U.S. Explodes Atomic Bombs Near Beers To See If They Are Safe To Drink

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So you’re minding your own business when all of a sudden, a nuclear bomb goes off, there’s a shock wave, fires all around, general destruction and you, having somehow survived, need a drink. What can you do? There is no running water, not where you are. But there is a convenience store. It’s been crushed by the shock wave, but there are still bottles of beer, Coke and diet soda intact on the floor.

So you wonder: Can I grab one of those beers and gulp it down? Or is it too radioactive? And what about taste? If I drink it, will it taste OK?

This could happen, no? Not to everybody, but let’s say it happens to you. Have you been wondering what to do?

Well, wonder no longer.

Thanks to my friend, science historian Alex Wellerstein, we are now in possession of a 1957 U.S. government study called “The Effect of Nuclear Explosions on Commercially Packaged Beverages,” which addresses this very question: After the bomb, can I drink the beer?

Written by three executives from Can Manufacturers Institute and the Glass Container Manufacturers Institute for the Federal Civil Defense Administration, the study says that after placing cans and bottles of soda and beer next to an actual atomic explosion, after measuring subsequent radioactivity and after actual taste tests, go ahead: Grab that can, pop it open and drink away.

“These beverages could be used as potable water sources for immediate emergency purposes as soon as the storage area is safe to enter after a nuclear explosion.”

If you can make it to the store, you can drink. How do they know this?

Well, in 1956, the Atomic Energy Commission exploded two bombs, one “with an energy release equivalent to 20 kilotons of TNT,” the other 30 kilotons, at a test site in Nevada. Bottles and cans were carefully placed various distances from ground zero. Notice, on this list, some of them are “returnable.”

The closest containers were placed “less than a quarter-mile away,” says Alex, “a mere 1,056 feet,” the outliers a couple of miles off. Some were buried, some left in batches, others were placed side by side. These images, copied from bad photocopies, are in the report. The cans, as you can see, survived.

Lots of bottles survived, too. Some were shattered by flying debris, fell off shelves, or got crushed by collapsing materials, but a surprising number stayed intact.

Will the beer be radioactive?

As for radiation, they checked, and found that bottles closest to ground zero were indeed radioactive, but only mildly so. Exposure, the authors say, “did not carry over to the contents.” The sodas and beer were “well within the permissible limits for emergency use,” which means, says Alex, “It won’t hurt you in the short term.”

Will it taste good?

But what about taste? Post-bomb beer might not poison you, but will it keep its flavor?

The report says, “Immediate taste tests [gotta wonder who got that job] indicated that the beverages, both beer and soft drinks, were still of commercial quality, although there was evidence of a slight flavor change in some of the products exposed at 1,270 feet from Ground Zero.” The most blasted beers were “definitely off.”

The first tasters then passed samples to selected laboratories for further testing, and this time the contents were rated “acceptable.” So here’s your government’s considered advice: Should you find yourself near an atomic blast and run short of potable water, you can chug a Coke or a beer, but don’t expect it to taste great.

What’s the lesson here?

There’s a second lesson here, Alex thinks. Because beverages in bottles and cans keep you safely hydrated in dire emergencies, it makes sense to keep a six-pack or two or three (or four), in the basement, just in case. What if there’s no lootable convenience store conveniently close by?

“For me, the takeaway here is that the next time you find yourself stocking up on beer, remember, it’s not just for the long weekend,” he says. “It might be for the end of days.”


If you want to see the government report, you can find it here. Alex Wellerstein’s analysis Beer and the Apocalypse (which I used to write my story) appeared on his blog, Restricted Data.

 

Could You Build A Shelter To Save Your Life?

Seven Primitive Survival Shelters That Could Save Your Life

In its simplest form, a shelter is nothing more than a shell that traps a pocket of dead air warmed solely by body heat. In tree belts, such shelters are constructed of decomposing leaf litter and other organic debris; in barren, polar regions, they are made of snow. Knowing how to build even the simplest shelter could save your life in an emergency.

Fleeing-the-SW-Dust-Bowl

Wickiup
This forerunner of the tepee remains the quintessential primitive shelter -“sturdy enough to blunt prevailing winds, weatherproof, quickly built for nomadic hunters, but comfortable enough to serve as a long-term home. It can be partially enclosed or fully enclosed and vented to permit an inside fire.
Step One Tilt three poles together in tripod form and bind them together near the top. If you can find one or more poles with a Y at one end, tilt the others against the crotch, eliminating the need for cordage.
Step Two Tilt other poles against the wedges formed by the tripod in a circular form and thatch, leaving a front opening and a vent at the top for smoke.

 

 

Wigwam
A complex version of the wickiup, this is built with long, limber poles bent into a dome-shaped framework to maximize interior space.


Step One Inscribe a circle and dig holes at 2-foot intervals to accommodate the framing poles.
Step Two Drive the butt ends of the poles into the holes and bend the smaller ends over the top. Lash or weave the tops together, forming a dome-shaped framework.
Step Three Lace thin green poles horizontally around the framework for rigidity.
Step Four Thatch the framework, leaving entrance and vent holes.

 

 

Salish Subterranean Shelter
Used by Pacific tribes from Alaska to present-day California, pit shelters are impractical unless you have a digging implement, but they offer better protection from extreme heat and cold than above ground shelters.


Step One Dig a pit the circumference of the intended shelter to a depth of 3 feet.
Step Two Build a supporting tripod of poles, strengthening the framework with horizontally laced limbs.
Step Three Thatch the shelter, leaving a hole at the center to serve as both a laddered entrance and a smoke vent. Use earth removed from the pit to sod and insulate the shelter walls.

 

 

A-frame
The pitched roof of the A-frame bough shelter offers more protection against the wind than a lean-to and can still be heated by fire at the entrance. One drawback is that the occupant can’t lie down parallel to the fire for even warmth.


Step One Lift one end of a log and either lash it or wedge it into the crotch of a tree. Tilt poles on either side to form an A-frame roof.
Step Two Strengthen and thatch the roof as you would a bough lean-to.

 

 

Pole and Bough Lean-to
One of the most ancient shelters, the single wall of a lean-to serves triple duty as windbreak, fire reflector, and overhead shelter.
Step One Wedge a ridgepole into the crotches of closely growing trees (one end can rest on the ground if necessary), or support each end of the ridgepole with a tripod of upright poles lashed together near the top.
Step Two Tilt poles against the ridgepole to make a framework. To strengthen this, lace limber boughs through the poles at right angles.
Step Three Thatch the lean-to with slabs of bark or leafy or pine-needle branches, weaving them into the framework. Chink with sod, moss, or snow to further insulate.

 

 

Quintze Hut
Properly constructed, this poor man’s igloo can be body-heated to above freezing on a 20-below day, higher if you light a candle.


Step One Build up snow to a depth of at least 8 inches and pack it down to make a floor.
Step Two Heap loose snow onto the floor. Piling the snow over a backpack or mound of branches will let you create a hollow, which hastens the excavation process, but it isn’t necessary. Let the snow consolidate for an hour or more, until it is set up hard enough to form snowballs.
Step Three Tunnel through the mound at opposite ends to dig out the center efficiently, fill in the unused entrance, and crawl inside to shape the interior. Ideally, the quintze should be narrow at the foot end, with a bed long enough to lie down on, and just tall enough at the head end for you to sit up. The walls and roof need to be at least a foot thick (check this with a stick).
Step Four Poke out an air vent overhead and dig a well at the entrance for the cold air to settle into. Cut a snow block for a door. Glaze interior walls with a candle to prevent dripping.

 

 

Debris Hut
Heap up a big mound of duff and detritus from the forest floor, then excavate a pocket that is large enough to crawl into. After getting inside, partially block the doorway to minimize air circulation. If it isn’t cramped and dirty, you’ve made the air space too big for your body to heat it sufficiently.

 

 

Photo Gallery by Field & Stream Online Editors Source

 

 

12 Days of Christmas (Prepper Style)

Twelve Days Of Christmas Survival Style

On the twelfth day of Christmas, 
my true love sent to me
Twelve M.R.E.s,
Eleven Respirator Masks,
Ten Fire Starters,
Nine Emergency Blankets,
Eight Body Warmers,
Seven Water Filtration Bottles,
Six Lights a-Flashing,
Five Blades of Steel,
Four Satellite Phones,
Three Bug-Out Bags,
Two pair of Gloves,
And a Carabineer!

Happy Holidays from Year Zero Survival

Prepper-Survival-Gifts

Protein Poisoning or Rabbit Starvation

by Guest Blogger OmegaMan

Many survival books discuss the topic of “Rabbit Starvation”.  The purpose of these articles is to remind the survivalist to keep a mixture of fats and proteins in their survival diet….that is to not just rely on the lean meats and proteins of such lean animals rabbit as a sole food source.

In essence, the stress put on a person during a survival situation, along with a lack of diversified nutrients can cause acute malnutrition if one relies on lean proteins as a food source.  Common symptoms which take about a week to appear are fatigue, headache and most concerning…diarrhea, low blood pressure and heart rate. This is caused by a build-up of urea and ammonia in the body as the kidneys struggle to digest large amounts of lean proteins.

There are stories of people gorging themselves on large quantities of lean meats alone that their stomachs will become distended.

Vilhjalmur Stefansson the Canadian arctic explorer wrote that the people eat till their stomachs are distended; but no matter how much they eat they feel unsatisfied. Some think a man will die sooner if he eats continually of fat-free meat than if he eats nothing, but this is a belief on which sufficient evidence for a decision has not been gathered in the North. Deaths from rabbit-starvation, or from the eating of other skinny meat, are rare; for everyone understands the principle, and any possible preventive steps are naturally taken.

Remember to eat the rabbits liver and brains to get some needed fat. The diarrhea may not go away until fats are added to the diet.

Remember, the real point is to get an intake of various essential nutrients and not just rely on pure protein from rabbits or any other lean meats. When possible, vary your diet with carbs, grains, proteins and important survival fats.

A little unknown fact is that in Air Force Survival  recruits are taught to eat the undigested leaves from the rabbits stomach to also add to their dietary intakes. I am told it tastes like a bitter pesto.

 

Untapped Renewable Energy – Preppers Power Source

The U.S. has a lot of untapped renewable energy, from wind in the Midwest to solar in the Southwest. These maps show where we could maximize our clean power resources.

Take a look at these maps: They show the renewable energy potential of every state in the country. The good news is that everywhere has resources to exploit, whether it’s solar in the Southwest, onshore wind in the Midwest, or offshore wind on the East coast.

The data was compiled by the National Renewable Energy Laboratory, part of the U.S. Department of Energy. In total, the U.S. has 481,800 terawatt-hours of annual generating potential, or 212,224 gigawatts of capacity across wind, solar, biopower, geothermal, and hydropower. If you don’t know your gigawatts, that’s more than enough to go around, in other words, though questions about transmission mean that solar power in the Southwest may not help people who need more power in the Midwest.

U.S. Photovoltaic Solar Resource

 

 

 

 

 

 

 

 

A few states stand out. Hawaii has the highest offshore wind potential (17% of the national total). Alaska and the Northwest enjoy 27% of the realizable hydropower. Texas has the greatest opportunities in plant-scale photovoltaics, with California not far behind. The Rocky Mountain states have the best geothermal potential.

U.S. Wind Resource (80m)

 

 

 

 

 

 

 

 

 

It’s important to note that the NREL uses a broad definition of “potential,” though. The maps are based on what is technically available, given assumptions about technology, land use, and environmental constraints. They don’t consider future economics and market conditions, which are obvious big caveats. We may not be able to afford a wind turbine in a few years.

U.S. Biomass Resource

 

 

 

 

 

 

 

 

NREL also had to normalize a lot of data from different sources, inevitably drawing arbitrary lines here and there. Still, as co-author Anthony Lopez says, the maps give “a sense of scale regarding the potential for renewables, and which technologies are worth examining.” Seems like every state has something to work with.

Geothermal Resource of the United States

 

 

 

 

 

 

 

 

 

 

 

source: Maps Show The Incredible Potential Of Renewable Energy

 

 

 

What Do Rat Whiskers And Surviving Have in Common?

by Guest Blogger OmegaMan

Psychiatrist Curt RichterEver heard of Psychiatrist Curt Richter? He studied the consequences of emotional stress when trying to survive. He noticed that when living things are subjected to great pressure, many will just give up and die. If the stress was psychological, then why did the subjects mind and body appear to collapse?

In short, Richter was experimenting putting rats in a tub of water. At room temperature the rat could swim about 80 hrs non-stop before giving up. If he stressed the rat by lowering or raising the water temperature or even blowing air into its face, a rat could still swim between 20 and 40 hrs. He also found that once a rat picked its direction, it would generally stick with either a clockwise or counter clockwise direction without changing. Many things from ants to lobsters will do this if one or their antennae or whiskers are cut also.

Richter decided to study the effects on direction by cutting the whiskers on just one side of a rats face. By accident…guess what they discovered? The rat swam for only a few minutes, gave up and sank to the bottom! Just for the record, they actually rescued it.

How could this happen? What effect could cutting whiskers have on survival longevity? Well, upon investigation, it wasn’t so much in the cutting of the whiskers as it was in the procedure. He found that his assistants had un-intentionally frightened and stressed the rat by first capturing it in a firmly held black bag and then dropping it into water. It was the “trauma” induced fear response that had sent the rat into over stimulated exhaustion.

Curt Richter also found if he removed the rat just before sinking, let it rest for a few minutes, the rat would relax and seem to realize it in fact that it could survive. If thrown back into the water, it could swim for hours. If it was allowed to play with the stressful black bag first and then thrown back into the water and rescued several times…its survival training would cause it to perform better than those rats without training. Interesting how this relates to the survivability of humans thrown into their own survival situation.

In summary, it was concluded that momentary “HOPE” had an extreme influence on helping the body & mind, cope with an adverse survival situation.

Remember…Never panic! Never give up…!

 

 

Extreme Couponers Can Teach Preppers A Thing Or Two…

 

Extreme couponers can teach preppers a thing or two about stockpiling and storing the bounty they reap.

Not only saving money but getting creative on how to store their collected treasures. I really like the idea of using unsuspecting furniture items to hide and conceal their supplies…

Read More | Extreme couponers can teach preppers a thing or….