What Will You Do To Protect Yourself During The Next Pandemic?ALL COMPUTER MODELS,SHOW THAT PANDEMICS AND BIOLOGICAL WARFARE WILL PRODUCE MORE DEATHS THAN NUCLEAR WARHEADS-A ‘HIGHER FORM OF KILLING’!

In doing some research about influenza, I came across the great Influenza Epidemic of 1918-1919. This happened during World War I and affected everyone on both sides of the ocean as well as across the world. It affected soldiers as well as citizens. It is estimated that 50 million people died during this epidemic. That is compared to the 16 million people who died during World War I.

One of the things that was missing from this epidemic was antibiotics. They simply did not exist as a medicine during this time. Antibiotics in an usable form was discovered in 1928 by Sir Alexander Fleming. However, antibiotics are rarely used for any influenza viruses. We do have some medications now that will treat influenza.

It is unlikely though that antibiotics would have been effective anyway during the epidemic of 1918. The influenza epidemic came in two phases. The first phase was less severe and most people recovered from it. It came in back a few months later and killed people within hours to a few days. Most people died from the fever and fluid filling their lungs which suffocated them. The disease affected people ages 20-40 the most.

Doctors and scientists were at a loss at how to treat this influenza. They could not control or stop the disease. Remember, there was no Center for Disease Control at the time. That was not established until 1946.

Don’t remember learning this in history class? I didn’t remember learning it either. However, what can we take away from this?

1. It was not treatable. They believe the strain during this epidemic was the H1N1. Influenza strains can be mild or develop a variant that can make them deadly. Since very little was known about influenza then, it was almost impossible to treat. Today’s influenza strains are proving harder to treat. Flu shots do not cover all strains of influenza. A strain or a variant in the strain of influenza could be strong enough to not be treatable or controllable.

2. It affected strong, healthy adults the most. The age group that was affected the most was 20-40 years old. This is a group of people who are at the peak of life in terms of health and vitality. The problem with that is this is also the group of people who would be the most social group especially in 1918. Even today, people in that age range rarely stay home. The disease would be able to spread very quickly because people are constantly going. They go to work, kids’ activities, social gatherings, and college.

3. It was not controllable. This influenza strain spread very, very quickly. People were given poor advice on how to not catch the disease and how to treat the disease. We now have the Center for Disease Control who would hopefully be on top of the disease. We also now know the best way to treat the symptoms of influenza. We also know that we need rest and to stay home to keep influenza from other people.

Do you think this could happen again? Many people do. Are you ready for the next influenza epidemic? An influenza epidemic of the proportions that occurred in 1918 would be considered a pandemic now.  We hear threats of pandemics now that could happen. How would you survive the next pandemic? What do you need to do to get ready?

1. Get a sick room ready. You should have a room, preferably a bedroom, ready to be a sick room. You should have some medical supplies ready in that room like a thermometer, ibuprofen, hot water bottle, instant cold packs, face tissues, disinfectant spray cleaner, trash bags, face masks, and disposable gloves. You may also want a pandemic flu kit in that room for the people treating the sick.

2. Have white towels, wash cloths, and white bedding ready to use. You want linens you can wash in very hot water or even put in boiling water to disinfect. You can also use bleach on white linens without issues. You want to have extra linens so you can change the sick beds quickly and wash the infected bodies without worry.

3. Have rolls of heavy plastic to cover surfaces like the bed, the floor, the windows,and the doorways. You have to think about disease control going in and out of the house. You are trying just as hard to keep the disease out as well as keeping it controlled in your home.

4. Keep some chem suits on hand. You may want to completely cover up to deal with a sick patient or having to go into infected areas. A chem suit with boots and gloves would be the ideal solution. You will also want a face mask and eye protection to keep safe.

5. Have one person who would be dedicated to taking care of the sick. The less people exposed to the sick person, the better the chances for everyone to stay healthy. Having one person designated to taking of the sick will keep everyone healthier. Having a designated respite person for the caretaker would be a good idea too.

6. Have a plan in place for death. In a pandemic, death is inevitable. What will you do if someone dies? As morbid as it seems, you may want to have a body bag on hand. You also want to have a plan for disposal of the body. Where will it be buried? Will you bury the body? Those are your decisions alone, but having a plan will make those decisions easier.

7. Do not go anywhere if you don’t have to. During a pandemic, being a homebody is your best bet for not catching the disease. Having a good food storage, water storage, and a disinfected home will be wise.

No one wants to think about getting sick much less think about a lot of people getting sick. We like to think with all the technological and medical advances we have now, another influenza pandemic will not happen again. However, new strains of diseases are being developed all the time in nature and in labs. We can not be sure this will not happen again. In fact, it is likely to happen again.

What will you do to protect yourself during a pandemic? Do you think we could have another influenza pandemic?

The Greatest Trick the Devil Ever Pulled Was Convincing the World He Didn’t Exist.

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There Is The Potential For Many Types Of Catastrophic Events Occur, What Would You Need In Advance To Insure Your Survival?

Those that are aware of the EMP commissions report have probably also heard the statement that this type of event would suddenly transport everyone involved back to the 1800’s almost instantly. It is also possible that up to 90% of the population could die within 2 years due to the sudden lack of modern technology. It does not matter if it is an EMP, CME, cyber attack or terrorist attack on the grid, the results will be largely the same.

This is a sobering notion that you can either believe or disbelieve. If you think it is all hype you need only to go back to your daily activities and hope it never happens and leave your survival to someone who will do something if it ever happens. For those hardy souls that take responsibility for their own fate and that of their family, it falls to you to determine what this type of event will mean for you. An event of this magnitude will affect different people in different locations in different ways.

It is important to first realize what changes you will likely see following this event. To understand this you must look at what a 19th century lifestyle would look like to you. Understanding these differences will help you to determine what plans you need to make ahead of time to adjust to these changes in a way that will allow you to survive. Here are some of the things you will face with a collapse in modern technology and this does not even take into account problems you will face from the ill prepared.

19th Century support systems included the following

Sailing ships for cargo and human transport
Steamships for cargo and human transport
Steam locomotives for cargo and human transport
Horses and wagons for cargo and human transport

Horses, mules and oxen for cultivation and harvesting
Root cellars for common storage
Ice houses to store ice cut in winter
Open pollinated seeds for planting
Livestock manure for fertilizer
Local mills for processing grains
Shallow dug water wells for fresh water
Manual tools for building and repairs

Developed systems for kerosene, whale oil and candle making for lighting
Mechanical power systems for factories and machinery
Telegraph lines for communication
Local craftsmen to build and repair items
Human and animal means to produce coal

Wood stoves for cooking and heating
Outhouses for sanitation needs
Buildings designed for natural ventilation

Limited clean water systems
Limited hospitals and doctors
Limited drugs, medications and medical equipment
Limited firefighting capabilities
Limited law enforcement capabilities

Physical currency of silver and gold
Banks utilizing paper records

Many of these systems exist today only in museums or historical sites and in insufficient quantities to support the population we now have. So simply going back to 19th century living standards would be impossible for the vast majority of people even under the best of circumstances. This brings to light the conclusion that 90% of the population would not survive long term under these conditions.

Assuming this type of event did occur, what would you need in advance to insure your survival? That is a question many people need to ask but most will not simply because their belief system would be shattered if they acknowledged potential threats and that they need to be responsible for their own lives.

There is the potential for many types of catastrophic events that we may never see but the potential should be enough to cause reflection on the individuals part to at least ask the important questions for their own survival. To prepare mentally as well as physically is important to survive the worst of the potential events we could face. You may not find yourself living in the 19th Century tomorrow, but what if?

Why Are American Communities Dying?

Most Americans who have been around for a while know life is nothing like it used to be. When someone wanted a job one was found with a little bit of searching. Today jobs are difficult to find, especially in small communities.

When I was growing up in the 70’s, there were several car dealers in my community. There were three tractor dealers and too many mom and pop stores to count. Today there are two used car dealers and the nearest tractor dealer is twenty miles away. So how is it that we now have more people, but fewer businesses to employ them?

A nations wealth is derived from having a product to sell. That wealth needs to circulate in towns and cities to compound the wealth effect and create jobs and businesses. When wealth is not created or it is siphoned off to other places, the wealth effect can not happen, and in many cases goes into reverse. A community needs a certain amount of service related jobs to function but it also needs some type of production jobs to bring in money from the outside. This can be mining , agriculture or manufacturing type jobs, but they must exist to insure a healthy economy.

87-Year-Old Grandma Reveals How She Stays Healthy: Discover The Powerful Pain-Treating Herb You Can Grow in Your Backyard Without Breaking Your Back from Digging and Weeding.

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America has two major problems today. A large amount of our production is done outside the country eliminating production jobs in local communities and many of the small local businesses that kept wealth within communities have been supplanted by large corporations that siphon wealth out of communities and send it to wall street.

In the past when a small business made profit, that profit was kept in the local community because that is where the owner lived. Now, that profit leaves the community never to be seen again. With less money to circulate within the community the businesses that depend on people spending their extra dollars, have fewer customers and eventually go out of business. With fewer jobs there is that much less money circulating and the economic situation spirals down until nothing is left.

These days corporate businesses and government jobs make up the major part of many local communities. In many cases if it were not for the government jobs, many communities would no longer exist. So what do you think would happen if the government suddenly no longer had money to pay those workers? What would happen if corporate profits dropped to the point where corporate stores decided to close and cut their losses?

To some extent we are seeing this happen now in many places. Corporate stores moved in and drove small local businesses out. Then when the profits dried up the corporate stores closed leaving the community with no jobs or products to buy. With no capital in the local communities to rebuild small businesses, the people simply drive to other areas to do their shopping.

The corporate cronies and government laggards control most of the money flowing through communities now and they want to keep it that way. Any attempt to rebuild local businesses is met with luke warm results. Any business that might make a difference is either killed outright or regulated into oblivion before it can get off the ground. The county where I live has all but abandoned local businesses. The bulk of their income comes from property taxes generated by vacation homes and retirement homes of retired government employees. As long as the government pensions and paychecks continue, they see no reason to change the status quo. The result is that the younger people leave as soon as they can and the average age of the population continues to get older. As with many places today, this area has no future.

Where I live is a microcosm of the nation. Corporate and government entities continue to siphon what little money there is out of communities and just as small communities are dying, the nation will soon follow if current trends do not change. A return to small local economics is the only way to reverse some of the damage and keep our communities livable. But, do not be deceived. There is no way to undo all of the damage that has been done and even if we survive, we will only be a shadow of what we once were as a nation.

We live in a world where more than half the people live in countries with food bubbles based on people over-pumping and draining aquifers.

The Backyard Miracle Farm Will Change Our World Forever

lost-ways

Some scientists fear that the solar maximum that will peak in 2020 will spawn another CME similar to the Carrington Event causing catastrophic results on Earth

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In 1859, an event unlike anything experienced before by modern man, occurred. A massive Coronal Mass Ejection occurred on the sun sending vast quantities of solar particles on a collision course with Earth. The result of this collision caused severe disruptions with the only major electrical equipment then in existence, the telegraph system. Magnetic observatories recorded disturbances in the Earths magnetic field that were literally off the scale.

Auroras were seen as far south as the Caribbean, gold miners in the Rocky Mountains were awakened by a light so bright they thought it was morning and those in the northeast could read news papers by the light.

Telegraph systems throughout Europe and North America failed and in some cases shocked telegraph operators. Telegraph lines threw sparks, paper in some telegraph offices caught fire and some lines continued to send messages even after the battery power had been removed from the line. The electrical effects were severe but the lack of electrical devices in use at this time allowed society to continue as normal and this disturbance was viewed as nothing more than a curiosity.

Scientists believe events of this size can occur every 500 years and events of a lesser but still destructive magnitude can happen several times per century. Scientists are getting better at predicting space weather but mother nature often times ignores our best forecasting and throws us a curve.

What would happen if a storm of this magnitude were to strike the Earth today? The biggest worry we have is the power grid. Satellites would be affected preventing most communications and financial transactions but if the grid goes down due to transformer blowouts, it could be a long time before we get it back up. The larger transformers 500+ KV in size cost millions of dollars and take 1 to 3 years to get even in normal times. Very few of these are kept in supply and the loss of dozens or hundreds at one time could be a disaster as only a small number are made every year and none are currently made in the U.S.

If many of these large transformers went down, it would take down our high tech society with it. Many of our cars and computers and appliances would probably still work, but how would we run them without power? How would we pump water to cities and pump fuel so trucks and trains could deliver food and medicine? How would our medical system operate without the high tech gadgets we depend on to keep people alive and diagnose them? How would we communicate and conduct financial business without our computers? Yes, we have backup generators but how long will they last before they run out of fuel that we can no longer process, pump and deliver?

This is the nightmare scenario we need to address before it happens. Currently we can detect CMEs about 20 hours before they reach Earth. The current plan is to notify power companies of the danger so they can shut down parts of the grid and protect the transformers before they get burnt out. It’s a plan but I feel the need to ask, is this really the best plan we can come up with? What happens if mother nature throws us a curve and we don’t have time to power down the transformers? A report from the EMP commission stated that it would cost about $60 to $100 million to protect the 300 largest transformers that power the grid and an additional $400 to $600 million to protect an additional 3,000 transformers but our leaders don’t think that would be the best use for our money. A NASA report indicates that within 90 seconds of a Carrington Event reaching Earth, the 300 largest transformers in the U.S. would go down and recovery would take 4 to 10 years and some estimates place the death toll in the tens of millions of people.

If the grid goes down civilized society as it is will disintegrate rapidly due to the lax moral standards we now have as a society. The pictures of Japanese citizens patiently waiting in line to get supplies after the 2011 tsunami is a stark difference from what you could expect in the U.S. As with many potential problems, if the government would only discuss it in public and offer the public some simple preparedness tips and discuss how we as a nation would repair the damage, the public knowledge would help mitigate the damage and aid in recovery operations. Unfortunately, that’s not how we do things in the 21st century.

So how do we know how bad it was in 1859 if we didn’t have electronic devices back then to measure it?

To be maximally geoeffective , ie: to drive a magnetic storm, a CME must
(1) be launched from near the center of the sun onto a trajectory that will cause it to impact Earths magnetic field,
(2) be fast (1000 km/sec + ) and massive, thus producing large kenetic energy and
(3) have a strong magnetic field where orientation is opposite that of Earth.

Solar Energetic Particle events dominated by shock-accelerated particles traveling near the speed of light are channeled along geomagnetic field lines into the upper atmosphere above the poles where they can initiate ozone depleting chemistry in the middle atmosphere. Nitrates produced by SEP bombardment settle out of the atmosphere within weeks and are preserved in polar ice, allowing the magnitude of the SEP to be estimated many years later. This is how we can estimate the magnitude of the Carrington Event and apply it to modern technology.

Some scientists fear that the solar maximum that will peak in 2020 will spawn another CME similar to the Carrington Event causing catastrophic results on Earth (SOURCE). The recent uptick in solar storms may give some credence to our newfound concerns. The problem with a solar event as opposed to a man-made event is the possibility that we could be hit multiple times over the course of months before it diminishes. This could make recovery efforts many times more difficult. It is possible for individuals to prepare for an event like this to limit the hardships but this is something that must be done well in advance. The problem is that the vast majority will not prepare and they will cause this disaster to become a catastrophe if it happens. Those that are not prepared to live through a situation like this face a life threatening situation. Those that are prepared, face the danger posed by the unprepared.

The preparations that you make for this situation are similar to many other disasters and will require similar items and planning. As I always stress, knowledge is the most important thing to have in a disaster and everyone needs to develop a plan that will work best for them. If the grid goes down besides not being able to travel or communicate, banking records could be frozen or destroyed taking your electronic money along with it. In this situation, the only money you may have access to is what you have on hand in cash and even then you may be limited as to what you will be able to buy. The only safe position is to already have supplies on hand. For this type of disaster, there is no such thing as being prepared too early or having too many supplies.

One final item that you need to plan for is the potential for a nuclear incident following a grid down event. The loss of power to maintain coolant can result in a meltdown of reactor fuel and the more serious problem of spent fuel coolant ponds going dry igniting radioactive fires. In this situation you have two choices, evacuate or shelter in place. Evacuation would be difficult at best and sheltering in place would present its own problems. An uncontrolled radioactive fire can spew radiation for decades so each person would need to evaluate the hazard to their location and plan accordingly. A modern day Carrington Event would be nothing short of Armageddon for the people of this planet

Russia’s New Generation of Nuclear Weapons Ready For WW3: Considering the potential effectiveness of this system, such missiles would give the Russians a distinct advantage over anyone

The arms race is an old one. Ever since our cavemen ancestors started using sticks and stones to attack each other, mankind has constantly sought to create more effective weapons. Some have sought this to use in attacking their enemies, while others only to defend themselves. Offensive warfare and defensive warfare are two sides of the same coin.

This arms race has also fueled technological research and development through the ages. Much of the technology that we depend on, every day of our lives, came from the Department of Defense (DOD). Many things which don’t have an obvious military application were in fact invented for the military, such as the Internet, the Global Positioning System and many modern emergency room techniques.

Much of the last century was overshadowed by this arms race, specifically involving nuclear arms. While there are still only a few countries who own these weapons, a huge amount of money has been invested in their development. That investment hasn’t stopped, as we can see from a recent announcement.

During his State of the Nation address, President Vladimir Putin of Russia announced the creation of five new, but interrelated, weapons systems. Amongst these are hypersonic, nuclear capable, cruise missiles, which are unstoppable by any current defense technology.

The idea of these missiles is obviously to defeat existing anti-missile systems, such as Israel’s Iron Dome system or the US THAAD system. It does this by operating in a different way than those systems are designed to defend against.

Current Anti-Missile Systems

In the contest between offensive and defensive systems, offensive systems always hold the upper hand, with defensive systems struggling to catch up. Such is the case with missiles as well. Current anti-missile systems are built to defend against the threat of yesterday, which might very well mean that Putin’s announcement was correct and they are totally ineffective for these new weapons.

There are two basic types of missiles we are talking about here; ballistic missiles and cruise missiles. Ballistic missiles are fired up into the upper atmosphere, just like a rocket putting a satellite into orbit. When they run out of thrust, they fall back towards the earth, their path of travel creating a huge arc and with their payload hitting the target. Amazingly enough, these missiles are highly accurate, even after crossing oceans.

Since the start of the Cold War, this was the type of nuclear missile which anti-missile systems needed to defend against. In the event of a nuclear war, ICBMs (intercontinental ballistic missiles) would be carrying nuclear warheads anywhere from a few hundred miles to the other side of the globe. The abovementioned Iron dome and THAAD systems, as well as others, are designed to defend against these kinds of missiles.

Different anti-missile systems recognize, target and attack these missiles during different parts of their flight trajectory. They can be designed to work on the boost phase, during the apogee of their flight or the terminal part of the flight. Each system only works against one part; not all three parts of the flight trajectory.

Cruise missiles could be said to be the direct opposite of ballistic missiles in that they don’t fly high up into the sky. Rather, they fly at altitudes which are typically lower than 100 meters. This allows them to defeat the radars and defensive missile systems which are designed to recognize ballistic missiles. They are also quite effective at defeating normal air traffic control radars and other short-range radar systems, as they can often fly under the radar’s minimum effective altitude.

Since there is no ballistic track and the radar visibility of these missiles is considerably shorter than that for ballistic missiles, defending against them is quite different. There are two basic types of systems used for this. One is anti-missile missiles which are also able to fly a cruise missile flight path, low to the ground. The other is point defense systems, which fire slugs (bullets) at the missiles at close range.

What’s Different About Russia’s New Missiles

There is little public information about these new missile systems, other than what Vladimir Putin said in his speech. However, the little bit that he did say is enough to show that if these missiles do exist, the Russians have made some major technological breakthroughs that the world should take note of.

First of all, these new missiles are supposed to fly at a speed of 10 times the speed of sound. That’s over 7,000 miles per hour, almost 14 times as fast as other cruise missiles out there. That speed makes for a much more difficult targeting solution, as the anti-missile systems have much less time to react. While they may still be able to hit the missile in a head-on defense, their cross-range (with the missile crossing in front of the defensive system) capability would probably be virtually nil.

Secondly, these missiles are designed for carrying nuclear warheads. While all cruise missiles are capable of that, their range is greatly reduced, due to the heavier weight of the warhead. While such warheads are generally smaller to make up for this,

Thirdly, these missiles are designed for long-range use. Typically, cruise missiles have a 1,000 km (621 mi) range. While no specific information was given about the range of these new missiles, it appears that they have intercontinental range, something that has never been possible before with cruise missiles.

The reason given for this great range was that these missiles use a nuclear powered engine, rather than a solid-fuel rocket motor. That was looked at, many years ago, by our own scientist and engineers, who concluded that it was impractical. If the Russians have managed to overcome the technical problems which were encountered then, they might have created a missile that can be launched in Russia and fly to wherever they want.

A Whole Weapon’s System

While I’ve been discussing this as if it were one type of missile, there are actually several variants of it, including a land based version, an air deployable one, and a sea-launched one. Considering the potential effectiveness of this system, such missiles would give the Russians a distinct advantage over anyone.

In addition to the missiles the Russians have supposedly developed a new type of submarine, which would carry the naval version of this missile. This submarine is supposed to have the capability of diving to much deeper depths than any other. That would allow it to escape from other countries submarines and travel to where it wanted, without being followed.

The deeper a submarine dives, the less cavitation noise the propeller produces. This noise is caused by air bubbles forming on the trailing edge of the propeller or “screw.” As they collapse from the pressure, they make noise. But the deeper the submarine dives, the faster the screw can turn, without cavitation.

What Does It All Mean?

While this weapons system gives the Russian military a distinct advantage; it only does so if it is ready for deployment. Considerable doubt has been raised as to whether or not these weapons actually exist. The only imagery that Putin used with his speech were computer generated; not actual photographs. So it is quite possible that these weapons are still under development or just plans for the future.

Even if these weapons have completed their testing and are ready to be manufactured, it could still take several years before enough of them have been built and issued to the military. In the mean time, you can be sure that other countries will be hard at work to develop an effective means of countering this new threat, whether by modifying existing weapons systems or developing new ones

Preparation Is Key to Adapting to Future Events, and Those Without Resources Will Reap a Bitter Harvest as they Struggle to Survive

Those that are aware of the EMP commissions report have probably also heard the statement that this type of event would suddenly transport everyone involved back to the 1800’s almost instantly. It is also possible that up to 90% of the population could die within 2 years due to the sudden lack of modern technology. It does not matter if it is an EMP, CME, cyber attack or terrorist attack on the grid, the results will be largely the same.

This is a sobering notion that you can either believe or disbelieve. If you think it is all hype you need only to go back to your daily activities and hope it never happens and leave your survival to someone who will do something if it ever happens. For those hardy souls that take responsibility for their own fate and that of their family, it falls to you to determine what this type of event will mean for you. An event of this magnitude will affect different people in different locations in different ways.

It is important to first realize what changes you will likely see following this event. To understand this you must look at what a 19th century lifestyle would look like to you. Understanding these differences will help you to determine what plans you need to make ahead of time to adjust to these changes in a way that will allow you to survive. Here are some of the things you will face with a collapse in modern technology and this does not even take into account problems you will face from the ill prepared.

Nineteenth Century support systems included the following:

Sailing ships for cargo and human transport

Steamships for cargo and human transport

Steam locomotives for cargo and human transport

Horses and wagons for cargo and human transport

Horses, mules and oxen for cultivation and harvesting

Root cellars for common storage

Ice houses to store ice cut in winter

Open pollinated seeds for planting

Livestock manure for fertilizer

Local mills for processing grains

Shallow dug water wells for fresh water

Manual tools for building and repairs

Developed systems for kerosene, whale oil and candle making for lighting

Mechanical power systems for factories and machinery

Telegraph lines for communication

Local craftsmen to build and repair items

Human and animal means to produce coal

Wood stoves for cooking and heating

Outhouses for sanitation needs

Buildings designed for natural ventilation

Limited clean water systems

Limited hospitals and doctors

Limited drugs, medications and medical equipment

Limited firefighting capabilities

Limited law enforcement capabilities

Physical currency of silver and gold

Banks utilizing paper records

Many of these systems exist today only in museums or historical sites and in insufficient quantities to support the population we now have. So simply going back to 19th century living standards would be impossible for the vast majority of people even under the best of circumstances. This brings to light the conclusion that 90% of the population would not survive long term under these conditions.

Assuming this type of event did occur, what would you need in advance to insure your survival? That is a question many people need to ask but most will not simply because their belief system would be shattered if they acknowledged potential threats and that they need to be responsible for their own lives.

There is the potential for many types of catastrophic events that we may never see but the potential should be enough to cause reflection on the individuals part to at least ask the important questions for their own survival. To prepare mentally as well as physically is important to survive the worst of the potential events we could face. You may not find yourself living in the 19th Century tomorrow, but what if?

Many people have read the reports that claim we would be sent back to 19th century living levels following an event and many simply think they could bear that for a short period until things get fixed. The problem is we no longer have 19th century infrastructure to support that level of existence. We do not have the transportation systems based on horses and steam locomotives, the ability to grow, harvest and process food the 19th century way, the local water sources to support populations, the sanitation systems or the medical systems that do not rely on technology or the ability to heat and cook the 19th century way. We have the knowledge to build these systems but that takes time and resources we may not have especially in the large cities. Without these types of systems waiting on the sidelines to be readily put into action, society as it is would collapse into tribal warfare as groups fight for the few resources that still exist. Even with these systems we could not support the number of people we now have. In short, many people would die even in the best of circumstances. Those that have these types of systems would have the ability to survive if they could protect these resources long enough.

If you own a large boat and suddenly sink for some reason many miles from shore, there is an easy way to survive this situation and a hard way to survive. You can have a good life boat, supplies and a radio to call for help and wait in relative safety or you can float around in the ocean with nothing but a life jacket hoping somebody finds you in time.

Any type of disaster can be looked at in these terms. Preparation makes all the difference when things happen. With all of the talk about a possible EMP happening it is important to think in these terms and provide yourself the best possible way to survive events should they happen. This means realizing what could happen and what supplies you need that can survive the initial effects of the disaster.

An EMP has its own special problems when it comes to storing supplies, especially equipment, to survive the aftermath. The special nature of an EMP make many types of equipment unreliable following an event without proper storage. Even with proper storage the use of a super EMP could overwhelm many basic storage devices such as homemade faraday cages. The U.S. hardened some of its military infrastructure to withstand a pulse of 50 kilovolts/meter. The problem is that Russia has weapons that can produce up to 200 kilovolts/meter which would likely overwhelm our most hardened components. Until it actually happens you don’t really know what will survive. This is the crux of the problem trying to decide what to store to survive an EMP.

I go about this in a twofold manner. I store electronic devices in the safest manner I can but I also have a non-electric backup system in the event that fails. As with any preparations, two is always better than one. This means if one system fails you have another to go to you can be sure will work when needed. This means preparing systems in depth to assure availability.

Just as an example, if you know you will need transportation following an event you could have an older vehicle stored in a metal building to protect it and certain electronic components for that vehicle stored with additional shielding in the event the vehicle is damaged. This will allow repairs following the event. Then you could have a secondary mode of transportation such as horses, a bicycle or a boat depending on your circumstances. This provides you with many options no matter how bad the event was. Just keep in mind that the simpler the system, the more likely it will still work when needed.

You need to determine what critical systems you will need or want following an event and determine what you will need to store to have those capabilities. This prior planning is essential so you do not waste time and limited resources on items you do not need or will not survive the initial phases of the event.

If you want power following an event you need to do a good assessment and determine what components will give you the most bang for the buck. A generator is good but you would also want to store electronic components that can break or burn out as well as items like carburetor kits and spare spark plugs. You would need a good fuel supply on hand and possibly an alternative fuel source like propane or wood gas. If this system fails to work following an event you would need a secondary energy source. Solar or wind is good but you would need all of the components to make a complete energy system including charge controllers, batteries and power inverters.

If you have solar panels and batteries and these are the only things to survive you will still have generating and energy storage capability. Having panels hooked directly to batteries would require close monitoring to prevent damage and a simple voltage meter would be helpful in this regard. This would give you 12v or 24v power to utilize in an emergency and there are many products out there that run on these voltages. This would provide you with a viable energy system as a backup and some capabilities even if you only had a 12v lighting system and a 12v absorption refrigerator to use. Planning ahead and breaking it down to the most likely components to survive will avoid wasted time and money.

Propane appliances are a good way to go when planning for electrical disruptions. Old school propane appliances that lack a lot of electronics will insure operability when you need it. A good supply of propane is also easy to get at this time allowing you to run appliances for months or years depending on your storage capacity. This can give you the time needed to survive and adjust to long term realities.

At the bottom tier of your alternatives should be manual tools and equipment that can replace electrical and energy dependent devices to accomplish the tasks you deem necessary following an EMP event. These are the systems you can depend on to work no matter what happens. This is your last line of defense in a worst case scenario. When planning systems I try to buy the manual items first simply because they are usually cheaper and if something happens before I buy everything I want, I know what I have will work.

Thinking ahead and identifying the weak links now will allow you to survive much easier than the general population will if such an event comes to pass. Having even a handful of backup systems that still function following an event will give you a definite edge when survival becomes a daily task. Every capability you have following an event gives you that much more to insure survival. Surviving an EMP event will be no piece of cake by any means but would you rather be afloat in relative safety or simply fighting to keep your head above water?

What Do You Do When Your Supplies Run Out? When The World Suddenly Changes Overnight You Need To Be Ready To Adjust To It

The small percentage of the population that keeps extra supplies on hand in the event of a disaster have taken the necessary steps to insure their family will not suffer as most others will following an event. This is the act of intelligent people that realize we live in a dangerous world with many unknowns.

It does not matter if you are prepared for two weeks, two months or two years of societal disruptions. At some point, if the event goes on long enough, you will eventually come to the end of your supplies. When that happens, what will you do?

Having a two year store of supplies is exceptional but as we have seen, some disasters can last far beyond that. The food scarcity we see in places like Venezuela have taken years to unfold and some past wars have raged on for more than a few years. When that happens even your best efforts may fall short and leave you in want.

Those that store a certain amount of supplies for a set period of time need to think beyond that period of time and imagine what they will do when the disaster lasts longer than they had planned on.

When you plan for an event, you need to think of the worst possible scenario and have a plan to handle it. A worst possible case may entail more supplies than you have the ability to buy or store but you should consider what your actions will be if you find yourself in that situation. Thinking about it now while you have the time to find solutions and determine a course of action will help you to stay calm and prevent you from making mistakes that might harm you later.

When an event happens, your greatest asset is your own mind. You need to program it with all of the answers you will need to get you through difficult times when they appear. This is the most basic level of preparing for difficult times that you can do.

Once you think through the possible troubles you may have in the future you will hopefully have answers at the ready when they are needed. Once you do this you will also be able to come up with a list of specific items that can help you the most if you get in that situation.

It may be tools, seeds, relocation sites or friends you can turn to that will make all the difference when the time comes. It costs you nothing but your time to sit down and think about these things now so there is no reason for you not to do it. When you are in need or in danger it is the little things that can make all of the difference.

Having supplies to care for your family buys you time and peace of mind when something happens. This time allows you to assess the situation and determine what your next move needs to be. It is impossible to plan for all of the potential unknowns you could be faced with which is why you need the time to adjust your plans and determine a course of action.

What works for one person may not be possible for someone else because people and situations are so vastly different. That is why you need to determine what will work for you and have a plan that you can follow. Looking at the plans of others can give you some good ideas but simply taking the plans of someone else and depending on that with no adjustments can be disastrous. You do not want to put yourself in a situation that is outside of your knowledge base.

When the world suddenly changes overnight you need to be ready to adjust to it. You need the resources to buy you the time to adjust and a plan that allows you the ability to survive and prosper long term