of its sense of complacency and made Americans realize that they were woefully unprepared to deal with disaster. Americans have come to the realization that emergency response – not just to terrorist attacks, but to natural and industrial disasters – is not just a matter for the Army or the National Guard. A well-trained corps of emergency first responders is essential in facing any emergency or disaster. Firefighters, EMT’s and police who are trained in handling large-scale disasters can make the difference between rescue and further disaster.
Training videos are among the best tools for preparing local emergency responders to respond to emergency situations. A good safety training video can illustrate disaster situations and teach proper response to them in ways that a dry lecture or reading material can’t approach. There are a number of excellent safety training videos on the market that can be used in conjunction with drills and other safety training measures to prepare first responders in emergency preparedness.
For First Responders
In the event of a terrorist attack, local first responders will be on the scene for hours before federal reinforcements arrive. Their actions and the decisions made in those first hours can save lives, contain damage and have rescue efforts well underway by the time help arrives. These films are designed specifically to train first responders with no disaster training to recognize terrorist attacks, and respond to them effectively.
Terrorism: First Response (Emergency Film Group)
Terrorism: First Response is an award winning film that provides a thorough overview of information central to understanding the scope and importance of various elements of a first response action plan. The subjects covered include:
recognizing possible terrorist targetscreating an emergency response planunderstanding the four types of terrorist weaponsrecognizing a terrorist attackestablishing a control zonetriage and stabilization of injuredsecuring the areapreserving and documenting evidencethe role of the terrorism intervention team
NIMS: Introduction to the National Incident Management System
On February 28, the Office of Homeland Security released Presidential Directive 5 which called for the development of a nationwide framework to handle all types of domestic incidents at every level. In order to receive special federal preparedness grants, local emergency response teams, law enforcement agencies, fire departments and other organizations must adopt and be trained in the NIMS. This short film is an excellent introduction and overview of NIMS, and ideal as a starter to NIMS education for local emergency response groups. The film covers:The Incident Command StructureThe advantages of using a standardized management system during complex situationsHow Command is established, used and transferredThe role and responsibility of the incident commander’s staffThe four sections that may be activated in complex incidentsCoordination of multiple agencies through emergency operations centersManaging incident related information and intelligence
Protective Actions: Evacuation – Shelter in Place
One of the most vital decisions to be made in many emergency situations is whether to evacuate the area or attempt to shelter in place. This film covers the various factors that must be considered in making a decision to evacuate an area, as well as an overview of how to create and implement an evacuation plan, and how to disseminate information about sheltering in place. The subjects covered in the film include:issues to consider when deciding whether to take protective actionsdeciding between evacuation and shelter in place optionshow to implement evacuation with advance and with no warningpre-emergency evacuation post-emergency evacuationhow to determine the evacuation areahow to alert the public to plansdetermining evacuation routeseasing reentry after evacuationsetting up and maintaining shelter in schools, public buildings, homes and other venuesterminating protective actions – when and how
Self Protection for First Responders
Being first on the scene often puts first responders at risk of exposure to hazardous substances. Firefighters, law enforcement officials, EMTs and other emergency responders are often called to respond to the site of chemical spills, floods and other situations that may release hazardous fumes, radiation or biological hazards. Understanding why it is important to protect yourself and the best methods to prevent contamination is vital training for any group that will be responding to emergency situations. This film series covers hazmat protection for firefighters; law enforcement and hospital first responders in three separate films, and should be a vital part of any emergency response training program.
Practical Pandemic Planning Advice
As the deadly Bird Flu virus (H5N1) continues to spread across the globe, it’s propensity to mutate into a new strain capable of creating a pandemic continues to increase. The World Health Organization notes that this threat is ‘serious’ and has urged world governments to develop contingency plans in the event of an outbreak.
While the 2003 SARS outbreak was a call to action for many international companies, few organizations are truly prepared to deal with a pandemic that could reach all around the world and affect businesses of all sizes.
The History of Avian Flu
The type of Avian Flu discovered in Greece is called H5N1 and it is generally considered the most dangerous strain because of its propensity to mutate. Typically, Avian Flu is only transferred between birds, often through contact with bird feces. However, because the flu virus lacks mechanisms for detecting and repairing genetic errors, there is significant concern that the virus could transform into a strain that can be transmitted between humans. The virus’s propensity for mutation is also a concern for health officials seeking a vaccine. Only four drugs are known to work against influenza, and two of them are already showing little effectiveness against H5N1.
Overall, an outbreak of the H5N1 strain that can easily be transferred human to human would quickly spread worldwide through mass transportation systems. Governments will quickly be forced to try and isolate the virus by cutting off transportation and limiting international travel.
The small stockpiles of effective medicines will quickly evaporate, and governments will then rely primarily on voluntary quarantines of healthy citizens, while requiring the isolation of the infected.
The U.S. government`s preparedness plan indicates a major flu outbreak in the United States could kill up to 1.9 million Americans and infect over 50% of the country`s population. This extraordinary increase in need, along with the impact on the health care workforce, will cripple the health care system. Other essential services, including police, fire and infrastructure support, would be equally impacted by a diminished workforce.
Are You Prepared?
This scenario will result in two significant impacts for nearly all businesses:
1. Your people will be unavailable (sick, infected, or suspected of being infected) or unwilling to come to work where they may be exposed to the virus
2. Your supply chain will be interrupted, especially for businesses that rely on overseas products, materials, parts or people
Existing business continuity plans often fall short because they fail to address workforce and supply chain recovery. Two recent business continuity studies support this conclusion. A study sponsored by Continuity Insights and HP found that people risk mitigation and training are the two primary targeted areas for investment over the next 12 months. The second study, sponsored by Continuity Insights and KPMG, noted that business continuity professionals identify the weakest links in existing plans as those associated with “people” risks, which includes personnel availability and training.
Continuing critical business functions are obviously very difficult when key employees (or even your outsourced staff overseas) are unavailable for work or your organization lacks the critical raw materials to deliver products and services. As a result, simply ‘having a business continuity plan’ does not prepare you for the coming threat of bird flu or any other global pandemic. Recent lessons learned from Hurricane Katrina demonstrate the need to address people and supply chain issues. For example, organizations dependent on products and services from the Gulf coast, particularly critical chemical components, learned that contractual language (the most common risk management strategy) failed to protect them given the existence of “force majeure” clauses. Learning from these experiences will be important because a global pandemic will have a far greater impact.
In the case of a global pandemic, overlooking these critical aspects of the business introduces considerable risk. Given the amount of press dedicated to bird flu, this issue is and should be squarely placed in front of the organization’s executive management team.
What Can You Do Today?
1. Take an inventory of your “extended enterprise” and the methods of integration with overseas entities
A. Where does your organization source critical products and services?
B. Where do single points of failure exist in terms of your supply chain, to include the people tasked with performing critical support functions overseas (i.e., production, call centers, IT development, etc.)?
C. Do single and sole sourced suppliers exist, and are contingency plans in place in the event of a supply chain disruption?
D. How are critical products, sourced from overseas locations, shipped (and vice versa)?
2. Be proactive with your suppliers (and your inventory)
A. Consider increasing safety stock levels for materials from at-risk countries.
B. Ask suppliers for their business continuity plans, specifically making inquiries regarding how they address their supply chain and “people” risks during a pandemic.
C. Develop joint crisis management/recovery plans with key suppliers.
D. Pre-qualify alternative domestic or local suppliers.
3. Review your crisis management plans
A. Is a process in place to monitor global health alerts based on the location of your international interests (your suppliers, your outsourcers and your customers)?
B. Is a process in place to communicate with overseas business partners, and track employee travel to high risk areas?
C. Are processes in place to identify developing threats and make decisions?
D. Is a Crisis Management Team (CMT) defined to analyze the threat and make appropriate risk management decisions?
E. Are decision-making criteria and thresholds established to aid in decision-making?
F. Is a process in place to communicate threat assessment conclusions, impacts and decisions to internal and external stakeholders?
4. Communicate with your employees
A. Do you have a process in place to communicate with employees while they are at home? Are you prepared to give every employee in your organization an update every 24hrs in a crisis situation?
B. Do you have a work at home policy?
C. How would you track employee availability and identify key employees who MUST come into work?
D. Is the company willing to make special preparations for employee’s families to ensure the employee is available for work?
E. Are your employees equipped to work at home?
If your organization does not have a defined, tested business continuity capability, the two most valuable short-term actions recommended are:
1. Assess your global availability risks by analyzing your overseas affiliates, supply chain and customer base, with the objective of developing contingency plans for high impact failures caused by a pandemic.
2. Define and develop crisis management and crisis communications processes, and provide training to members of the CMT.
Planning for a potential pandemic is important given the potential risk to employees, revenue, market share and reputation. In other words, proactive planning protects the value of your business. However, a short term focus on a global pandemic threat cannot replace a holistic review of how availability risk threatens your business. Current events provide excellent motivation for taking continuity planning seriously, but no amount of short term planning will be effective without a long term commitment to developing resilient business processes.
Hazards of Obesity: Part Two
As we have discussed various hazards of obesity on different external organs, now we are going to read other effects on internal organs and systems.
(1) Cardiovascular system: – As we all know that heart is responsible for purifying of blood and circulating the pure blood in to all the parts of body through veins and blood vessels. Heart gets the impure blood through arteries and after the process of blood purification; blood is supplied to all the parts of body and the tissues through veins. When we cut a vein in to two pieces and see the circular area cross section we call this “lumen”. In a fat person the cholesterol level is high and it gets deposited in the lumen (the inner surface of the blood vessel) and as a result of this it gets contracted and stiff. This results into a very critical situation as with these contracted arteries and veins, it becomes very hard for the heart to pump and supply blood. Heart has to pump faster in order to make a proper blood circulation to various parts of the body and many times these results in to a severe heart attack.
(2) The respiratory system: – It is all about the weight, when a normal person walks with empty hands can travel a longer distance and gets less exhausted as compared to a person walking with some weight on his back. When a fat person walks, he has to carry his body weight on his feet with weak muscles and he gets exhausted as well as gets some pain in his legs and other parts of his body as a result of lactic acid deposition.
When we respire we use several muscles of our body and our chest to perform this process of respiration. When a fat person respires he has to work against his fat deposited on his chest and various body parts. His lungs have to push the weight due to fat deposition on chest and the cholesterol deposited in the trachea creates hurdles in breathing properly. The snoring problem is most commonly found in fat persons. As a result of this improper process of breathing the “respiration” (i.e. inhaling of oxygen and exhaling of carbon dioxide) is affected. Due to this disturbed and improper process of respiration the supply of oxygen is interrupted and causes very fatal diseases as the carbon dioxide remained in body acts like a toxic substance.
(3) The liver: – Liver is one of the most important parts of our body which is responsible to handle the process of digestion. Excess fat deposited in the internal area of body affects the functionality of liver and creates many problems related to liver and bad digestion. Excess fat is due to the high starch level in our body which is also responsible for diabetes. A person having diabetes has more chances to the failure of liver. Piles is also the most common disease found in obese persons due to the bad digestion
(3) Obesity causes diabetes: – This is a simple phenomenon that body of every human being is provided by a starch level which provides energy to do his daily hard work. This starch level varies from places to places depending on the climate conditions. In many agricultural countries like India and china the starch level of people is a little bit higher in comparison to other European countries. It is so because in such countries, people have to earn their daily bread by working hard in their fields and that’s why they need a good level of physical energy which is provided by an excess level of starch in their body.
But now in 21st century the life style of people have become very luxurious and most of the time is spent sitting on chairs and sofas in their offices with the same amount of starch in their bodies which was supposed to use in doing hard physical work in their fields. Now problem is this that the excess amount of starch in our body is not normalized and this results in to an increment of chances for diabetes for a normal man. Now if we talk about a fat person with the same lifestyle and daily routine, one can imagine what chances of having diabetes a fat person has when he has a store of excess starch and sugar in form of fat in his body. This is next to curse for a fat person who is having diabetes as this is impossible to cure diabetes with such a high amount of fat in body. Diabetes causes to the failure of various organs of body such as, heart, kidney, liver, limbs and eyes.
(4) Obesity causes social problems too: – when we see in our daily life, we will observe that fat persons are often made target of fun, comments and gossip. A fat person is generally ridiculed among the friends when they meet in social meeting or at their working places and these results into the development of inferiority complex and the fat person looses the level of confidence and suffers from many psychological disorders.
A Brief History of the Earth’s Climate
In this essay we will explore some of the major trends in the study of climate change. As far as we know the Earth is a unique planet in that it is the only one in our solar system that has an atmosphere and oceans of water. Currents in these carry heat and moisture around the globe so that life is basically widespread. These currents also create the weather. The pattern of weather in a particular place is its climate and climates vary slowly over time forcing life to adapt to new conditions. However, recently the rate of change has increased.
In the 1890s the Swedish chemist Svante Arrhenius claimed that past ice ages might have been caused by fewer volcanic eruptions pumping gases such as carbon dioxide into the atmosphere. These gases maintain heat so reducing them would make Earth cool down. He then wondered what would happen if intense industrial activity produced more of these gases by burning fuels such as coal. He really discovered the factor that linked industrialization and fuel use with changing global temperatures. For a really clear exposoition of the basic theories in climate change please read the DK guide to Climate Change 2008.
The most important greenhouse gases are water vapour, carbon dioxide, methane, nitrous oxide and ozone. Like all gases they exist as clusters of atoms called molecules. A molecule of carbon dioxide is made up of one carbon atom and two oxygen atoms. A methane molecule has one carbon atom and four hydrogen atoms. Not all greenhouse gases contain carbon e.g. nitrous oxide. However, of the main atmospheric greenhouse gases carbon dioxide is one of the most important. It absorbs a lot less energy per molecule than other greenhouse gases such as nitrous oxide and methane but there is much more of it.
Measurements of carbon dioxide in the air by US scientist Charles Keeling show its concentration has been increasing every year since 1958. This brings us to a brief description of the carbon cycle itself. Basically carbon is constantly being absorbed and released by living things. Plants and other photosynthesizers absorb carbon dioxide and use some of the carbon to build their tissues. The carbon is released as carbon dioxide or methane when plants die and decay. If animals eat the plants they use some of the carbon to build their own tissues but eventually die too. Meanwhile both plants and animals release carbon dioxide when they turn sugar into energy by respiration. In fact carbon uptake is one of the main checks on the greenhouse effect involving plants and marine plankton, as the more carbon dioxide there is the more they absorb.
There are a number of checks and balances that work for climate stability. These may be either via negative or positive feedbacks. Some natural processes resist change. For example when intense sunlight warms the ocean surface water evaporates and rises into the air as invisible water vapour. As it rises it cools and forms clouds which shade the ocean so it cools down. Eventually evaporation and cloud formation stops so sunlight can warm the ocean again. This is an example of negative feedback. When ice forms and snow falls the white surface acts like a mirror. It reflects solar energy so that less heat is absorbed by the ground and more ice forms. This is called the albedo effect and is an example of a positive feedback which promotes change rather than resisting it.
The British scientist James Lovelock is famous for his theory that living things regulate the climate and the chemistry of the atmosphere in their own interest. Over the long term a web of negative feedbacks ensures that life survives despite catastrophes that cause mass extinctions. The theory is named after Gaia, the Greek goddess of the Earth.
Natural Causes of Climate Change
Before considering the human impact on global climate change let us first briefly examine some of the factors in natural climate change. Climate changes have occurred on Earth many times before humans came on the scene. These shifts were caused by natural cycles that affect the Earth’s orbit around the sun, by changes in solar radiation levels and by catastrophic natural events such as massive volcanic eruptions. Some of these changes seem to have triggered positive feedback events that dramatically increased their effect. We know for example that the Earth has passed through several ice ages that were caused at least partly by orbital cycles. We are now living in a warm phase of an ice age that peaked 20,000 years ago. In a much longer view evidence from rocks, fossils and other sources show how Earth’s average temperature has changed since it was formed 4,600 million years ago. During most of geological time it has been warmer than it is now but with ice ages during the Pre-Cambrian and Palaeozoic eras.
The Mesozoic age of dinosaurs was a warm period but temperatures fell during the Cenozoic era until they reached the coldest phases of the current ice age. In addition to the Earth’s orbit we should also consider variations in tilt of the Earth, Axis drift, sunspots and plages, effects of continental drift, volcanic eruptions and mini ice ages in a full discussion of natural climate change. For example from the 1300s to around 1850 the Northern hemisphere suffered a little ice age which reached its coldest point in the mid 15th century.
Henry Kamen wrote and excellent book about this period and Braudel’s works in history show the link between climate and short term events. In Europe harvests failed and people starved and the bitterly cold winters created the frozen landscapes portrayed in many paintings of the period such as the work of Dutch artist Hendrick Avercamp in the early 1600s. The cause of this particular little ice age is still not clearly understood but may have resulted from volcanic activity.
Human Impact
Now we move on to the human impact on global climate change. The last century has seen an average global air temperature rise of nearly 0.8 degrees C measured at ground level. This does represent a relatively sharp upturn in the rate of warming since in the 20,000 years since the peak of the last ice age the temperature has risen only by 4 degrees C. Most of man’s advances have been made using fuel that when burned releases carbon dioxide. This has increased the concentration of carbon dioxide in the air and this closely matches the rise in global air temperature so it is very likely that accelerated global warming is being caused by our modern energy hungry way of life. From ice core samples we know that in the 1700s the level of carbon dioxide was roughly 280 parts per million of air. Today it is 380 ppm. Let us now consider some of the ways in which humans are increasing the amount of carbon dioxide released into the atmosphere. We will look at two major aspects of this – the burning of forests and the use of fossil fuels. We will then conclude this section with a note on the production of other greenhouse gases.
Burning the Forests
The most basic of all fuels is wood which people have been burning for thousands of years. Huge increases in human population have greatly increased the amount of wood that is burned and at the same time vast forests are being felled for farming, ranching and road building – this also contributes to climate change by releasing all the carbon that the forest trees have absorbed in their lifetimes. Brazil has lost more than 423,000 square kilometers of forest. Indonesia has lost nearly 300,000 square kilometers. It is true that wildfires are part of the natural carbon cycle and that the carbon dioxide they release is soon absorbed by young trees but if a forest is felled, burned and not allowed to regrow all the carbon is turned into carbon dioxide that increases the greenhouse effect.
Fossil Fuels
Coal fueled the rise of modern industry as well as the steamships and railways of the 1800s. In the 20th century oil and natural gas have been developed into fuels for road vehicles and aircraft. The world’s first oil wells were sunk at Baku on the Caspian shore in 1847 but the oil industry really took off in the early 20th century when refined forms of oil could be used as fuel for cars. All these are carbon rich fossils fuels created from long dead organisms by processes that take millions of years. They are being burned far more quickly than they were formed thus releasing carbon back into the atmosphere and adding to the greenhouse effect.
Different fossil fuels release different quantities of carbon dioxide. Coal is the worst, followed by oil then gas. Coal contains other pollutants such as soot and sulphur dioxide which can combine with water vapour to form smog and acid rain. For a more detailed discussion please read Harding and Starzynska’s 2008 work on a comparison of fuel types.
Other aspects of modern life
Other aspects of [...]
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TSUNAMI IN SAMOA AND AMERICAN SAMOA
A powerful Pacific Ocean earthquake hit with 15 feet high tsunami waves that swept ashore on Samoa and American Samoa, flooding and flattening villages, killing dozens of people and leaving several workers missing at devastated National Park.
A series of 5 waves, were the first two vawes measured up to 15 feet high when they hit the island made the low lands totally flooded and created destructions for miles.
A Samoan reporter says tsunami victims “are everywhere” in a hospital near a hard-hit area and the dead could number up to 20.
Three or four villages on the popular tourist coast near the southern town of Lalomanu on Samoa’s main island of Upolu had been “wiped out” by waves that roared ashore early Wednesday.
Lesa said he had visited the town’s main hospital where “there are bodies everywhere,” including at least one child.
A Samoan reporter says tsunami victims “are everywhere” in a hospital near a hard-hit area and the dead could number up to 20.
The Samoan government has not yet confirmed fatalities.
Officials in neighboring American Samoa say at least 14 people have been killed there.
Cars and people were swept out to sea by the fast-churning waters as survivors fled to high ground, where they remained huddled hours later. Hampered by power and communications outages, officials struggled to assess the casualties and damage.
The 8.0 quake struck around dawn about 20 miles below the ocean floor, 120 miles from American Samoa, a U.S. territory that is home to 65,000 people, and 125 miles from Samoa.
Mike Reynolds, superintendent of the National Park of American Samoa, was quoted as saying four tsunami waves 15 to 20 feet high roared ashore soon afterward, reaching up to a mile inland. Holly Bundock, spokeswoman for the National Park Service’s Pacific West Region in Oakland, Calif., said Reynolds spoke to officials from under a coconut tree uphill from Pago Pago Harbor and reported that the park’s visitor center and offices appeared to have been destroyed.
Bundock said Reynolds and another park service staffer had been able to locate only 20 percent of the park’s 13 to 15 employees and 30 to 50 volunteers. The National Park of American Samoa is the only national park south of the equator, a scenic expanse of reefs, picturesque beaches, tropical forests and wildlife that include sea turtles and flying foxes, a type of fruit bat.
Residents in both Samoa and American Samoa reported being shaken awake by the quake, which lasted two to three minutes. The Pacific Tsunami Warning Center issued a general alert from American Samoa to New Zealand; Tonga suffered some coastal damage from 13-foot waves.
Mase Akapo, a meteorologist for the National Weather Service in American Samoa, said at least 14 people were killed in four different villages on the main island of Tutuila, while 20 people died in neighboring Samoa. The initial quake was followed by at three aftershocks of at least 5.6 magnitude.
An Associated Press reporter saw the bodies of about 20 victims in a hospital at Lalomanu town on the south coast of the main island, Upolu, and said the surrounding tourist coast had been flattened, with the dead including those who hesitated to leave right after the quake.
An unspecified number of fatalities and injuries were reported in the Samoan village of Talamoa. New Zealander Graeme Ansell said the beach village of Sau Sau Beach Fale was leveled.
“It was very quick. The whole village has been wiped out,” Ansell told New Zealand’s National Radio from a hill near Samoa’s capital, Apia. “There’s not a building standing. We’ve all clambered up hills, and one of our party has a broken leg. There will be people in a great lot of need ’round here.”
The Samoan capital was virtually deserted with schools and businesses closed.
Local media said they had reports of some landslides in the Solosolo region of the main Samoan island of Upolu and damage to plantations in the countryside outside Apia.
American Samoa Gov. Togiola Tulafono was at his Honolulu office assessing the situation but was having difficulty getting information, said Filipp Ilaoa, deputy director of the office.
Rescue workers found a scene of destruction and debris with cars overturned or stuck in mud, and rockslides hit some roads. Several students were seen ransacking a gas station/convenience store.
Rear Adm. Manson Brown, Coast Guard commander for the Pacific region, said the Coast Guard is in the early stages of assessing what resources to send to American Samoa. Coast Guard spokesman Lt. John Titchen said a C-130 was being dispatched Wednesday to deliver aid, assess damage and take the governor back home. A New Zealand air force P3 Orion maritime search airplane also was being sent.
One of the runways at Pago Pago (Pan-go, pan-go) International Airport was being cleared of widespread debris for emergency use, Federal Aviation Administration spokesman Ian Gregor said in Los Angeles.
The Federal Emergency Management Agency said it was deploying teams to American Samoa to provide support and on the ground assessment.
“Our thoughts and prayers go out to the people of American Samoa and all those in the region who have been affected by these natural disasters,” Interior Secretary Ken Salazar said.
The ramifications of the tsunami could be felt thousands of miles away, with federal officials saying strong currents and dangerous waves were forecast from California to Washington state. No major flooding was expected, however.
The earthquake and tsunami were big, but not on the same large scale of the 2004 Indonesian tsunami that killed more than 150,000 across Asia the day after Christmas in 2004, said tsunami expert Brian Atwater of the U.S. Geological Survey in Seattle.
The 2004 earthquake was at least 10 times stronger than the 8.0 to 8.3 measurements being reported for Tuesday’s quake, Atwater said. It’s also a different style of earthquake than the one that hit in 2004.
The tsunami hit American Samoa about 25 minutes after the quake, which is similar to the travel time in 2004, Atwater said. The big difference is there were more people in Indonesia at risk than in Samoa.
Tornado Emergency Preparation – 9 Points To Be On Your Guard
Storms come in varied forms, all defined by Mother Nature and manage to destroy several lives & properties. The human beings have no control on the forces of nature and can do nothing but to try to keep ourselves safe as much as possible.
While the coastal areas of the US experience hurricanes and the northern regions face snowstorms & blizzards, for the continental plains the bane is tornadoes.
What are tornadoes?
a. Just like hurricanes, in this act of nature a funnel of spiraling air formed out of nowhere comes and moves vigorously.
b. It tears anything and everything that falls in its path.
c. Usually the tornadoes are half a kilometer wide.
d. They disappear almost immediately, as if they popped in to the air.
e. The weather forecasters unfortunately fail to predict their occurrence.
f. When ever a tornado appears, one should just lean down & wait till the spiral is over.
Also here are some tips to help you prepare for such an emergency.
1. Those who reside in a tornado prone area must have a silo just a few feet under their ground. The studies prove that such natural calamities can easily destroy the structure of the house. Staying in the silo then would save you from the disaster.
2. The silo must be equipped with all necessities of life such as food, water, medicines, etc. You must understand that even if your house sustained the direct hit, it would take time to get the repairs done and even the insurance company does not give the back up that fast.
3. In case the tornado comes all of a sudden and you do not get enough time to get down to the silo, make sure to find some safe hide out and get in there until it is absolutely safe to come out.
4. The family member who are parted away must get to the decided meeting point and wait for the others to arrive there only.
5. The recovery becomes easier in case one has some hidden stock of cash at home or in some bank. This emergency fund would help you recover the losses and make you feel that yes, everything would get alright.
6. Prepare for some good sources of light like candles, match boxes, flash lights, emergency lights & batteries.
7. It is a must to keep in touch with the news in times of such natural crisis so you must always have a battery operated radio with fully loaded batteries.
8. In the absence of the parents at home, in case a tornado strikes, one of the family members must be designated to lead the way for the rest. This leader is responsible to keep everyone safe & secured until they get some rescue or the elders return home.
9. In cases of emergencies more tan fear what kills is the panic & unprepared-ness of the individuals. So, the family heads must hold some tornado drills regularly. In the drill, they should set a standard such as getting in to the silo in less than 5 minutes. This would bring in more prepared-ness among the family and hence, they would be able to face the real thing with rather more strength.
While the tips given above do help you to face a tornado, we must not forget that these are quite unexpected and that anything that come in their way directly can hardly be saved. Then getting injured or killed becomes quite obvious for the individual.
Getting in to the silo is probably one and the only savior for everyone. In case you manage to get in there, make sure to wait for the all-clear signal before getting out of the hide out.
Once, you come out, of course, try to ensure the safety of the others in the house.
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Origin and Evolution of Arcon Method for Search and Rescue Dogs
The author of the Arcón rescue method, Jaime Parejo García, was born in Seville, Spain in 1961. From the time he was an adolescent, driven by a powerful, innate motivation, he devoted himself to studying, observing and analysing animal behaviour in their natural habitats.
Thus, at the tender age of 14, he travelled (usually hitchhiking due to a lack of money) to many different natural areas within Andalusia with his parents’authorisation, which was required to travel like that at such a young age.
He drafted his first research study, which he then handed in to a secondary school professor at the school where he was studying, José María Pérez Orozco, another tireless Andalusian naturalist, who recognised the exceptional qualities of the study despite its clearly amateur nature.
Jaime Parejo devoted himself to researching animal behaviour in virtually all the free time he was left after fulfilling his school obligations. Despite the fact that he earned excellent grades in both primary and secondary school, for several reasons he chose not to pursue university education and instead continued focusing on his clearly self-taught yet rigorous, demanding, painstaking, creative and open-minded pathway.
Driven by his strong humanitarian mission and also harnessing his special drive and innate ability to observe, analyse, and generate productive hypotheses, he faced twelve years of intense, arduous research and scientific writing focused on canine behaviour in general and aimed at fostering to the extent possible the performance in mankind’s specific use of dogs’ olfactory perception in multiple situations. All of this ultimately culminated in October 1994 with the creation of the Arcón Method.
This came after having had to solve with special determination, disheartened at times, the frequent, arduous difficulties inherent in this type of research and innovation, in which there were numerous, complex variables that both voluntarily and involuntarily affected both the observational and the experimental research on the dogs in multiple working conditions, all aimed at rescuing people buried by any element or situation.
The moulding processes (reinforcement of successive approximations to the desired instrumental response) that characterise each of the traditional canine detection training systems in general which still currently exist were excessively limited to basic or primary learning processes (classical conditioning, operant conditioning, avoidance, extinction, generalisation, discrimination, cognitive perspectives, etc.). However, the same does not hold true with the Arcón Method.
Extensive, persistent, intense and complex endeavours entailing observation, study, measurement and analysis of variables and responses, verification of multiple hypotheses and field experimentation, in short, scientific research, all enabled
Jaime Parejo to painstakingly develop a series of techniques that are minutely interrelated and ultimately manage to positively optimise the possible levels of autonomy, motivation and concentration of the animals when performing operations involving searches for buried people, either outdoors or in confined spaces with no visibility and a living space reduced to the minimum feasible displacement values.
With the aforementioned enhancement of the levels of motivation, working autonomy, and the parallel line of concentration, fulfilment of the objective set from the start, namely better speed and efficacy when locating buried persons, was repeatedly verified (with a substantial, visible operative difference).
It was precisely in the Andalusian city of Seville where Jaime Parejo deemed his system complete, thus ushering in the birth of the system in October 1994, when he solidly demonstrated and verified the high level of effectiveness of the Arcón Method (easily exceeding the most cutting-edge technological methods, such as geophonic detectors), even in especially disadvantageous conditions in confined spaces, with his dog Arcón, in an official course on disaster rescue techniques held by the Public Safety School of Andalusia. In this course, the dog, before the eyes of numerous firefighters from Granada, Almería and Seville, carried out different search operations under pressure from a variety of extremely intense adverse factors (olfactory, spatial, visual, auditory, etc.), yet it managed to maintain the optimal levels of autonomy, motivation and concentration associated with excellent values in localising and signalling patterns.
This revolutionary, transcendent scientific innovation has enriched and expanded especially the field of animal learning. For several years now, this has also in parallel led to the rescue of buried people in several countries. For example, since 1999, the canine units of firefighters in Spain, El Salvador and other countries have detected living people buried under conditions that were extremely difficult to perceive, thus proving the higher efficacy of the Arcón Method compared to other systems using either living beings or electronic means. This has led the Arcón Method to be chosen and approved by governments as the official training and intervention system, and this method has also been officially adopted by the leading emergency squads and security forces and corps in countries with a high risk of earthquakes.
It should be pointed out that this system is difficult and complex to apply, as it requires a lengthy, intense period of theoretical-practical specialisation to become minimally familiar with it and to use it properly.
Specific examples include the First Prize for Research granted by the Spanish Royal Canine Society in 1998, and the Sasakawa Certificate of Distinction from the United Nations in 2005, both entailing worldwide recognition of his transcendent international research and teaching efforts as well as the scientific advances of the Arcón Method in reducing the number of disaster victims.In both case, he was the first Spaniard to earn such prominent distinctions.
It has repeatedly been recognised internationally as a major step forward in the field of rescue operations.
Thus was born Arcón, as a new and exceptionally effective method of training and intervening in catastrophes with canine rescue teams, mainly aimed at detecting and saving buried survivors in cave-ins triggered by any cause (earthquakes,explosions, landslides, hurricanes, avalanches, etc.). The method manages to be extremely effective in both outdoor adverse search operations and in confined spaces (with no visibility and minimum room for displacements). Ten years later, it has also been adapted by many different police corps (Ecuador, Colombia, Caracas, etc.) to detect explosives, narcotics and trafficking endangered animal species, as its greater effectiveness compared to all the traditional systems has been demonstrated.
Currently, Jaime Parejo is Canine Rescue Expert and Head of the Canine Rescue Unit of the Firefighters of Seville. He is regarded as an internationally renowned expert in the speciality of canine catastropherescues. To date, he has been given numerous official awards, distinctions and congratulations both nationally and internationally from different governments and institutions (the Spanish Committee of the Mankind Programme and UNESCO’s Biosphere, the UNESCO Centre in Melilla, the governments of Spain, Colombia, China, etc.).
He is a member of both the Spanish Ethology Society and the Animal Behaviour Society.He has written technical and scientific articles that have been chosen and published by important journals and organisations such as Desastres.org, REDVET (official scientific and technical publication of the Veterinary Organisation, whose articles are included in the Documentation and Scientific Information Centre of the Higher Council of Scientific Research, part of Spain’s Ministry of Education and Science) and CRID, the regional information centre on disasters in Latin American and the Caribbean, an important platform for inter-sectorial coordination andcollaboration for the region on information on disasters, which includes OPS/OMS, EIRD/ISDR, CNE, IFRC, CEPREDENAC and MSF. In 1998 he published a book entitled The Book on Rescue Dogs: Arcón Method Training (El Nuevo Libro del Perro de Salvamento, Formación Método Arcón
He has also delivered lectures in multiple countries and institutions.
In his capacity as Technical Director and General Instructor, since 1996 he has taught a total of 24 specialisation courses in canine catastrophe rescue, the Arcón Method (one month, 250 teaching hours), always officially certified or offered by governments. In these courses, he has trained, evaluated and operatively certified guides, instructors and rescue dogs of numerous firefighter squads, police corps and armies, which were officially chosen under operative criteria from a total of 17countries with a high risk of earthquakes.As Technical Director, he has also technically drafted a number of official projects,rules, regulations and programmes in canin catastrophe rescue (Arcón Method) both nationally and internationally.
The exceptional levels of autonomy, motivation and concentration that the Arcón Method confers on canine searches make it possible, with their consequent high degree of olfactory performance, to localise living people who are buried (or other elements, such as narcotics, explosives, endangered species, etc.) even in places that are extremely difficult to perceive because of how deep or hermetic the burial is, in cases in which other types of canine teams or geophone detectors used to intervene, there was zero detection and thus the possibility of survivors was erroneously discarded) has managed to enable canine rescue units from many different firefighter squads (consortium of Huelva, Huelva Town Hall, El Salvador, Chile, etc.) to quickly and precisely localize people who are totally buried under several metres of earth, rubbish or rubble in both outdoor and indoor search operations in confined adverse spaces.
The method was called Arcón in honour of his pet and pioneering student.
What drives Jaime Parejo‘s efforts ?
Two fundamental factors have motivated Jaime Parejo’s efforts from the start in his arduous task of expanding and gaining official international consolidation for the Arcón Method afterhaving created it:
a) [...]
Water Purifications After Cyclones
After cyclones, clean water is hard to find. In addition to bad taste and odor, the contaminated water also contains microorganisms that spread diseases like cholera, dysentery, hepatitis, and typhoid. There are different ways that can be used for purifying the water after cyclones.
In order to avoid consumption of unsafe water, water purification devices are sent by the developed countries as aid to the cyclone hit areas. These purification systems are designed for catering to emergencies.
Portable water purification systems are the ideal way to have clean drinking water at the time of cyclones. These systems do not cost much; some devices can purify around hundred gallons of water. These acceptable methods include techniques like pills and mixes to get pure water.
A combination of water purifying methods is used for supplying uncontaminated water to people. Physical water purification method is concerned with the filtration techniques. These techniques include sand filtration, screens, cross flow filtration and cartridge filtration. Chemical water purification techniques are also used for purifying water with the chemical treatment. Chelating agents are added to the water for reducing its hardness caused due to magnesium and calcium deposits. Oxidizing and reducing agents also help in water purification.
Clarification involves multiple steps to eliminate suspended solids. The process starts with addition of coagulants so that ions can be reduced and accumulate in large particles known as flocs. These flocs settle with the help of gravity in the settling tanks and water is removed from gravity filters. Large particles are easily removed with the help of clarification. Deionization is processed at the time of ion exchange. These exchange systems consists of small beds in the tank. It is treated to absorb certain anions and cations so that they can be replaced by counter ions.
Disinfection is imperative for water purification too. It helps in killing the existing microorganisms present in water. The various disinfection techniques that are used include chlorine disinfection, UV and ozone disinfection. Chlorine has a drawback as it can react with chlorinated hydrocarbons. UV radiation is used a lot these days as exposure to sunlight kills the bacteria and germs present in water.
Apart from chemical and physical water purification techniques, biological methods are also used for lowering organic load of the dissolved compounds. Microorganisms assist in decomposition of compounds. There are two types for biological treatments used for treating the water after cyclones- anaerobic and aerobic treatment. In Aerobic treatment, water is aerated with the help of compressed air while in other system runs on the oxygen free condition.
All the above stated methods are used for water purification after cyclones so people do not have to consume contaminated water and fall sick.



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