How to setup your IN-CASE Solar Water Purifier
Television Station TMJ4 comes out to SHTFandGO for interview about nuclear threats
Rainwater is an excellent source of drinking water whether you’re living on a homestead or surviving after a disaster. However, it’s not as simple as setting out buckets when it rains. You need to set up a proper rainwater harvesting system. And even then, you have to be careful not to make any serious mistakes.
Look over this list of mistakes and make sure you’re not making them or you’ll live to regret it.
Here they are:
- Forgetting to make sure it’s legal in your area.
- Using the wrong kind of barrel (the wrong kind will leach dangerous chemicals into your water).
- Buying expensive barrels. If you’re search hard enough, you can find them used.
- Not setting up a system for getting your water out (such as a spigot or pump).
- Not keeping your barrels covered (with sheets, screens, or even cooking oil).
- Forgetting to let rain rinse your roof for 10 minutes before collecting rainwater.
- Using a small system. It takes a lot of water to live.
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Even if you aren’t into snowmobiling, cross-country skiing, ice fishing, or other popular outdoor winter activities, it doesn’t hurt to know how to maximize your chances of surviving if you fall through ice.
First, be aware that as soon as your body hits icy cold water, it will experience something called cold shock phenomenon. This phase lasts between one to three minutes, and is characterized by an instinctive gasping response, which can lead to hyperventilation and a huge waste of energy.
As your body experiences cold shock phenomenon, your focus should be to consciously control your breathing. Try to slow your breathing down and know that you have more time than you think to survive. If it helps, remember that many top level athletes experience this scenario almost daily with ice baths following intense workouts.
Once you are relatively calm, try to swim to the point at which you fell into the water and use your arms to grab hold of a solid edge of ice.
For most of us, the natural instinct is to pull ourselves straight out, as we would do in hoisting ourselves out of a swimming pool. According to Dr. Giesbrecht, this is next to impossible.
The most efficient way to get yourself out of the water is to keep your legs as horizontal as possible and kick like you’re swimming, and try to get into a rhythm of kicking your legs and pulling your body forward onto the ice with your arms. Kick, pull, kick, pull, etc.
Once you have kicked and pulled your body out of the water, remember that the ice is probably weak, and that it’s best to roll your body away from this point to an area that looks more solid. Rolling can transition to crawling, and when you are relatively confident that you are on solid ground or ice, you can stand up and walk away.
What To Do If You Can’t Pull Yourself Out Of The Water
If there is no one to help you and you can’t get out on your own, don’t thrash around, as you’ll only lose more heat and get further exhausted.
Try to get as much of your body out of the water as possible to minimize heat loss. Specifically, get your arms up and onto the ice. Keep your arms there and don’t move them. Then relax as much as possible.
If you’re lucky, your arms will freeze to the ice before you become unconscious. If you become unconscious, you’ll stay there a bit longer because you are frozen there – you might get rescued in this state.
What To Do As A Bystander
If you come upon someone who has broken through ice, remember that the most important goal should be to preserve yourself.
We recommends calling for help immediately, be it through yelling at people within earshot, or with a cell phone.
Tell the victim to try to relax and slow down his breathing and emphasize that you are going to help him get out.
Try to talk her out of the water – tell her to get her legs horizontal in the water, her arms up on top of the ice, and to kick, pull, kick, pull.
If the victim can’t get out by himself, find something to throw to him, like a rope, tree branch, or even a ladder from a nearby home, if available. If you throw a rope, try to create a loop at the end of it so that the victim has something to grab onto. If he can, he should try to put the loop around his trunk and elbow.
Please consider sharing these thoughts with family and friends. Always best to be ultra cautious and stay away from frozen bodies of water, but good to know all of this just in case.
During our boiling, broiling, blistering summer, water was a topic of conversation wherever we went. Creeks and ponds dried up (some never recovered) and the water table dropped, forcing a few neighbors to have their well pumps lowered or to even have deeper wells drilled.
Many folks shared memories of rain barrels, cisterns, hand pumps and drawing water with a well bucket as a child, usually on grandpa and grandma’s farm. Some said they’d never want to rely again on those old-time methods of getting water. But, at least they knew how it was done.
It seems we have lost much practical knowledge in the last 50 or so years because we thought we’d never need it again. Now we are scrambling to relearn those simple know-hows.
A tattered, 4-inch thick, 1909 book I happily secured for $8 in a thrift store reveals, among umpteen-thousand other every-day skills, how to make homemade water filters. The instructions in “Household Discoveries and Mrs. Curtis’s Cookbook” are quite basic as everyone had a rain barrel back then and presumably knew how to filter rainwater. Now, 104 years later, I am thankful the authors had the foresight to preserve their knowledge for us, and pointed out that rainwater collected in barrels from a roof is a necessity in some locations, but also is best for laundry and “often more wholesome for drinking purposes than hard water.”
The “wholesome” observation applies to plants, too. I noticed during our 6-week dry spell (not a drop of rain) that I was only able to keep my vegetables alive with the garden hose – until our well, too, began sucking air. The pitiful potato, tomato and bean plants actually seemed petrified, like faded plastic decorations. Then, after a 2-hour rain shower, the plants miraculously leapt to life – vibrant, green and THRIVING. I did, too.
In early June last year, my husband surprised me with a 425-gallon water tank so I could water with nutritious rainwater, although it was August before any measure of water was in the tank. When the elusive rains finally paused briefly overhead, I was out in it with my 2-gallon watering can, running and sloshing the water like a crazy woman onto our neglected trees far up the hill.
For gardening, rainwater is, naturally, best unfiltered. But, for household use, the vintage book says the following instructions yield a cheap and easy way to make a filter just as good as a patent filter costing 10 times as much:
“Take a new vinegar barrel or an oak tub that has never been used, either a full cask or half size. Stand it on end raised on brick or stone from the ground. Insert a faucet near the bottom. Make a tight false bottom 3 or 4 inches from the bottom of the cask. Perforate this with small gimlet holes, and cover it with a piece of clean white canvas.
“Place on this false bottom a layer of clean pebbles 3 or 4 inches in thickness; next, a layer of clean washed sand and gravel; then coarsely granulated charcoal about the size of small peas. Charcoal made from hard maple is the best.
“After putting in a half bushel or so, pound it down firmly. Then put in more until the tub is filled within 1 foot of the top. Add a 3-inch layer of pebbles; and throw over the top a piece of canvas as a strainer. This canvas strainer can be removed and washed occasionally and the cask can be dumped out, pebbles cleansed and charcoal renewed every spring and fall, or once a year may be sufficient.
“This filter may be set in the cellar and used only for drinking water. Or it may be used in time of drought for filtering stagnant water, which would otherwise be unpalatable, for the use of stock. This also makes a good cider filter for the purpose of making vinegar. The cider should first be passed through cheese cloth to remove all coarser particles.
“Or a small cheap filter may be made from a flower pot. A fine sponge may be inserted in the hole and the pot filled about as directed for the above filter. It may be placed in the top of a jar, which will receive the filtered water.”
On National Geographic’s American Blackout we got to see a lot of common problems presented as the result of a power grid collapse that lasted 10 days. One problem that everyone faced, but didn’t receive a lot of air time was the lack of drinking water. National Geographic did not demonstrate any methods for obtaining water other than going to the store, or as in the case of the people trapped in the elevator and eventually the roof of a building, collecting some from a bucket that had been left in the rain. Since water is one of the most important elements for our survival I wanted to go over some methods of storing water and treating water that could help you in a disaster situation. You must have water if the grid goes down and you expect to live.
If you find yourself without power as they did in American Blackout, food and water were their priorities. Safety and security weren’t big issues until people started living without food and water. The nice veneer of society will vanish in a few days max even if we are only living through a power outage. Can you imagine if there was sickness or a disease pandemic? Can you envision how chaotic a hurricane knocking your town into the ocean would be? The situation presented in American Blackout gave us a lot to learn I think, but as far as disaster goes, a power grid failure would not be anywhere near as severe as a lot of other possibilities.
Now, I am not try to trivialize the scenario at all. A national power grid failure would be catastrophic but only because people aren’t prepared. I think it’s very telling when you consider how many lives might be altered forever just by not having some electricity. I think it is sad that our world is so dependent upon electricity that millions potentially would starve, riot and die because they were forced to live like our not too distant relatives did. Can you imagine the pioneers if you presented this situation to them? OK, just imagine how horrible it would be if there was no electricity… No what?
Where to find water
Water is everywhere normally unless you live in the desert. That is one reason why not too many people recommend living in Phoenix if the grid goes down. For the rest of us that live in closer proximity to lakes, rivers, ponds and streams we have a lot of options for finding water if we are faced with the task of collecting enough to drink. In American Blackout, the people who lived in the city had no water in the pipes because the electricity needed to pump water up into tall buildings was nonexistent. That doesn’t mean there isn’t any water in the city though.
I was surprised they did not have someone manning a hydrant letting people fill up jugs of water. The sheer volume of water contained in the fire hydrant systems of large cities if used properly could have probably lasted a week. Could you have taken showers and washed your car? No, but it is a source of water that could have been tapped into if you pardon the pun.
You could make a solar still or collecting the condensation off the leaves of plants with a bag or getting water from a tree even, but that is for another post. I want to talk to the majority of us that have water all around us and we simply need to get it and make it safe for drinking. In that I’ll start with the obvious and that is you should have water for everyone in your family on hand at all times. Water is cheap (relatively) and it is easy to find. You drink it every day now and there is no reason to be without a minimum of one week worth of water no matter who you are or where you live. Don’t wait until the power goes out to run to the store and try to find a gallon or two.
Water in a suburban setting is most easily collected from rain. Once you have rain barrels set up you don’t have to do anything. When it rains, your barrels will fill up and all you would have to do is make sure it is filtered or disinfected. Water can be used from any stream or creek or lake. What about the golf course down the street? You can drain your water heater in a pinch just by opening the drain valve at the bottom. The trick is to look around you for locations that have water in your neighborhood that you might need to access in a grid down scenario, but don’t neglect stocking up on your own. The stream down the road might be dry.
How to carry water
Let’s say you live near a body of water (lake, stream, well, fish pond) and the power is out. How are you going to get water to drink? You could just walk down there and fill up your bucket or bottle and walk back, but that is going to take a lot of time and energy for something that won’t last long. You need a way to carry a considerable amount of water at one time to reduce your trips and cut down on your risk of being caught out. Humans on average need a gallon of water per day to stay hydrated and provide cooking and hygiene. I think that amount is slightly off because it can’t be the same amount for small children, but who cares. We will use it for a guideline and obviously that guideline has to be adjusted for the scenario you find yourself in. If it’s the middle of summer, temperatures are soaring and you are doing a lot of manual work that amount could easily double. What if you are sick and are throwing up? It’s best to always have more than the average amount of water on hand and you need to have a plan for getting water and bringing it back to your location.
You need to plan now for containers that will hold several gallons of water at a minimum, but carrying these will be difficult without a wagon, cart or improvised method of weight distribution. One of my readers commented that they were planning on using a deer cart to tote their bug out gear and I think that makes a great option for carrying water too. Like the woman in the picture above, running out for a drink of water might not be as simple as it used to be. You have to plan to carry enough back so that you won’t need to go out for another couple of days hopefully.
How to treat water
There are many ways of filtering water and making it safe to drink and I have listed several down below.
Filters – Hands down my favorite method of treating water. Why? Because it is the simplest and takes the least amount of energy for the return on investment. I recommend two types of filters to be part of your preps. For my home, I use a H20 2.0 water filter bucket. I simply dump a couple of gallons in the top and clean water comes out the bottom. Obviously, you want to ensure you are filtering as much gunk out of your water before you bring it into your filter so as to keep your filter elements clean for as long as possible.
For portable alternatives, I have a pair of H20 1.0 water straw filters and canteens. These work great and have kept us in plenty of cool clean water on several backpacking trips with our family. You just pump the water through the pump and clean fresh water is delivered to your water bottle.
Boiling Water – Boiling is probably the oldest method of disinfecting water but it works! All you need is a container (preferably not plastic) and heat. Bring your water to a boil and let the water boil for a couple of minutes and that’s it. The boiling will kill any bacteria and you can drink the water. Let it cool off first.
Ultra violet light – there are UV pens that they sell for camping that are supposed to kill any bacteria in water. I have never used these so my assumption is that it may kill the bacteria, it won’t help the taste or make the water technically cleaner. Saving your life is what is most important though so if you have to drink some water that has stuff floating in it…as long as you don’t die from a water borne illness you can live to fight another day.
Chlorination – Chlorine Bleach is probably the most common household item that you will have that can be used to disinfect your drinking water but it is a little tricky. Chlorine is affected by the temperature of the water you are treating. Always try to filter any water that may be cloudy with contaminants such as lake water first. You can use paint filters or a bandana if necessary. If the water is room temperature (meaning not cold or hot) you would add two to four drops of chlorine bleach per quart. Shake well and let the container sit for 30 minutes. After 30 minutes, smell the water. It should smell like chlorine and this is normal. If it doesn’t smell like chlorine add another drop or two and let it sit for 30 additional minutes. By drops we are talking about an eye-dropper size drop, not a dollop.
Distillation – Distillation is another option but requires more equipment than the average person will be able to acquire much less put together in an emergency. There is a lot of information about this method online.
We have videos and information about all our water products and systems.
As preppers, we prepare for disaster, which often entails learning about new, weird ways to get water in order to survive a crisis.
After all, when SHTF, you may not wind up in an area that’s close to a body of water. You also may not end up in a situation where you can depend on your long-term water storage for survival.
As such, it’s important to understand how to get water from as many places as possible so that, even if your water storage runs out, you can avoid dehydration and even death.
We’ve got a lot to talk about, so here’s some tips on:
5 Weird Ways To Get Water
1 – Fog Harvesting Method
You can use this method with either foggy or rainy conditions. Simply tie a tarp or plastic sheet to a tree, and lead the bottom edge into a bucket (make sure the entire bottom of the sheet gets into the bucket).
The fog/rain will catch onto the tarp, and then slide down into the bucket, giving you water. You’ll probably want to purify the water, especially if the tarp isn’t extremely clean, but it’s a good resource in a pinch.
Here’s a quick video of a survivalist using this tactic; he’s a bit hard to hear with the wind, but you’ll get the idea.
2 – The Tree Method:
Clean drinking water can be yours if you’ve got plastic bags, paracord or rope, lots of sunshine, and a bunch of leafy plants/trees around. Simply push the end of the leafy branch inside of the bag (don’t let it rip!) and tie it around the branch.
Wait a few hours (maybe seven or so, depending on the amount of daylight left), and you’ll come back to find water collecting in your bag. Use this method with multiple bags at a time for the greatest output.
Here’s a video of how to use this method, as well as why it’s so effective:
3 – The Tank Method:
This is a great method to use if you’re bugging in in an emergency.
Few preppers realize that, because gallons and gallons of water flow through our pipes every day, we can actually use this to our advantage for survival.
Water collects in the pipes within your walls, even if the water is shut off. You’ve also got water in your toilet tank and water heater. You can use this water to filter and drink in a crisis.
Note: To get out the water from the pipes in your walls, you can open the tap from the highest part of your home, and let gravity pull the water out the bottom taps.
4 – The Rooftop Method:
Many manufacturing facilities store water on their roofs in case of fire. When SHTF and you’re in a life or death situation, it might be a good idea to get to the roof of such a building and collect this water for survival.
You could carry it in our camel back 3L bags http://www.shtfandgo.com/store/survival-gear/177-tactical-hydration-pack.html?search_query=camel&results=1
5 – The Solar Still Method
If you’re in the bush and you’ve got nothing but dry, crusty soil all around you, you can still get fresh water. All you need is a shovel, some plants, a large piece of plastic sheeting, the sun’s heat, and some salt water. These little resources can help you create what’s known as a “solar still.”
You can use our US military tri fold shovel for this! http://www.shtfandgo.com/store/survival-gear/54-us-trifold-shovel.html?search_query=shovel&results=2
Now watch this cool video to see how this “solar still method” is done:
As we all (should) know, humans can live for a maximum of three days without clean drinking water; that’s why it’s so important to have water on you as much as possible to avoid dehydration.
Everybody who has accidentally swallowed a bit of sea water knows that drinking a glass of it isn’t possible. Drinking sea water is dangerous and will result kidney failure. This is what everybody thought until Dr. Bombard proved that people could survive on sea water (we are talking about staying alive, not healthy).
Alain Bombard (October 27, 1924 – July 19, 2005) was a French biologist, physician and politician famous for sailing across the Atlantic Ocean in a small boat.
Think fast: You’re stranded in the woods with darkness falling and no help in sight. Can you to get safety before the elements (or wild animals) get to you?
Survival Skill #1
Locating a Suitable Campsite
“You want to stay high and dry,” Stewart says. Avoid valleys and paths where water may flow toward you (flash floods get their name for a reason—they can deluge a low-lying area in minutes). Choose a campsite free from natural dangers like insect nests and widow-makers—dead branches that may crash down in the middle of the night—as well as falling rocks. Ideally, you want to be close to resources like running water, dry wood (from which you can assemble your shelter and build a fire) and rocky walls or formations that can shield you from the elements.
Survival Skill #2
Building a Shelter
Not surprisingly, hypothermia is the number one outdoor killer in cold weather. That means a well-insulated shelter should be your top priority in a prolonged survival situation. To make a simple lean-to, find a downed tree resting at an angle, or set a large branch securely against a standing tree, and stack smaller branches close together on one side. Layer debris, like leaves and moss, across the angled wall. Lastly, insulate yourself from the cold ground–which will draw heat from your warm body–by layering four to six inches of debris to lie on.
Starting a Fire With a Battery
Any battery will do, says Stewart. “It’s about short-circuiting the battery.” Connect the negative and positive terminals with a wire, foil (like a gum wrapper), or steel wool to create a spark to drive onto your tinder bundle. Have your firewood ready.
Building Your Fire
Stewart views fire building in terms of four key ingredients: tinder bundle of dry, fibrous material (cotton balls covered in Vaseline or lip balm are an excellent choice, if you’ve got them) and wood in three sizes—toothpick, Q-tip, and pencil. Use a forearm-sized log as a base and windscreen for your tinder. When the tinder is lit, stack the smaller kindling against the larger log, like a lean-to, to allow oxygen to pass through and feed the flames. Add larger kindling as the flame grows, until the fire is hot enough for bigger logs. Check out some of our fire starters.
Survival Skill #5
Finding clean water
“You’ll come across two kinds of water in the wild,” Stewart says. “Potable water that’s already purified, and water that can kill you.” When it comes to questionable water—essentially anything that’s been on the ground long-term, like puddles and streams—your best option is boiling water, which is 100 percent effective in killing pathogens. But sometimes boiling isn’t an option.
Rain, snow, and dew are reliable sources of clean water you can collect with surprising ease, and they don’t need to be purified. With a couple of bandannas, Stewart has collected two gallons of water in an hour by soaking up dew and ringing out the bandannas. You can also squeeze water from vines, thistles, and certain cacti. Are there any maple trees around? Cut a hole in the bark and let the watery syrup flow—nature’s energy drink.
Survival Skill #6
Collecting Water With a Transpiration Bag
Like humans, plants “sweat” throughout the day—it’s a process called transpiration. To take advantage of this clean, pure source of water, put a clear plastic bag over a leafy branch and tie it tightly closed. When you return later in the day, water will have condensed on the inside of the bag, ready to drink. Check out some of our products for collecting water.
Identifying Edible Plants
There’s no need to go after big game in a survival situation, and chances are you’ll waste energy in a fruitless attempt to bring them down. “Make your living on the smalls,” Stewart says. That means eating edible plants (as well as small critters like fish, frogs, and lizards).Separating the plants you can eat from those that will kill you is a matter of study and memorization. Buy a book to familiarize yourself with plants in different environments. And don’t take any chances if you’re uncertain (remember how Chris McCandles died in the end of Into the Wild). A few common edible plants include cattail, lambsquarter (also called wild spinach), and dandelions. Find these and eat up.
Survival Skill #8
Using a Split-tip Gig to Catch Critters
Gigging (hunting with a multi-pronged spear) is the simplest way to catch anything from snakes to fish. Cut down a sapling of about an inch in diameter, and then split the fat end with a knife (or sharp rock) into four equal sections ten inches down. Push a stick between the tines to spread them apart, then sharpen the points. You’ve got an easy-to-use four-pronged spear. Much easier for catching critters than a single sharp point.
Survival Skill #9
Navigating By Day
If you ever find yourself without a GPS tool (or a simple map and compass) you can still use the sky to find your way. The most obvious method to get a general bearing by day is to look at the sun, which rises approximately in the east and sets approximately in the west anywhere in the world. But you can also use an analog watch to find the north-south line. Just hold the watch horizontally and point the hour hand at the sun. Imagine a line running exactly midway between the hour hand and 12 o’clock. This is the north-south line. On daylight savings? Draw the line between the hour hand and one o’clock.
Navigating By Night
Find Polaris, or the North Star, which is the end of the Little Dipper’s handle. If you can find the Big Dipper, draw a line between the two stars at the outer edge of the constellation’s dipper portion. Extend this line toward the Little Dipper, and it will line up with Polaris. Face Polaris, and you’re facing true north. If there is a crescent moon in the sky, connect the horns of the crescent with an imaginary line. Extend this line to the horizon to indicate a southerly bearing. Once you determine your direction, pick a landmark nearby or in the distance to follow by daylight.
Survival Skill #11
Tying a Bowline
Knots come in handy for a slew of survival scenarios—tying snares, securing shelters, lowering equipment or yourself down a cliff face. Ideally, you should have an arsenal of knots, from hitches to bends to loops, in your repertoire. But if you learn only one, learn the bowline.
“It’s your number one, go-to rescue knot,” Stewart, who uses a mnemonic for every knot, says. It’s foolproof for fastening rope to an object via a loop, particularly when the rope will be loaded with weight: the harder you pull, the tighter the knot gets. Stewart’s mnemonic for tying the bowline from any angle is “the rabbit comes out of the hole, around the tree, and back in the hole.” Use this mnemonic, says Stewart, and “it doesn’t matter if you tie it spinning on your head. It’s going to come out right.”
Sending Up a Survival Signal
At times—like when you have a debilitating injury—your only hope for getting saved is to maximize your visibility so rescuers can find you. Two methods, if used properly, will guarantee that, if someone’s looking, they’ll see you.The first is a signal fire—and the first rule is to put it out in the open for visibility. That means hilltops or clearings in a forest where nothing, like a cliff face or trees, will disperse the smoke. Create a platform to raise the base of the fire off the ground so moisture doesn’t saturate the wood. Save your absolute best combustible material for your signal fire to guarantee a quick light. Once the fire is lit, pile on green branches, like pine boughs in winter, to produce thick smoke. “It’s not about warmth, it’s about 15 seconds of smoke,” Stewart notes. “That’s about all you’ve got when you hear a plane before it’s out of sight.”
The second is a mirror signal. A flash from signal mirror—even at night, by moonlight—can be seen for miles, much farther than any flashlight. You don’t need a store-bought signal mirror to be effective. Improvise with any reflective surface you’ve got, from rearview mirrors or headlights to a cell phone screen. Aiming the reflection is the key, and it’s simple. Hold out a peace sign and place your target–be it plane or boat–between your fingers. Then flash the reflection back and forth across your fingers.
Each year, too many people drown in the United States just because they don’t understand the dangers of water. People have drowned in as little as 1 inch of water when they were knocked unconscious and landed face down in a mud puddle.
Drowning chokes and kills over 372,000 people each year, being the world’s 3rdbiggest cause of unintended death. That’s 7% of all injury-related deaths due to something most take for granted, even if they don’t live near water. It takes 3,536 innocent US lives each year, with one in 5 being children.
Even if you’re lucky enough to survive, brain damage could leave you in a vegetative state.
However, most drownings occur in freshwater lakes, rivers, streams, backyard swimming pools, or at the beach. Learning all you can about how to recognize and avoid drowning is a first step to building a water survival plan that should include all of the elements that you will find below.
How Do you Know He / She is Drowning?
When a person begins to drown, a very small amount of water enters the lungs. This tiny amount triggers a spasm in the trachea muscles, which then causes the throat to close. Once the airway seals up, there is no way for air or water to get through. This is why people who are drowning usually are unable to scream for help.
Here are the signs and symptoms of drowning and near drowning:
- Head low in the water with mouth at water level.
- Head tilted back with mouth open.
- Eyes glassy, empty, and unfocused.
- Eyes open with fear evident on the face.
- Hyperventilating or gasping for air.
- Trying to swim in a particular direction but not making headway.
- Trying to roll over on their back to float.
- No motion – the victim may be unable to move their arms or legs.
If you are going to rescue somebody in a body of water, you must be sure that you do not become a victim yourself by being dragged under by a panicking individual in the water. If the person in distress is relatively close to you, your first option is to try to reach for him with your arm, a pole, or a long stick.
If this individual is farther out than you can reach, try throwing a rope with a safety ring attached to it. If this does not work, then you may want to go out to them with a row boat or other watercraft. As a last resort you will have to go into the water after them.
If you must swim after the individual, use a lifeline that is tied in a loop around your chest. In the event that the individual starts to panic and tries to use you as a flotation device, the rope-handling crew on the edge of the water can pull you both back to safety.
If you are swimming to the rescue and you are not using a lifeline or rescue buoy, approach the victim so that he cannot reach out and grab you. If he tries it in his panicked mental state, you will have to push away from him, block him, or go under water fast. These actions will cause the victim to let go so that you can try to come in for your rescue a second time.
How to Survive Drowning
Using the Clothes to Avoid Drowning
If you fall into the water and your shirt is tucked into your pants, you can use your shirt to make an air bubble to float on. It is also possible to make an air floating device by using your jeans or other long-legged pants. This air float will last longer and can be used to keep up to four people floating for a good length of time.
Using the Drown-Proofing Method to Stay Alive
Drown-proofing is a water survival technique that was invented by Fred Lanoue, a swimming coach at Georgia Institute of Technology from 1936 to 1964. It was his belief that everyone should be able to survive in the water, and he developed a simple technique that was easy to learn and did not depend on physical strength.
According to Lenone, everyone has a small amount of buoyancy, but it is not enough to keep all of the head above water. An individual can float in an upright position, with their face submerged and only lifting the mouth and nose above the water when it is necessary to breathe. Using this method, it is possible to float indefinitely while only using a small amount of energy.
The first thing you’ll likely wonder is how effective drown-proofing is. Anyone can learn to survive indefinitely in the water as soon as this technique is mastered. The average person can only swim a few laps of the pool, but with drown-proofing, the swimmer can take a break and rest until they are ready to continue swimming. Drown-proofing techniques are also useful to handicapped swimmers that might not be able to swim for a long period of time.
The following are the basic steps that you need to follow for drown-proofing. If you take a class on this skill, you can learn in just a few days.
Using Only Your Arms
- Fill your lungs with a good breath of fresh air and float vertically with the back of your head just breaking the surface of the water. The water will support your body.
- Let your arms float slowly toward the surface with your elbows bent until your hands are in front of your shoulders.
- With a steady movement, push downwards and back with your hands until your mouth clears the water.
- Repeat this every 10 to 15 seconds.
Using Your Arms and Legs
- When using the arms and leg method, use a scissors kick with your legs and press downward with your hands at the same time. The object of this motion is to use as little energy as possible to keep a balanced position.
- The trick is to get your head just far enough out of the water to get a breath. If you use too much energy to get your head above water, you will come too far out of the water. As you go back down you will sink too deep into the water.
- The goal is to achieve a gentle, easy action that uses very little energy. The less effort you expend, the better.
Get the Breathing Right: It’s Very Important
- When your head first emerges from the water, it should be tilted slightly forward so that the water falls away from your face.
- Open your mouth wide when you inhale so you get as much air as possible.
- In drown-proofing it is very important to consciously change the way you breathe. Keep your lungs full of air as much of the time as possible.
- When you take a breath exhale and inhale as quickly as possible through your mouth.
Knowing what to do around water is the key to your survival. Always be attentive and don’t panic in dangerous situations.
Planning is the key to your survival. Without a water survival plan and regular practice, the end result could be the death of you or your friends or family.
Linked from: https://www.patriotdirect.org/how-to-avoid-drowning/
Okay, so you might not be able to do all this by yourself, but this might get you started on your way to having your very own, very quiet and thick skinned underground bunker.
Why would you want one?
Well, that’s the question, isn’t it. Most people don’t do the whole underground thing, unless they’re mad dictators or something of the sort. The problem with this is that none of us are reallyready, if you catch our drift. If something were to happen, where you would need an underground, reinforced hideout, you’re out of luck now, aren’t you? Yes you are.
Whether you build this thing as a standard panic room or a separate shelter, it would be a good addition to your home, it’ll raise the property value (considerably) if you ever want to move away, and if the day should come when “they” decide to drop the big one on your local town, you’ll be up and about along with the cockroaches in no time, while everyone else are so much dust in the wind. Nice, huh? Yes it is.
What to do first.
According to BunkerBuilders.com, you have to find a suitable place for your bunker. They’ve got a nice checklist which we will take the liberty of reproducing here.
Things to consider when deciding where to build your underground shelter:
- As deep underground as possible to protect from radiation, flying projectiles and debris.
- Outside of areas known to be flood prone, including areas within the 100 year flood plain.
- The bunker should be placed so that the evacuees have a short route to the entrance.
- Away from any potential debris field and its emergency exits and air inlets can be extended on several sides of the building into zones that are free from debris and fire.
- The bunker should have as much of its external walls against the ground as possible for protection from heat and for support provided by the surrounding soil.
- Away from potential fuel concentrations, flammable materials, vehicles and hazardous materials.
- Away from large objects and multi-story buildings, light poles, antennas, satellite dishes or roof mounted mechanical equipment.
- The bunker should be made easily concealed.
Most sane people who decide to build themselves a bunker or a hardened part of their house to use as a panic room won’t fall in this trap, but we’re going to warn you anyway; If the people you’re looking to buy a shelter from (yes, some come pre-fab) has 2012 “Planet X” propaganda on their website, you should probably look elsewhere. “Stealth Installation” (yes, there are companies advertising this) isn’t really a viable option either, since a genuinely safe underground bunker will be noticed during construction. Also, you’ll probably need permits to build them, unless you live on a remote farm or on a huge property in the middle of a forest somewhere.
We’ll mention one other alternative before we go on, however. There are a lot of read-made, nuclear-proof homes out there. It’s true! They’re on the market, too – readily available for purchase by anyone (who has the money). Granted, they can be expensive, but if you
have 400,000 – 4,6 million dollars just burning holes in your pockets, then this could be just what you’re looking for. What about a beautiful home built on top of an Atlas F missile silo with all the trimmings? 2000 lbs blast doors, several stories of hardened housing down into the earth, all the comforts of a top-notch residence on every level.
This probably isn’t for everyone, however, even if you’ve got the money and the financial planning for it. Most of these sites are pretty dreary – location-wise, at least. You pretty much have to choose between living in the middle of some desert or other (there’s one smack in the middle of Texas, for example) or deep in some woods where you actually need that private airstrip (like in the picture, there).
So we’ll go on to how you should go about building your own – slightly-smaller-than-a-missile-silo underground bunker. Should be fun.
Get your Permits, mister.
Make sure you’ve got the permits you need to dig and build in the place you found while following the list up above there. If you can’t meet all of the requirements, that’ll probably be okay, but you do need to come close, however. Also, you need to make sure that you’re not going to dig through your neighborhood’s watersupply, cables, drainage tunnels and all of those nasty things that seem to do nothing but cause trouble once they see daylight.
Once you know you’re allowed to dig, and you won’t cut off the nation’s internet access by severing a fiber cable down there, you’re good to go. Now you either get yourself a machine, or you hire someone to dig your hole for you. If you’re not in construction and you haven’t dug a hole like this before, hiring someone to do it for you is probably a great idea.
If you want to try doing this yourself, eHow has a nice write-up of a (very) basic shelter, which is probably possible to pull off on your own. It does require a lot of concrete work, which can be trying unless you have a lot of experience, but not impossible at all.
If you want something more than a basic shelter with four concrete walls and a bucket to do your business in, however, you should leave the construction itself to a professional contractor.
What you should do yourself is designing the place, making sure that you get it exactly the way you want it.
One of the most fascinating bunker designs out there is the Vivos approach. This company is building bunkers all over the US, and will also build one for you, based on their own designs, but customizable to no end, apparently. Even if you don’t buy a bunker off them, it’s a good idea to check out their specs here (be patient with that pdf – their site is as slow as cold molasses).
As futuristic as anything out there, these bunkers will apparently be able to save you from anything – tsunamis, anarchy, radiation, blasts, heat, fallout – they’ll apparently save humanity when 2012 runs out too… yes, we said something about that up above, we know, but still. These bunkers are seriously neat.
The military has been building bunkers for a long time, and they’re probably the best people out there when it comes to making secure, timeless and useful bunkers, functional to the bone and efficient on top of that. You would do well to read one of their survival guides, for example, before you start prioritizing your bunker design. Basing your design on the army’s specifications is a very good idea, but you might want to add some more comfort to your hole – after all, you don’t know how long you’ll be in there, and if you plan on using this space as an addition to your normal living quarters, then you might want more than four concrete walls and a wooden bunk bed.
Sitting down and drawing up your bunker is a good idea – remember that you don’t necessarily need to reinforce every single wall in there, as long as the structure is sound and strong. Plan for drywalls inside the shelter, so you can hide air filtering, wiring and pipes, just as you would in a regular home.
Some things to consider when designing your new underground shelter:
– Light.There’s not going to be any windows, so plan for more light sourcesthan you would in a regular house. Make sure that you have emergency lighting on separate curcuits – you never know when that might come in handy.
– Air. Filtration systems aren’t cheap, but the most common flaw in private bunkers is a lack of adequate ventilation. Spring for the bigger one, if in doubt.
– Water. Again, filtration systems aren’t cheap, but they’re necessary if you’re going to use an outside source as a water supply down in your bunker. The alternative is to get a water tank, but depending on the size, that won’t keep you for long. Plan to have more resources than you think you’ll strictly need.
– Food. Stock up with emergency stuff, and get the fresh meats and fruits down there when there might be a need for them. Storage of food is what drains the most energy, so plan for this. Use ground cold/heat to store your food, and go for high-quality dried foods (such as MREs) and canned goods. That will get you a long way.
Linked from: http://snallabolaget.com/?page_id=1343
After Hurricane Katrina took over 1,800 lives and left a trail of devastation, you’d think that people would have learned their lesson. But, when Hurricanes Ike, Irene, Eresto, and Sandy struck (amongst the many other hurricanes and tropical storms which have hit the United States in the past decade), the local residents and governments were overwhelmingly unprepared. Take a lesson from history and learn how to survive a hurricane – before it is too late!
Truth: You Aren’t As Prepared As You Think
Many people of coastal towns think that they have done a good job of preparing for a hurricane. But, in reality, they often haven’t done more than stock up some non-perishable foods.
Unless you plan on making a floatation device out of your boxes of Cheerios, this isn’t going to save your life!
Disaster planning requires a multifaceted approach. If you want to really be ready to survive a hurricane, then you need to ask yourself questions like:
- How will my family and I evacuate? Where will we go?
- What will we eat and drink during and after the hurricane?
- How will we go to the bathroom? (the plumbing won’t be working during a flood!)
- How will we treat injuries?
- How will we stay clean?
- How will we pay for cleanup and restoration after the hurricane?
If you can’t answer all of these questions, then you aren’t prepared to survive a hurricane!
Truth: You Don’t Know What to Expect
When hurricane winds of 75+ miles per hour hit, you can expect broken tree branches, downed power lines, and large tidal waves. But, with any disaster, there is a lot that we can’t predict.
For example, 6 unarmed people were shot by the police at Danziger Bridge in New Orleans as they looked for food and supplies. The police said they were protecting the community from looters. But, in the chaos, the police were strained and opened fire on civilians – the very people they were supposed to protect. This is just one example of how disasters can spiral out of control and create other disasters.
Truth: You Are More Vulnerable than You Think
If you live on the coast, then you are probably aware of the risk of hurricanes and have taken some effort to prepare. But it is actually the people who live inland who suffer the most casualties from hurricanes. Yes, that’s right: 60% of hurricane deaths occur inland and away from the ocean!
The deaths occur because of flash flooding, mudslides, and tornadoes which are caused by the heavy rainfall and winds. So don’t think you are safe just because you are away from the coast.
Truth: Most Hurricane Deaths Occur Are Avoidable
Even though hurricane winds are above 74 mph, it isn’t the wind which kills most people. It isn’t even drowning which kills most people.
The majority of deaths from hurricanes occur because people did something careless.
Or they did something downright stupid. Like taking a “walk” to the coast to see how big the waves are.
For example, during Hurricane Sandy, 8% of deaths were due to carbon monoxide poisoning. This occurred when people used generators in their homes, but without proper venting or a carbon monoxide detector. Use of propane heaters and lamps can also cause carbon monoxide.
Some common “careless” causes of death in the aftermath of hurricanes include:
- Carbon monoxide poisoning
- Electrocution from touching downed power lines
- Drowning in car because attempted to drive through flood water
- Falling off roofs during cleanup
How to Survive a Hurricane: What You Should Do
FEMA has a decent guide on what to do to survive a hurricane. However, here is the more in-depth guide on how to survive a hurricane so you can be ready. Click the links to learn more about the steps.
Preparation Steps before the Hurricane
- Stockpile emergency food and water
- Stockpile emergency supplies
- Gather evacuation documents
- Make an evacuation bag
- Learn how to turn off the gas, electricity and water safely (and teach everyone on the family)
- Create an emergency communication plan with your family
- Create an evacuation plan (plan where you will go and map out routes)
- Get a generator and learn how to use it safely
- Get flood insurance if you can afford it
- Install a flood water pump
- Put equipment higher up in your house (such as moving breakers from the basement to the first floor)
- Reinforce your doors and latches
- Install wooden storm shutters on windows
- Install sturdier shingles on roofs
- Buy an reliable inflatable raft and life jackets
Steps When a Hurricane Watch is in Place
- Bring in all outdoor furniture
- Check your survival supplies. Fill up more water if you need to.
- Listen to the news of the hurricane.
Steps When Hurricane Warning is in Place
- Evacuate! Do NOT wait until it is too late. And do not wait until an evacuation order has been issued. By then, the traffic will be very bad.
- Board up windows and doors with plywood. Tape will not protect windows.
- If you cannot evacuate, then get into a safe room in the house.
- Turn off the electricity and gas at the mains.
- Do not look out windows or go outside
- Do not drive. If you must drive, do not drive through water. Just 6 inches of water can carry away a vehicle.
- Do not use candles or unprotected flames during the hurricane
Steps After the Hurricane Has Passed
- Do not exit until authorities say the threat is over. The sudden calm might just be the eye of the storm.
- Stay out of rooms which could be hit by falling branches
- Do not drink water without sanitizing it first. Sanitation facilities don’t work during power outages. Listen to hear if “boil alerts” are in place.
- Use text messages only to contact loved ones. Do not tie up the phone lines as these are needed for emergency calls.
- Do not walk through flood water in your home. Many drowning deaths occur from slip-and-fall accidents.
- Do not walk through flood water outdoors. It is often contaminated with sewage, or may be electrified from downed power lines.
- Do not perform any repairs unless you are 100% you can do it safely.
Linked from: http://www.primalsurvivor.net/how-to-survive-a-hurricane/
Why is it important to learn rainwater collection methods?
Living in such a modern world nowadays, most people don’t worry about much at all. They can mostly get what they need at home with just a push of a button or a flip of a switch. Even going camping outdoors is more like “glamping” these days, with food, water and even internet easily accessible.
But what if you run out of water, either at home or while spending time outdoors? What if there’s no way to get water elsewhere? Even if you were able to collect water, how would you make it safe to drink?
The following rainwater collection tips are for those who may find themselves in dry spell conditions, or even those who might like to save some money on their water bill.
Rainwater Collection Tips for Preppers
1. Check State Laws Before Collecting Rainwater
Are rainwater collection systems legal in your area? A water permit is required for some states in the US, while others don’t allow you to collect any rainwater at all. Better safe than sorry.
2. Collecting Rainwater At Home Using Food Grade Rain Barrels
Place the barrels beneath your downspouts. You can use cheesecloth, a coffee filter or a screen trap will help filter the water from sediments.
3. Make Your Own Rain Barrel
This tip will help you go through the Do’s and Don’ts in making your own rain barrel.
3. DIY Rainwater Collection System
This tip will help you collect rainwater mostly using materials that can already be found lying around your house. It may take a few hours of your time every day but it will surely put your power tools to good use. Plus, you don’t spend much for by paying someone else to do it for you.
4. Make An Emergency Water Filter
Using an ordinary bucket, you can fill it with different layers of certain materials that probably won’t cost you a cent. Just don’t forget to place a hole at the bottom.
5. Build An UltraModern Rainwater Harvesting System
Collecting and transporting a rainwater barrel outside your home can be tiring and time-consuming. Installing a system with a more complex design may help. Some systems have an overflow pipe that releases excess rainwater to a designated location in your property.
6. Install A Greywater System
If rain is scarce in your area and you’re just trying to save on your water bill, you might want to consider installing this system. You can recycle water from dishwashers, sinks, showers, and washing machines for use other than drinking.
7. Make A Belowground Still
This would increase your chances of survival for outdoor enthusiasts. This is a very basic way of collecting water if there isn’t any fresh water source for miles.
8. Make A Solar Still
This is another ingenious way to collect drinking water in the wilderness. Just choose an inclined surface then dig a trench. With a stick, plastic bag and a few rocks you’ll quench your thirst in no time.
9. Plant Condensation
If there are a lot of plants nearby you can collect water through the process of condensation. You will need a plastic bag and a 550 cord or anything similar to that material. Wrap the plastic bag around the end of the plant or a branch of a small tree then wait for the water to condense at the bottom of the bag.
10. Use Rags To Collect Dew
Dew is most heavy right before sunrise or shortly after that. By tying rags on your ankles and walking through grass covered with dew you can wring the now wet rags into a container. It may not be enough but it will get you through a couple of more hours.
11. Purify Water Taken From Unreliable Water Sources
Purification tablets or 2% tincture iodine can come in handy when you need to purify water to make it safe for drinking. Make sure you purify water taken from swamps, lakes, streams, springs and ponds.
12. Use Tiny Zinc Oxide Wires Made In The Form Of Spiny Cactus
These cacti spike inspired design was able to collect water from the air five times more efficiently than its original counterpart. This will work wonders for those that run out of water in the desert. If caught unprepared, collecting water from miniature cactus spines can suffice.
Just surf the web and you can find a lot more tips in collecting water from a variety of sources. Regardless of your location or type of environment you are in, knowing how to collect water in different ways is crucial for everyday living and survival.
Linked from: http://survivallife.com/rainwater-collection-tips/
Necessary elements of life
One of the most important things to survive is water.
The human body contains 70% water, and the loss of 15% of this amount causes death. Without water you can not survive more than 4-5 days, the body loses fluid due to heat, stress, colds and fatigue, fluid to be topped up. Even in cold places you need at least 2 liters of water a day to be effective. Almost anywhere in the globe there is water in one form or another (snow, ice, dew, etc.)
Do not substitute water with the following liquids:
Alcohol – dehydrate the body even more
Urine – contain substances hazardous to organisms
Blood – is salty and is considered food, but require additional liquid to be digestible, can transmit diseases
Seawater – accelerates dehydration, can cause death
There are many ways to acquire water (meaning the cases when there is a river, stream, lake or other natural source of water) depending on the city where you are in the wilderness act one way in jungle otherwise, etc. I will describe several methods of gaining water in forest areas or where there are trees.
You need a plastic bag that you dress a twig with leaves (make sure the tree is not poisonous otherwise water is not drinkable), the bag must be tightly tied with a rope or you around the branch, after several hours leaves sweat and water accumulates in bag.In hot summer day you can gather up to 300-400 from a bag. You must to use your bags to accumulate the required amount of water
Dew gathering: early morning or late evening tie a piece of cloth clean on foot, walking or on a stick and walk through iarba. Cloth will gather water (dew) from grass, periodically drain into a bowl, certainly is the slowest way, but safe.
Food = ENERGY
30 days is the maximum period that can withstand a man without food.
In an extreme situation you will need every drop of energy, food being the only source. Natural resources can save in any case only have to know how to use them. I have several recommendations in this case, some more important than others but the main rule is:
Do not eat if you do not have WATER
Human digestive organism needs water, if water is a problem eating you will become dehydrated and harder, which can cause death. Few are places on earth where you have to go more than 30 days without going to civilization .Calculate the distance and time to the place where you arrive, the food divided as follows: 1/3 2/3 in the first half and in the second half of the road.
Make a regular habit to eat every day (lunch at noon ex.o), chew food well as the organisms they support it.
In the wild can eat what nature gives mushrooms, nuts, fruits, herbs and roots of edible plants, small animals or large (if you manage to catch them), fish, lizards, snakes, snails and will advise if you have insects. If you have not experienced hunter I will advise you not to try to catch animals, you spend useless energy.
Careful with mushrooms and fruits, if you are not sure do not eat, the result can be fatal.
The shelter must protect you from rain, sun, wind, help to survive; -in some parts of the world you need to shelter more than food or water.
For example prolonged exposure to cold can cause fatigue or weakness and a weak person has no desire to survive.
The most common mistake in the construction of the shelter is that you do too much body heat and fails to heat it;
Shelter should be large enough to protect you but also the need to be small enough to preserve your body heat, especially in cold climates.Different types of shelter after the place where you are for example, the arctic or desert, jungle or forest, every time you build something else.Different also the seasons, winter snow or summer heat are so many types of shelter types cite season.
The importance of fire. Types of fire. Methods and tools for fire ignition
Modern man does not like fire. Fire historically has become more of a tool than salvation.In dawn of human civilization killer fire was the most important thing in human life, loss of fire was a tragedy for the tribe and punishable with death who had to take care of the fire, and fail.
The principle of ignition-fire is to start with small twigs and slender, gradually passing on higher. began ignite paper, dry bark, moss or fir branches on a short time they give a strong flame to ignite the branches of 3-5 mm thickness and then the thickest. The secret is to put the wood gradually from the smallest to the thickest. Paper or branches are lit from the bottom up, not vice versa, because fire spreads from the top down hard.
Fire with fire is used for drying clothes, heating and preparing food; the flame for light and food preparation and the smoke is used for signaling. Division is relative, you can turn any fire in fire smoke if you throw him green grass and branches, if a fire with embers increase the distance between him turn wood fire flame converts into large, etc.
The knife is king arms without knife is no survival with a help of a good knife can do everything or almost everything, can build shelter, can make weapons, you can defend yourself or you can hunt without it you’re dead in the wild, so if you have not – the important thing to know how to do one of the materials that are found around you.
Glass, tins, hard stone, bone, pieces of metal – are all possible materials to your future personal knife. Personal I would not go anywhere without one in my pocket …
I could not tell you the exact name of it ideal knife, but there are a few requirements; a knife to be:
If you go into the mountains for a long time you need two knives. One to be great, the type layout, replacing the ax and one smaller for peeling potatoes, etc.
Each of survival as on the website or its praise his wares or merchandise company that has a contract to report. American and options in Bowie until you can tangle easily mock. A high price does not always look good quality. There are several criteria in choosing a knife: blade length, knife or blade stable miner, double tais or not, it is made of metal (steel, titanium, nonferrous metals, etc.)
The knife that you take with you in the wild is the most priceless object that you possess. Regardless of the nature of the trip that you always need to have a knife on you. It can be used in different situations, not only in extreme situations.
Sun tracking, star tracking and compass tracking
The simplest way of finding the direction is sit back to 12 day in the sun, the north is exactly the direction that shows your shadow.
There are a few rules that must be remembered:
Winter sun rises southeast
SOUTHWEST sets in
Summer sun rises northeast
Spring sun rises at EST
sets in the west
Of course these rules are valid if you’re in the Northern Hemisphere.
If you have good sense of observation, then you know that: more snow melts in the south, all in the southern part of the tree is more pitch. Ants make their anthill in the south of trees or house. Birch bark is darker in the north and more open to the south. Tree trunks, stones, rocks in the north are covered with moss.
Survival in mountainous terrain
Survival in the mountains involves techniques and procedures characteristic.
Mount, as we know and the people, has its unwritten laws, which if not respect them, pay, and the price in such a situation can be even life.
Preparing to survive in the mountains must focus on that mountain environment is extremely unpredictable.Weather has special features: in a single day, the mountains may fall several types of precipitation (rain, drizzle, sleet, snow); temperatures are much lower and rainfall more abundant than in other areas; the higher the altitude, the colder temperatures. Therefore, when such actions envisaged in the village, the soldiers must have their protective equipment against the cold and rain, even if they are planned to take place in summer. An extremely important piece in the mountain environment is sleeping bag. A good sleeping bag will give the military the necessary comfort for rest and strength to take it to an end the next day. If there is a sleeping bag, it can be improvised from dry leaves, pine needles, Parachute material. survival are necessary: a waterproof jacket, a knife, matches kept in a bag not to wet a quality compass, a map, a flashlight, rations for emergencies and signaling means (mirror, smoke grenades etc. ).
Nature term is another important factor that influences the chances of survival of the military in the village. Large level differences, rugged terrain covered with dense vegetation, specific mountain environment, hinder much movement. Moving the mountain environment requires permanent existence of the risk of injury. Sprains, fractures, sprains could and limbs are the most common. Also, observation and orientation are more hampered. This could cause delays in movement military and fallacies. Lack of landmarks for orientation can cause frustration and irritation, and these negative feelings contributed to the worsening military situation. Therefore, to survive in the mountain, the military must observe a few rules:
– “Equip yourself properly” in the mountains !: survival requires appropriate equipment;
– “Do not go in the dark” means !: If you do not have night vision do not move in the dark because it will increase the risk of injury;
– “You do not build shelter the valleys‘ !: As I mentioned, the weather in the mountain environment can change very quickly and after rainfall forming torrents may surprise you;
– “Moving up the line share ‘!: Try to stay on the same altitude to ease your moving.Any survival situation involving the purchase of food and water. Characteristic mountain environment temperate and tropical areas offer plenty of opportunities for procuring food and water. However, the military must be cautious when choosing a certain plant or animal to feed. Most nuisances disappear once boiling or cooking with their fire. However, there are no toxins that disappears with cooking (see mushrooms) and they can endanger the life and health of the military. A plant consumed by animals is not necessarily an indication that it would be edible and humans. To be sure food is edible, it should be cooked very well. Before you consume, the military must taste the food and wait a few minutes to see if any side effects, then you can proceed to power. Water is preferable to be boiled before being consumed.
Linked from: http://www.blacklistedprepper.com/survive-wilderness-mountain-military-techniques/
It really seems as though issues with municipal water supplies are occurring more frequently. More than 100,000 residents have been told that they can’t drink or cook with the contaminated tap water in Alabama by the West Morgan-East Lawrence Water Authority…but this isn’t just a week-long clean-up. The restriction is expected to last until September.
The issue is synthetic chemicals that have the potential to cause cancer, birth defects, and developmental delays in children. Traces of PFOS (Perfluorooctane sulfonate) and PFOA (perfluorooctanoic acid) were found in the blood of nearly every single person tested, according to the EPA.
This is a contaminant I covered in my book, The Prepper’s Water Survival Guide when I wrote about the fact that some suspected toxins in municipal water supplies are not actually regulated.
The EPA has drinking water regulations for more than 90 contaminants. Currently, the agency is monitoring 30 contaminants that presently are not regulated, 28 of which are chemicals and two of which are viruses.
In late 2013, researchers from the US Geological Survey and the Environmental Protection Agency analyzed single samples of untreated and treated water from 25 US utilities that voluntarily participated in the project. They found traces of 18 unregulated chemicals, including 11 perfluorinated compounds, an herbicide, two solvents, caffeine, an antibacterial compound, a metal, and an antidepressant. The researchers said the concentrations were generally low, but for many of the contaminants, little is known about potential health risks. But one of the perfluorinated compounds, known as PFOA, has been linked to a variety of health problems, including cancer among people in communities where water is contaminated by a chemical plant in West Virginia.
PFOA has been detected in the blood of nearly all people in the US. Even more disturbing? A panel of scientists has concluded that there is a “probable link” between PFOA in drinking water and high cholesterol, ulcerative colitis, thyroid disease, testicular cancer, kidney cancer, and pregnancy-induced hypertension. The findings were based on people in Mid-Ohio Valley communities whose water was polluted with PFOA from a DuPont plant.
The water authority blames 3M for the contaminated tap water in Alabama.
Let the finger-pointing and buck-passing begin. Last year, the water authority filed a suit against “3M and other companies” over the contamination in the river. If I’m understanding that correctly (and I’m pretty sure I am) that means they were aware of this issue long before the advisory was issued on May 19. So, much like the Flint scandal, those in the know were aware that customers (who pay for water) were drinking cancer-water.
3M, however, says not to worry. You’ll be fine.
“Attorney William Brewer, who represents 3M in the matter, said via email that the company has followed the law and disputed the claims that the substances are harmful.
“3M’s activities in connection with these materials were not only fully permitted but entirely appropriate,” Brewer said. “In any event, we believe the claims against 3M – and recent actions taken by the water authority – are based upon the mistaken belief that the mere presence of these chemicals equals harm.”
3M stopped manufacturing both chemicals more than a decade ago, yet the substances remain in the water at elevated levels. Environmental group Tennessee Riverkeeper filed a notice of intent to sue 3M last year over contamination of the river.
Dr. Carol Ley, 3M vice president and corporate medical director, said the company has not found evidence of negative health impacts among its own workers, who were exposed to the chemicals for long periods of time.
“Although we support the work of the EPA and other regulators, we believe these advisory levels are overly conservative,” Ley said in a news release. “We believe that PFOS and PFOA do not present health risks at levels they are typically found in the environment or in human blood.””
Oh. Well, gee. In that case, folks can just guzzle away. I’m sure 3M will take responsibility if they get cancer from excess levels of PFOS and PFOA, right?
You can’t boil away or filter away this type of contamination.
The thing with chemical contamination is that the water simply can’t be purified. Boiling it, in many cases, simply intensifies the strength of the toxins. Filtering it does nothing to remove the chemicals. (Although I have high hopes for this water filter that was the only one I’m aware of that made the water in West Virgina and Toledo safe to drink. They’re currently running tests with these particular chemicals and I’ll let you know the resulst as soon as I know.) That’s the case in this northern Alabama community. According to an RT report, WMEL general manager Don Sims gave a press conference.
“I recommend that all our customers do not drink our water, until we are able to bring the temporary system our engineer is designing online,” Sims said at a news conference.
The warning covers not only fresh water, but even water boiled and filtered at home, since neither method can remove the chemical contaminants.
After building up in people and animals over time, PFOS and PFOA can also cause liver and thyroid damage, as well as immune system problems, with small children and expectant women the two categories most at risk.
The company is hard at work, engineering a temporary system to the tune of $4 million. The system is “a granular activated carbon system that forces water through six box-car sized filters before sending it on to customers.” The permanent system won’t be ready until 2019 and will cost somewhere between $30 million and $50 million.
Meanwhile, as every prepper knows often happens in a disaster, residents are completely on their own in this far-from-wealthy area. (Hmm….do you think their bills will be adjusted to reflect this?)
The last census pinpointed the per capita income for the city at only $23,615, with 17.5% of the population living below the poverty line. But, while the company is spending millions on expensive filtration systems, those who were unprepared for this type of disaster with stored water will be using bottled. And they’ll be doing so alone, because, according to the website AL.com, “The authority said it does not have the means to provide bottled water for its customers in the interim.”
So not only will people be scrambling to afford to buy bottled water, with this much need for it, they’ll probably have to drive elsewhere to acquire it. If you’ve ever been on a really tight budget, you know that an unexpected expense like that can be crippling.
Are you testing your own tap water?
It used to be that you only had to worry about drinking the tap water when you visited third world countries and places without public water purification. But more and more, it seems that advisories will be issued to travelers: “Don’t drink the water in America.”
The thing about this that should send shudders down the spines of everyone who, you know, drinks or cooks with water, is the fact that we have no idea how long the water was contaminated with cancer-causing agents before it was discovered and the warning issued. But there are many contaminants that could be in your water, and if we’ve learned anything from the scandal in Flint, Michigan, it should be this:
YOU WILL BE THE LAST TO KNOW.
Here’s another quick excerpt from The Prepper’s Water Survival Guide about water testing.
Even if you are getting presumably safe “city water” from a municipal supply, you should be provided with an annual report that explains what kind of testing was done on your water and what was found, if anything. Of course, if you aren’t the trusting type, you can still test that water yourself as an added precaution.
If you have a well or are collecting water from a source that is not monitored and regulated, you will need to take responsibility for testing and purifying your water yourself.
Studies have shown that around 50 percent of private water systems fail at least one drinking water standard.
Many common pollutants do not cause water to smell, taste, or look funny, so you can’t rely on your senses to determine safety.
Water is a “universal solvent,” meaning that it has the ability to dissolve almost anything it comes into contact with. This characteristic means that it is very easily contaminated.
Most testing isn’t expensive, and the time and financial investment will provide you with priceless peace of mind. Not only is your family’s health at stake, there are possible legal consequences involved. Think about how litigious our society is: If someone consumes your water and becomes ill, you’ll want to be able to prove that you conducted the proper testing on a regular basis. And, should you suspect your water supply has become contaminated by an outside source, you’ll want to have documentation to support your case.
You can test your water yourself or have a professional lab or service do it for you. Drinking water quality test kits are available for purchase online and at most superstores and home improvement stores. Basic kits usually test for bacteria, lead, nitrates/nitrites, pesticides, chlorine, hardness, and pH. They are fast, simple to use, and inexpensive. Your test kit will have instructions specific to that kit. Kits that test for less-common contaminants are also available. Some test for 15 or more contaminants, including the ones in the basic testing kits, plus iron, sulfate, copper, and sulfide.
Even more in-depth testing kits are available, but most of them require you to send your samples to a professional lab. Most of them check your water for around 100 different contaminants, including volatile organic compounds, toxic metals, heavy metals, and bacteria. The pricing for these comprehensive kits is typically in the $100 range, and results can take about a week to receive.
- The Watersafe Well Water Test Kit was specifically designed to help you test quickly and easily for the 10 most common contaminants found in private wellwater, including: iron, copper, lead, bacteria, pesticides, nitrates, nitrites, chlorine,pH and hardness.
- The PurTest Home Water Analysis kit is a comprehensive EPA-based test kit that allows you to quickly and easily test your drinking water for various contaminants and conditions. Tests included: 1 test each for bacteria, lead, & pesticide. Two (2) tests each for iron, alkalinity, pH, hardness, chlorine, copper, nitrate & nitrite.
- The Essential Indicators test is the most thorough, but you have to send the water to their lab to get the results. The test checks for 170 health-related contaminants including Volatile Organic Compounds, Essential Elements, Heavy Metals and Inorganic Chemicals. You simply fill the bottles with your tap water and return them to our lab using the same box you received with the test kit. Within about 6 business days you will receive an email containing the results of your water test along with recommended treatment suggestions if a problem was found. The one family of contaminants that you will test for yourself are pathogenic bacteria, which, if present, can cause infectious diseases.
From a preparedness perspective, it makes sense to keep a few of these DIY kits on hand in the event you need to test water during a disaster situation. (Obviously, not the one you have to send off to a lab.)
You are ultimately responsible for the health and safety of your family.
Let me repeat: You’re going to be the last one to know. In the current case of contaminated tap water in Alabama, it’s obvious by the legal action taken by the water authority against 3M that they’ve known this was an issue since last year. And yet, somehow, the advisory has long just been issued, halfway through 2016.
In the current case of contaminated tap water in Alabama, it’s obvious by the legal action taken by the water authority against 3M that they’ve known this was an issue since last year. And yet, somehow, the advisory has long just been issued, halfway through 2016. We saw the same thing happen in the Flint, Michigan crisis, where it’s suspected that the EPA, the governor of the state, and assorted other “officials” were aware of the high levels of lead in the municipal water supply.
And you’re also responsible for having the means to keep your family healthy. That means, you absolutely must store water. You must have a way to purify safe sources of water. And, lastly, you must educate yourself on how and when to do these things.
When I was researching The Prepper’s Water Survival Guide, I was blown away by the things I learned about the contaminants in our water every single day. Before that, I didn’t test my own water. I stored some water, but felt that most things could be filtered out by a high-quality system.
But that’s the natural stuff. You can’t purify water of many of these chemicals, and it’s important to learn the difference.
This is precisely why preppers talk about long-term water emergencies, and it’s such a realistic scenario that I wrote an entire book on the topic. It isn’t a far-fetched apocalyptic fantasy. It’s something that can (and does) happen, right here in America, without any type of warning. It’s a life-changing, even life-threatening, situation, but you can get ahead of it. You can prepare for these emergencies that are becoming more and more frequent.
How are your water preps coming along?
In some places, water heaters are outdoor bathrooms are considered more as luxury than a necessity. But that shouldn’t stop anyone from enjoying a warm shower!
Do you like the idea of outdoor showering? Then you will love this DIY shower.
In some places, water heaters are outdoor bathrooms are considered more as luxury than a necessity. But that shouldn’t stop anyone from enjoying a warm shower!
This outdoor shower runs completely on solar energy, providing free hot water and lighting during the night. Reflective insulation and clear roofing are used to collect and store the heat from the sun. To improve hot water reserve, you can add a dual pane thermal glass cover.
This clever project definitely says that warm showers do not necessarily have to mean higher electricity bill! Could you use one in your yard?
- Cedar Wood Panels/Boards
- Cement Foundation Blocks
- Water Tank
- Fiberglass Batting
- Shower Fixtures
- Solar Lighting
- Reflective Insulation
- UV Resistant Poly-type Clear Roofing
- Deck Screws
- Door Hinges
- Water Piping
- Steel Support for solar box
- Table Saw
- Hand Saw
In this Jan. 21, 2016 photo, the Flint River is shown near downtown Flint, Mich. Flint’s water became contaminated with lead when the city switched from the Detroit municipal system and began drawing from the Flint River in April 2014 to save the financially struggling city money. (AP Photo/Paul Sancya)
As national attention focuses on Flint, Mich. — where lead-contaminated water flowed for over a year to a relatively poor, minority community — new research suggests that across the U.S., communities like these are more likely to be exposed to some of the most intense pollution.
In a new paper just out in the open-access journal Environmental Research Letters, sociologist Mary Collins of the State University of New York College of Environmental Science and Forestry and two colleagues from the National Socio-Environmental Synthesis Center and the University of Maryland examined what they term “hyper-polluters”: Industrial facilities that, based on EPA data, generate disproportionately large amounts of air pollution. Then, they cross-referenced the location of these facilities with socio-demographic data from the 2000 census.
The result? “We find striking evidence that extreme emitters are likely impacting EJ [environmental justice] communities even more significantly than typical EJ scholarship might predict,” the study said.
The study adds to a body of evidence showing that the U.S. continues to struggle when it comes to “environmental justice,” a concept advanced by advocates and researchers to describe the reality that poor and minority communities tend to have disproportionate exposures to environmental hazards.
[How cases like Flint destroy public trust in science]
The industrial emissions examined in the new study were reported by close to 16,000 industrial facilities in the continental U.S. as part of the EPA’s toxics release inventory program. The facilities were across a variety of sectors, ranging from mining to manufacturing, according to Collins. They did not include large power plants.
Examining this EPA data, the study found a significant disparity when it comes to how much different facilities pollute. “90% of toxic concentration present in the study area is generated by only 809 (about 5%) of facilities,” the paper reported.
But what was particularly striking was cross-referencing this information with socio-economic data on the people living around the facilities, based on a nationally representative sampling of Census information. The highest polluting facilities were also more likely to be located in proximity to poor and minority neighborhoods.
“It’s certainly not news that minority and low income communities face more than what some would say is their fair share of pollution from industrial sources,” says Collins. “We found that actually, the burden they face from these superpolluters was even more extreme than you would think.”
The work is an advance in the environmental justice field, using big data approaches to underscore a familiar conclusion in a new way, says Andrew Jorgenson, an environmental sociology professor at Boston College who was not involved in the study.
“The substantive argument is something that’s been around a long time, but this is a very sort of sophisticated, methodologically rigorous, and far reaching analysis that provides some generalizable analysis of this occurring across different regions,” Jorgenson says.
“This study is different because it’s looking at the largest polluters, and really focusing in on sort of the most egregious releases of chemical pollution,” says Sacoby Wilson, an environmental health professor at the University of Maryland-College Park who was familiar with the study. “And so what it basically is saying is, you don’t have to look at all the different facilities, if you just look at the superpolluters, the ones that release the most chemical emissions, we see that those facilities are also located in communities of color and poor communities.”
Wilson said that because of this, the new research could help EPA engage in targeted, voluntary programs to help these facilities lessen their emissions, and get a bigger impact than might happen by trying to work industry-wide or nationwide.
The immediate problem in Flint wasn’t about air pollution of the type involved in this study. Rather, it turned on a decision to switch the city’s water supply from Detroit’s to the Flint River to reduce costs. Still, it’s relevant, say Wilson and Jorgenson. “Flint falls into this broad category, a community that is sort of structurally disadvantaged,” Jorgenson says.
“I think what you see in Flint is really going to raise attention around environmental justice issues around the country, and also how you have these other environmental justice disasters that are looming out there,” adds Wilson.