2012 Survival Guide

by admin on January 26, 2010

 

 

 

 

 

2012 Survival Guide

by

2012online.org

 

This Survival Guide is intended as a basic introduction on how to prepare for and react to events that may take place over the course of the years leading up to December 21, 2012. These skills and techniques are provided for information purposes only and are not intended to take the place of a professional survival or first aid training course. Rather, they are intended to increase your awareness of the lifesaving importance of preparation of the coming events, survival skills and to encourage you to research the events that may transpire.

For beginners interested in understanding the basics of December 21, 2012 and the Earth changing events, there is unlimited information available from many sources, and advances of knowledge and collaboration have led to a growing number of “watchers” and people that are preparing even though they do not believe something is to happen. Even so, at least they will be ready, and you should as well. Even if nothing is to happen then there will be ample number of supplies to last you for the coming years. What if the Earth does change rapidly, and you are not prepared? If you meet the minimal requirements to survive through Pole Shift, Volcanic Eruptions, Extreme Cold, Hurricanes, Tornados, Earthquakes, Land Shifts, Major Floods, Solar and Gamma Radiation then you are one more step in the right direction.

However, there is no substitute for experience in any of these extreme situations, and your reaction in a survival situation depends on your education and training. Always keep in mind that a survival situation mentioned above can happen to you. Be prepared and plan to be a survivor.

For too long, the term “survivalist” has called to mind paranoia, and the person that lives out in the woods. Nevertheless, as we continue on track towards our unknown future, we will not be called “survivalist”, but “survivors” as we will need every ounce of energy, every thought of our brain, and every inch of muscle to continue our existence here on planet Earth. The following pages are for the ones that may or may not believe what has been foretold, and what history has taught us throughout the years.

 

 

Read at your own discretion

 

 

 

Chapter                                                                                             pg

 

 

1. The Basics………………………………………………………………………3

Food

Water

Shelter

2. Beyond the Basics….…………………………………………………………..14

Developing a Survival Mindset

Survival Awareness  

3. Disasters………………………………………………………………………..18

Floods

Earthquakes

Hurricanes

Tornados

Fire Storms

Volcanic Eruption

Asteroid impact

Radiation

Polar Reversal/Shift

Extreme Cold/Heat

Riot/Civil Disaster

Electricity Shortage

Tsunami

Alien Invasion

4. How To…………………………………………………………………………29

Fire

Shelter

First Aid

5. How can you Afford all this…………………………………………………………………..37

 

6. Check List……………………………………………………………………..38

 

 

 

 

 

 

 

 

 

 

 

Chapter 1: The Basics

 

 

 

Many would say water is the most important of the three, but we’ll address them in the order of: Food, Water and Shelter. Below are some questions to ask yourself to better understand what specifics you will need to prepare for in your area of the world. (or to be safe, prepare for all)

 

What natural disasters or extreme conditions you likely to face in the next four years?

 

What other disasters or emergency situations might you face?

 

What are the ramifications of each?

 

What do you have now that you can use in any disaster situation?

 

How much is the minimum for you and your survival situation is an answer you’ll have to come up with after reviewing this survival guide, but don’t worry we will give a generic minimal survival pack.

 

 

 

You may be able to survive a few weeks or even a month without food, but without food, you will become weak, susceptible to illnesses, dizzy and unable to perform survival-related tasks. Water may be more critical to short-term survival, but you will need every ounce of energy to get out of harms way, this is why food is also just as important.

 

Will a months worth of food be enough? Or do you need a year’s worth? 2012 Online cannot tell you what’s best in your situation, but we suggest that two weeks or more is the minimum for anyone in any of these potential survival situations. Why should you stock up on so much food if the worst you’re planning to prepare for is a just a little out of the ordinary?

 

Several reasons:

 

It may take a while for store shelves to be replenished especially as we approach December 21, 2012. Think back to a heavy storm that hit your area, was there enough supplies for everyone? Now imagine a whole country, or even the world needing the same supplies. Now there is a problem.

 

You may be asked to feed friends or neighbors.

 

You may or may not be protected from price gouging.

 

You need to be prepared for a crippling blow to our food supply system.

 

You will need an existing food supply and a future food supply

 

Your existing food reserve should not include food in your refrigerator or freezer because you cannot count on those items remaining edible for more than a day (fridge) or three (freezer), at most.

 

Examination of your existing foods in your cabinets will tell you how much you need to add to ensure you have enough food for a week. A suggestion of food storage is generally canned items (including items in jars) or dried foods. Review our list of commercial food items and their suggested storage times when making up your personal list but keep in mind your family’s eating habits, likes and dislikes. Also, remember that you may not have access to electricity, so pick food items and packaging that can be prepared on a single burner of a camp stove or even over an open fire.

 

Rotation of Foods

 

The main difference between the commercially prepared foods you buy in the grocery store and the specially prepared “survival” foods is the shelf storage. You can’t store grocery store items for five to ten years, as you can with specially freeze-dried or sealed foods packed in nitrogen or vacuum sealed. You need to rotate your items, either on an ongoing basis or every two to three months. This will ensure you have fresh food (if you can consider canned and dry food “fresh”) and do not waste your food and money.

 

As a general rule, traditional canned foods should be consumed within a year. For cans with expiration dates, such as Campbell’s soups, you may find you have 18 months or two years before they expire. Cans without a date, or with a code, mark them with the date purchased and make sure you eat them before a year passes.

 

 

Survival Foods

 

Simple raw materials for baking, such as flour, sugar, baking powder, baking soda, oil and shortening can be assets in a survival situation. For long-term survival storage, honey stores for years and can replace sugar in recipes. Rather than storing flour or meal, purchase the raw grain and a hand mill. Then you can mill your own flour whenever necessary. Red winter wheat, golden wheat, corn and other grains can be purchased in 45-pound lots packed in nitrogen-packed bags and shipped in large plastic pails.

 

Long-term storage falls into several categories:

 

Vacuum-packed dried and freeze-dried foods

 

Nitrogen packed grains and legumes

 

Specially prepared and sealed foods such as MRE’s (Meals, Ready-to-Eat) with a five-to-ten year shelf life

 

All offer one main advantage: long storage life. Some, such as MRE’s and packages sold to backpackers, are complete meals. This is handy and convenient, but they tend to be expensive on a per-meal basis. As the name implies, MRE’s are ideal for a quick, nutritious, easy-to-prepare meal. They are convenient to carry in the car, on a trip or on a hike. They have very long shelf lives (which can be extended by placing a case or two in your spare refrigerator). On the downside, they are very expensive on a per-meal basis and they do not provide as much roughage as you need. (This can lead to digestive problems if you plan to live on them for more than a week or two). Large canned goods, on the other hand, are difficult to transport. But if you’re stocking up your survival retreat or planning to batten down the hatches and stay at home, the large canned goods are easy to store and can keep you well-fed for months.

 

 

Remember, however, if you have four people in your family or survival group, purchasing a one-year supply of food will only equate to three months worth for the family. 2012 Online recommends purchasing the largest set of these canned, dried foods your budget can handle. Then supplement the set with items tailored to you and your family or survival group. You may also want to add a few special items, such as hard candy or deserts, to reward yourself or for quick energy.

 

While on the topic of supplements, don’t forget to add vitamins and mineral supplements. Fruits, green vegetables and other items rich in vitamin C and other nutrients may be scarce, so a good multi-vitamin is well worth the space it takes up in your stash.

 

 

Home Made Survival Foods

 

You can try to dry, vacuum-pack and otherwise prepare food for storage. Vacuum pumps are available commercially or can be constructed in your own home. You can use them to seal dried food in mason jars and other containers.

 

When packing foods for storage, you want to eliminate oxygen. Bugs, such as weevils, and other organisms that can destroy your food need the oxygen to live. That’s why commercial companies who prepare survival food pack grains, cereals, pasta, beans and other foods in nitrogen-filled containers. You can accomplish a similar packaging yourself by using dried ice.

 

Simply take the 10 pounds of noodles (or 25 pounds of rice or other dried food) you picked up from the warehouse and put them in an appropriately sized plastic bucket with a lid that can create a good seal. Then add several chunks of dried ice. As it sublimates, your bucket will fill with carbon dioxide, which will displace all or most of the oxygen (since carbon dioxide is heavier, the oxygen should rise to the top and out of the bucket). Place the lid on the bucket, but don’t seal it all the way until you think the dry ice has completely turned to gas. Remember, as soon as you open the bucket the air will come back in.

 

 

Hunting and Gathering in the Wild

 

It’s time to look to nature to help feed you. That’s great if you have acres of tillable land that was not destroyed. But if not, or if it’s too late, you will need to turn to hunting, trapping and gathering.

 

If you can identify wild plants that can supplement your existing diet, good for you. If not, better go out and buy a few guide books right away. Get ones with pictures, you’ll need them. If you’re a hunter, could you imagine what the local patch of forest would be like if everyone’s dinner depended on hunting? How quickly would we strip this continent of all edible game? Planning on fishing? So is everyone else.

 

 

Tip – Always drink while eating, your body looses lots of water while digesting. If you do not have water to drink – DO NOT EAT!

 

Water

As mentioned previously, water is probably the most necessary element for human life, with the exception of oxygen.

 

When planning your water resources for survival you need to deal with three areas:

 

Storing water

Finding or obtaining water

Purifying water

 

 

Storing Water

 

For your in-home cache or survival stash, you should count on two gallons of water per-person per-day. While this is more water than necessary to survive it ensures water is available for hygiene and cooking as well as drinking.

 

Commercial gallon bottles of filtered/purified spring water often carry expiration dates two years after the bottling date. A good rotation program is necessary to ensure your supply of water remains fresh and drinkable (see the previous chapter on food for information on rotation).

 

If you prefer to store your own water, don’t use milk cartons; it’s practically impossible to remove the milk residue. If you have a spare refrigerator in the basement or the garage, use water bottles (the kind soda or liters of water come in) to fill any available freezer space. In addition to providing you with fresh, easily transportable drinking water, the ice can be used to cool food in the refrigerator in the event of a power failure. For self-storage of large amounts of water, you’re probably better off with containers of at least 5 gallons. Food-grade plastic storage containers are available commercially in sizes from five gallons to 250 or more. Containers with handles and spouts are usually five to seven gallons, which will weigh between 40 and 56 pounds.

 

A 15 gallon and 30 gallon container used for food service such as delivery of syrups to soda bottlers and other manufacturers are often available on the surplus market. After proper cleaning, these are ideal for water storage as long as a tight seal can be maintained. 55 gallon drums and larger tanks are also useful for long-term storage, but make sure you have a good pump. Solutions designed to be added to water to prepare it for long-term storage are commercially available. Bleach can also be used as a last resort to treat water from municipal sources. Added at a rate of about 1 teaspoon per 10 gallons, bleach can ensure the water will remain drinkable.

  

Once you’re in a survival situation where there is a limited amount of water, conservation is an important consideration. While drinking water is critical, water is also necessary for re-hydrating and cooking dried foods. Water from boiling pasta, cooking vegetables and similar sources can and should be retained and drunk, after it has cooled. Canned vegetables also contain liquid that can be consumed. To preserve water, save water from washing your hands, clothes and dishes to flush toilets.

 

 

Short Term Storage

 

People who have electric pumps drawing water from their well have learned the lesson of filling up all available pots and pans when a thunderstorm is brewing. What would you do if you knew your water supply would be disrupted in an hour?

 

Here are a few options in addition to filling the pots and pans:

 

The simplest option is to put two or three heavy-duty plastic trash bags (avoid those with post-consumer recycled content) inside each other. Then fill the inner bag with water. You can even use the trash can to give structure to the bag. Fill your bath tub almost to the top. While you probably won’t want to drink this water, it can be used to flush toilets, wash your hands, etc. If you are at home, a fair amount of water will be stored in your water pipes and related system. To gain access to this water, you must first close the valve to the outside as soon as possible. This will prevent the water from running out as pressure to the entire system drops and prevent contaminated water from entering your house. Then open a faucet on the top floor. This will let air into the system so a vacuum doesn’t hold the water in. Next, you can open a faucet in the basement. Gravity should allow the water in your pipes to run out the open faucet. You can repeat this procedure for both hot and cold systems. Your hot water heater will also have plenty of water inside it. You can access this water from the valve on the bottom. Again, you may need to open a faucet somewhere else in the house to ensure a smooth flow of water.

 

 

Finding or Obtaining Water

 

There are certain climates and geographic locations where finding water will either be extremely easy or nearly impossible. You’ll have to take your location into account when you read the following.

 

Wherever you live, your best bet for finding a source of water is to scout out suitable locations and stock up necessary equipment before an emergency befalls you. With proper preparedness, you should know not only the location of the nearest streams, springs or other water source but specific locations where it would be easy to fill a container and the safest way to get it home. Preparedness also means having at hand an easily installable system for collecting rain water. This can range from large tarps or sheets of plastic to a system for collecting water run off from your roof or gutters. Once

you have identified a source of water, you need to have bottles or other containers ready to transport it or store it.

 

 

Purification

 

Water that is not purified may make you sick, possibly even killing you. In a survival situation, with little or no medical attention available, you need to remain as healthy as possible. Boiling water is the best method for purifying running water you gather from natural sources. It doesn’t require any chemicals, or expensive equipment, all you need is a large pot and a good fire or similar heat source. Boiling for 20 or 30 minutes should kill common bacteria such as Guardia and Cryptosporidium. One should consider that boiling water will not remove foreign contaminants such as radiation or heavy metals.

 

Commercial purification/filter devices made by companies such as PUR are the best choices. They range in size from small pump filters designed for backpackers to large filters designed for entire camps. Probably the best filtering devices for survival retreats are the model where you pour water into the top and allow it to slowly seep through the media into a reservoir on the bottom. No pumping is required. On the down side, most such filtering devices are expensive and have a limited capacity. Filters are good for anywhere from 200 liters to thousands of gallons, depending on the filter size and mechanism. Some filters used fiberglass and activated charcoal. Others use impregnated resin or even ceramic elements.

 

Chemical additives are another, often less suitable option. The water purification pills sold to hikers and campers have a limited shelf life, especially once the bottle has been opened.

 

Pour-though filtering systems can be made in an emergency. Here’s one example that will remove many contaminants:

 

Take a five or seven gallon pail (a 55-gallon drum can also be used for a larger scale system) and drill or punch a series of small holes on the bottom.

 

Place several layers of cloth on the bottom of the bucket, this can be anything from denim to an old table cloth.

 

Add a thick layer of sand (preferred) or loose dirt. This will be the main filtering element, so you should add at least half of the pail’s depth.

 

Add another few layers of cloth, weighted down with a few larger rocks.

 

Your home-made filter should be several inches below the top of the bucket.

  

Place another bucket or other collection device under the holes you punched on the bottom.

 

Pour collected or gathered water into the top of your new filter system. As gravity works, the water will filter through the media and drip out the bottom, into your collection device. If the water is cloudy or full of sediment, simply let it drop to the bottom and draw the cleaner water off the top of your collection device with a straw or tube.

(If you have a stash of activated charcoal, possibly acquired from an aquarium dealer, you can put a layer inside this filter. Place a layer of cloth above and especially below the charcoal. This will remove other contaminants and reduce any unpleasant smell or taste).

While this system may not be the best purification method, it has been successfully used in the past. For rain water or water gathered from what appear to be relatively clean sources of running water, the system should work fine. If you have no water source but a contaminated puddle, oily highway runoff or similar polluted source, the filter may be better than nothing.

 

Shelter

 

Frequently, when we think of shelter, we think of either our home or emergency protection, such as a lean-to constructed out of cut branches.

 

In many survival situations, shelter may be as near as your home. If you don’t need to evacuate, you may be better off at home, even if the power is off or the storm is threatening. Remember, your bug-out bag has the bare essentials; your survival stash at home should have enough food and water for weeks or even months.

 

If you are at home or in the vicinity during a natural disaster, your first course of action must be to determine where you will be safest. If you decide not to evacuate, you must then set about making your current residence as safe as possible. In many cases, this will mean moving into the basement or another protected part of the house. In an apartment or condominium, your best bet will probably be an interior room without windows, or even the basement of the apartment complex.

 

While many will find that there home, friend’s apartment or relative’s house is the easiest and most cost-effective safe house, the ultimate safe house or survival retreat would be a second residence located in a very rural location. During normal times, this survival retreat can double as your vacation home, hunting lodge or weekend getaway destination. But when the flag goes up, you can evacuate to a safe house fully stocked with everything you need for self sufficiency.

 

Safe Home should be:

 

Well off the beaten track, ideally reachable by a single dirt road. This seclusion will offer you a good bit of protection. For example, you can cut a large tree down across the road to help eliminate unwanted guests.

 

Near a spring, well, stream or other natural source of water.

 

Equipped with at least a fireplace or wood stove for cooking and heat.

 

Within 10 to 20 miles of a village or small town where you can go (by foot, if necessary) for additional supplies, news and other contact with the outside world, should the emergency stretch into months or longer.

 

Arable enough land to grow your own vegetables and other crops.

 

Near a natural, easily harvestable food source (usually wildlife for hunting or fishing).

 

Provisioned with enough food to keep your family safe for at least three months, preferably a year.

 

Provisioned with tools necessary for long-term self sufficiency, should it become necessary.

 

Stocked with enough weapons and ammunition to defend it from small groups of marauding invaders, should it come to that.

 

If you are worried about caching goods in a unattended house, where they could be stolen, you can cache a supply nearby. While most caches are buried in hidden locations, a simple solution to this dilemma is to rent a commercial storage unit in a town close to your retreat. This has several advantages:

 

As long as you have access to the facility 24 hours a day (one of those outside storage areas where you use your own lock is best) you can get to your supplies when necessary.

 

It will be much easier to make a few trips to and from the nearby storage facility and your safe house than carry everything with you from home.

 

It’s easier to check on the status and add materials to this type of cache than one buried in a secluded location.

 

In a worst case scenario, you can hoof it to the storage area, spend the night inside and hike back the next day with a full backpack.

 

Of course, for the ultimate protection, a buried or other hidden cache is hard to beat. The is especially true for the long-term storage of ammunition and weapons that are or may one day be considered illegal.

 

 

Chapter 2: Beyond the Basic

 

 

 

Based on the previous section, you should have a good idea of the potential survival situations you might be facing. Now the question is whether to stay and face them or move to another, safer location.

 

At the first hint of trouble and rising prices, visit the local food warehouse and grocery stores and buy as much as you can afford. Get the 50 pound bags of rice and the 25 pound bags of flour. Use your credit cards and part of your emergency cash stash, if necessary.

 

Hunker down at home and protect what is yours.

 

Keep a low profile and avoid contact with others, except fellow members of your survival group. Avoid trouble and confrontations.

 

Hope that within six months the country will have recovered or at least stabilized. If not, the population will probably be a lot smaller when this is over.

 

 

 

We all have a strong desire to protect what’s ours. Thankfully, there are times when staying at home makes the most sense. If you can wait out the events of December 21, 2012 at your home, batten down the hatches and stay at home, it may be your best bet. There are many advantages to staying home in a survival situation, if you can safely do so:

 

 

The food in your refrigerator and pantry can supplement your survival stash (see the previous chapter).

 

If you loose power, you can quickly cook much of your food and monitor the temperature of your freezer (frozen food will usually keep at least 24 hours).

 

You’ll have more time to improve your home’s chances of survival (move items to high ground, put plywood over windows, etc.)

 

It offers shelter against most elements*.

 

You’ll have access to all your clothing, bedding and other comforts.

 

You won’t suffer from boredom as much as you might in a shelter.

 

You can protect your stuff from looters.

 

 

Of course, there is a downside as well:

 

You could be putting yourself in unnecessary, life-threatening danger. (The polar shift, flood, hurricane, riot, asteroid, volcano etc. might be worse than anticipated).

 

You will be without heat, electricity, hot water and other services.

 

You may feel cut off and alone.

  

 

*will not protect against any radiation

 

 

 

When disaster strikes, home isn’t the only option.

 

In a large building, you can count on a security force that will probably be smart enough to lock the doors and take some action to prevent access to the building by a crowd. If you think the building is being overrun by rioters, pull the fire alarm. This will result in all the elevators being recalled to the lobby and they won’t run again until they are reset.

 

On your floor or in your suite, bar the door, check your personal weapon and, if there are enough people present, assign some people to stand guard. If you are alone on the floor, or there are invaders in the building, look for a good hiding place.

 

Shopping centers, fast food restaurants and other public buildings also may offer some protection when disasters strikes, but they could be targets for looting, so you will want to avoid them. In a severe survival situation, you need to look out for your immediate family. So if you’re trying to get out of the city in an emergency and your car breaks down, who’s going to blame you for breaking into that empty house and seeking shelter? In a life-or-death situation, property crimes will be the least of your worries.

 

No matter how much you wish to stay at home, there are times when evacuation is the only choice. These include an asteroid, tsunami, nuclear or biological event as well as any impending disaster that is likely to destroy your home. So, if the survival situations you outlined in the previous section show several emergency situations requiring evacuation, you’ll need to put together a plan:

 

 

The Evacuation Plan

 

There are several important elements to your evacuation plan:

 

Where to go

How to get there

What to bring with you

 

Sure, you can head to the nearest shelter, but if sitting on cots at the local high school gymnasium or National Guard Armory was your first choice, you probably wouldn’t be reading this.

 

You need a safe house or survival retreat in a location where the current crisis will not threaten you. The easiest way to set up a safe house is to coordinate with a friend or family member located between 100 and 150 miles away, preferably in a different setting. For example:

 

If you’re in the inner city, they should be in a rural area or at least a smaller town, preferably not the suburbs of your city

If you’re near the coast, they should be inland

If you’re near a flood plain, the safe house should be on higher ground.

Following these guidelines, you can be relatively sure of several things:

 

Whatever disaster you are facing should not affect them, and vice versa. This allows you to trade off, so when they are facing a survival situation, your home can be their safe house.

 

If you plan in advance, you can leave a few changes of old clothes, a toiletries kit, necessary prescription drugs, ammunition, some MRE’s or anything else you might need at the safe house. This will make your evacuation easier.

 

 

Chapter 3: Disasters

 

 

Floods

 

The best way to prevent damage from flooding is to move before one occurs. Seriously, don’t live on a flood plain unless you have no choice. If you learned anything in the last decade, it should be floods can and do occur in low-lying areas previously thought safe. Rivers and streams rise to record levels, levy’s break, and there’s just too much concrete for the ground to absorb all that rain.

 

If you’re stuck in a flood, follow your instincts and move to the highest ground possible. Exercise caution when traveling because it doesn’t take much water to float a car or pick up truck.

 

 

Earthquakes

 

The old advice of standing in a doorway or hiding in the closet or under a table is better than running around panic-stricken, and it may just save your life. If you live in an earth-quake prone area, prepare for it by ensuring your home meets current building standards and you have plenty of food and water stashed away.

 

If you live through the few minutes of the earthquake, and your house hasn’t collapsed, the greater damage may be yet to come. Broken gas lines can cause fires and your house may be condemned, leaving you homeless. Plan for such contingencies by having a plastic (non-sparking) wrench available to turn off your gas main and including a good three-day pack including a tent.

 

 

Hurricanes

 

Hurricanes are one of the few disasters for which you can anticipate some warning. If your home is near the shore and the rising surf is threatening, or you appear to be in the direct course of the hurricane, you may be better off evacuating to higher ground. Whether or not you choose to evacuate, tremendous structural damage can be caused by objects hurled through windows. Once a window is open, the power of the hurricane can actually blow the roof off the top of the structure!

 

To protect yourself and your property, windows should be covered with plywood or commercial hurricane shutters. 2012 Online recommends hurricane shutters, made from tough clear polycarbonate and allow light to enter the window, unlike their steel and aluminum counterparts. Garage doors should also be reinforced and the door between the garage and the house itself should be locked and secured.

 

Hurricanes cause damage in multiple ways: high winds, flooding, downed trees and utility poles and storm surges. The farther in-land your location, the less power the hurricane will have by the time it reaches you, so pick your location carefully.

 

If you decided to stay in your home, you should pick an interior room with no windows. If you plan far enough in advance, you can reinforce the room with 2×6 boards or otherwise construct a cage to protect you from fallen trees, caved-in walls or other storm damage. Move whatever survival supplies you will need into the room, especially a battery powered light and radio.

 

 

Tornadoes

 

While tornadoes cannot be predicted as early as hurricanes, current weather forecasting technology will often tell us when atmospheric conditions are right for their formation. By sticking around the homestead during a tornado watch, you can help protect yourself from the tremendous damage twisters can cause.

 

A direct hit from a funnel cloud can turn a wooden home into a pile of chopsticks, toss a minivan around like a tumbleweed and knock trees down faster than Paul Bunyon. So if you live in a tornado-prone area, you might be wise to invest in an underground shelter, ala the Wizard of Oz. (You can use it as a root cellar or nuclear survival shelter as well.)

 

If you live in an area not known for tornadoes, but suddenly one is baring down on you, your next-best bet is the basement, preferably in the corner closest to the direction of the tornado.

 

If you are driving around and a tornado is looming, park under an underpass and run up as high as you can under it. If caught out in the open, head for the lowest ground possible, even a drainage ditch is better than nothing.

 

 

Fire(s)

 

If a fire occurs in your home you may have to get out in dark and difficult conditions. Escaping from a fire will be a lot easier if you have already planned your escape route and know where to go. Make sure that your planned escape route remains free of any obstructions and that there are no loose floor coverings that could trip you. Everyone in the house should be made aware of the escape route

 

It only takes an unguarded or careless moment for a fire to start. A couple of minutes later and your home or land around could be filled with smoke. Smoke and fumes can kill, particularly the highly poisonous smoke from some furnishings. You will only have a short time to get out. Use it wisely and try not to panic.

 

If you can safely do so, close the door of the room where the fire has started and close all other doors behind you. This will help delay the spread of smoke.

 

Before opening a closed door, use the back of your hand to touch it. Don’t open it if it feels warm, the fire may be on the other side.

 

Get everyone out as quickly as possible. Don’t try to pick up valuables or possessions except your what you need for survival.

 

Make your way out as safely as possible and try not to panic.

 

It will help if you have planned your escape route rather than waiting until there is a fire.

 

 

What to do if you’re cut off by fire

 

It is not easy, but try and remain calm. Save your energy to help you survive

 

If you are prevented from getting away because of flames or smoke, close the door nearest to the fire and use towels or sheets to block any gaps. This will help stop smoke spreading into the room.

 

Go to the window. If the room becomes smoky, go down to floor level – it’s easier to breathe because the smoke will rise upwards.

 

If you are in immediate danger and your room is not too high from the ground, drop cushions or bedding to the ground below to break your fall from the window.

 

Get out feet first and lower yourself to the full length of your arms before dropping.

 

 

Wilderness Fires

 

If you are caught in the middle of a dangerous fire storm, your best option is to seek a water source and stay near it. Go under ground if possible, but you need to leave an escape route if the fire changes course. With any fire situation, you always need to know escape routes and have back up plans.

 

 

Volcanic Eruption

 

Keep in mind the center of Earth is molten rock, and a volcanic eruption can occur almost anywhere, but there is not much an individual can do to prepare for a volcanic eruption. Be aware of the hazards that can come with an eruption: the flying debris, hot gases, lava flows, and potential for explosion, mudslides, avalanches, and geothermal areas. Prepare provisions, water, food, blankets, and medical supplies if you live around a volcano before anything happens.

 

Also be ready to get up and outrun flowing lava.

 

Use caution when around or near active volcanoes.

 

Do not venture toward any activity, and consult local experts on the area.

 

Follow all recommendations, regulations, or requests of officials.

 

Here are some things to watch out for:

 

Lava flows – Stay away from lava flows. Not all of them will be red-hot and obvious; some move very slowly and appear as dark and solid, but are liquid beneath the surface. Also, do not try to cross an active flow; you might get trapped by multiple lava streams.

 

Pyroclastic flow – Do not visit volcanoes that are having or are about to have Pyroclastic explosions. The high temperature around such a volcano can itself be life-threatening.

 

Volcanic domes – Volcanic domes and plugs in craters may seem harmless, but they can explode without warning. Footing and glassy rocks can also be very dangerous. Some cooled lava of this sort can resemble jagged pieces of glass. Wear good, solid hiking boots on the mountain – never go barefoot. Be sure of your step.

 

Lahars and floods – Be careful when crossing lahars (debris flows), for they can gush in large and small floods.

 

Gases – Avoid areas where volcanic gas is released. Carbon dioxide, sulfur dioxide, and hydrogen sulfide can kill quickly and silently. You may not be able to hold your breath long enough. If you see a location around an active volcano with dead vegetation, carcasses, or bones, do not enter it.

 

Geothermal areas – hot springs, mud pots, and geysers are also very interesting, but don’t go across unexplored areas that contain many of them. Stay on marked trails, because the thin silica crusts over boiling pools can break if stepped upon. If you Fall in, it can potentially cause third-degree burns or even death.

 

 

Before an Eruption Occurs:

 

Discover whether there are volcanic hazards in the area likely to affect you.

 

If you live in an active volcanic zone, always assume that you may have to deal with the effects of an eruption.

 

If you live in an area that could experience a lava flow during a volcanic eruption, know a quick route to safe ground.

 

If Vulcanologists agree that a life-threatening eruption is likely to take place, a Civil Defense Emergency will be declared and the danger area evacuated. Listen to your radio or TV if all is working, for information.

 

During an Eruption:

 

Save water in your bath, basin, containers or cylinders at an early stage – supplies may become polluted.

 

Stay indoors as much as possible.

 

Wear mask and goggles if you go outside, to keep volcanic ash out of your eyes and lungs.

 

Take your outdoor clothing off before entering a building, volcanic ash is difficult to get rid of.

 

Take your Getaway Kit with you if you have to leave. Turn electricity and gas off at the mains. If you turn gas off, have a professional check for leaks in case of damage before turning gas on again.

 

Keep below ridge lines in hilly terrain, the hills will offer some protection from flying volcanic debris.

 

A good pre-planned emergency plan should account for this possibility and provide alternative routes.

 

 

Near Earth Objects (NEO’s)

 

A reasonably large asteroid of 200 meters (600 feet) in diameter crashing into the Atlantic Ocean could create a tsunami (a giant tidal wave) that would sink both Britain and the entire East Coast of the United States within minutes. If an asteroid at least 1 kilometer in size hit Earth, it would cause a dust cloud which would block out sunlight for at least a year and lead to a deep worldwide winter, exhausting food supplies.

So this threat is real, but the chances of an NEO over one kilometer (3,000 feet) long hitting the Earth soon are practically 1-100. Even so you do need to have an contingency plan in place if this was to happen. The evidence of impact is all around us. But we will focus on the smaller car size asteroids in this section, because if there was a massive asteroid heading our way we would be given advanced warning (hopefully).

 

 

 

So what do you do

For a land impact, it can be said that an object of roughly 75 meters (225 feet) diameter can probably destroy a city and a 160-meter (480-foot) object can destroy a large urban area. If there is an expecting meteor shower, stay tuned to local government officials and monitor the sky.

Impacts from smaller object are almost impossible to predict the impact zone

If you live near a cave system, you may want to go and set up a temporary shelter there, or if you live in the city, go to the lowest point of the building (in an emergency, but not recommended due to possible building collapse). Other possibilities are:

Nuclear fallout shelters

Steel structures

Subway systems

Do not:

Stay outside during a meteor storm

Stay on the top of buildings

Go to the debris of the Meteor 

Always have your survival stash available

 

Extreme Cold

 

While people do die in their homes due to bitter winter weather, these deaths are often caused by kerosene heaters or other sources of heat. Fire is a danger with any secondary heat source, including wood stoves, fireplaces, kerosene, propane and electric heaters, but they can be managed to reduce fire hazards. Carbon monoxide poisoning is also a concern which must be considered when using untraditional heat sources, such as gathering around the gas oven and opening the door.

 

 Another danger is freezing to death if the power fails. People often think they will be OK because they have a gas or oil furnace. This is a fallacy, because the gas furnace needs an electric fan to move warm air throughout your house while even the oil furnace probably has an electric starter and/or fuel pump.

 

 A secondary source of heat is important, and wood stoves are probably the most efficient. While fire places send much of the heat up the chimney they share with wood stoves the conveniences of being able to find fuel all around you, from books to furniture. (Let’s face it, most of have too much junk in our houses anyway.) You can also cook over them in a pinch, and when the blizzard is howling around your house, a cup of hot chocolate tastes twice as good and restores the spirits.

 

Kerosene and propane heaters can also crank out the BTUs in an emergency but probably require ventilation (check the manufacturer’s literature for specifics).

 

A key to keeping warm with these back-up heat sources is not to try to heat the entire shelter. Gather everything you think you might need into a single space and close it off. Use any blankets you can spare over openings, if necessary to reduce drafts. Gather together under your comforters and share your body heat.

 

If you find yourself in open terrain, a snow cave will provide good shelter. Find a drift and burrow a tunnel into the side for about 60 cm (24 in) then build your chamber. The entrance of the tunnel should lead to the lowest level of you chamber where the cooking and storage of equipment will be. A minimum of two ventilating holes are necessary, preferably one in the roof and one in the door.

 

 

Extreme Heat

 

Prepare ahead of time for the hottest days that may come. Freeze gallons of water in big blocks of ice if you have a large freezer (like we discussed in the previous chapters). Refilling plastic gallon water bottles with tap water and freezing works well. The larger the blocks of ice you have the longer they will take to melt when you need them so go for gallon size containers if you have the freezer space. These blocks of ice can be used to cool a fragile person by placing on a thick towel in a shallow pan and fanning the air with a hand held fan over the ice and over the persons head and neck area. They can also be used by wrapping them in a pillow case and placing them around the head, in the armpit area, and in the groin area. Be extremely cautious not to allow the ice to contact the skin. Place several layers of material between the skin and ice to prevent frostbite and check every few minutes to make sure you are not freezing the tissue.

 

Symptoms of dehydration

 

It is very important to recognize the first dehydration symptoms and act before your state becomes serious. Described below are the most common first symptoms of dehydration:

 

Fatigue

 

Dark urine with a very strong odor

 

Low urine output

 

Emotional instability

Delayed capillary refill in fingernail beds

 

Loss of skin elasticity

 

Trench line down center of tongue

 

Thirst

 

Avoid overheating

 

When you overheat, your body starts to sweat. This may be good because naturally the body is trying to cool itself, but overtime too much sweat wastes your precious water supply. Always adjust your clothing so that you don’t sweat too much. Open your jacket a little bit or remove an inner layer of your clothing.

 

Wear loose clothes

 

Do not expose your body directly to the sun

 

Protect your head

 

Find time to rest under a shaded area

 

If you’re wearing your clothes too tight you may restrict blood circulation. It can also decrease the volume of air between the layers, which reduces the cooling value.

 

 

Solar Radiation

 

On Earth, solar radiation is obvious as daylight when the sun is above the horizon. This is during daytime, and also in summer near the poles at night, but not at all in winter near the poles. When the direct radiation is not blocked by clouds, it is experienced as sunshine, combining the perception of bright white light (sunlight in the strict sense) and warming. The warming on the body and surfaces of other objects is distinguished from the increase in air temperature.

 

Increased solar rays could possibly happen here on Earth, and you need to do what ever necessary to stay out of the Sun during the day. If there is a possible Red/Brown Dwarf the solar ray can be amplified ten fold as the object gets closer to Earth.

 

So what do you do

 

Previously mentioned, make sure to stay out of direct sunlight, or if you feel immediate warming to your skin you need to seek cover. This will not protect you fully but lessen the amount of radiation you receive.

 

Seek your shelter; preferably a cave or underground structure will help with the defense

 

Put on your PPE if you need to venture out during the day (see the next chapter)

 

 

Polar Reversal/Shift

 

In the next few years, polar reversal will take place on earth. This could possibly mean that the North Pole will be changed into the South Pole and South to North. The science can only be explained by the fact that the earth will start rotating in the opposite direction, together with a huge disaster of unknown proportions. Or the poles could actually shift positions by a few miles which would still cause unwanted disasters.

 

See previous disasters which would be caused by this shift (minus the asteroids)

 

 

Riot/Civil Disaster

 

After a disaster, you may have to protect your home and belongings from looters. Sure, they’ll probably march out the National Guard, but like the police, they can’t be everywhere all the time. Just as you are assuming responsibility for your survival by reading this guide, you’ll need to assume responsibility for protecting yourself from human predators.

 

 

Tsunami

 

A tsunami is a series of destructive and very dangerous waves that result from earthquake activity or some other type of underwater disturbance (meteorite, landslide, underwater volcanic activity etc.). In order to survive a tsunami, you must be prepared, vigilant, and calm.

 

Your at risk if:

 

Your home, school, or workplace is in a coastal region, near the sea

 

The elevation of your home, school or workplace is at sea level or fairly low and on flat

or only slightly elevated land. If you don’t know the elevation level of your home, school or workplace, find out

 

There are warning signs indicating that your area is prone to tsunamis

 

Your home, school, workplace etc. buildings are not tsunami resistant

 

Prepare in advance. If your research demonstrates that you are at risk, prepare both an evacuation plan and your survival stash.

 

Natural warnings can help to indicate the imminent arrival of a tsunami. Be aware that in many cases, these may be the only warnings you will get in the coming years. Be self-responsible and keep you and your family, friends and colleagues safe. Natural signs that herald the possibility of a coming tsunami include:

 

An earthquake: If you live in a coastal zone (by the sea), the occurrence of an earthquake should be immediate cause for alarm and evasive action.

 

Rumbling under the ground: Even if there is no actual “earthquake” but you can perceive sizable rumbling under the ground, heed this warning.

 

A rapid rise and fall in coastal waters. If the sea suddenly recedes, leaving bare sand, this is a major warning sign that there is about to be a sudden surge of water inland.

 

Watch for animals leaving the area or behaving abnormally, such as trying to seek human shelter or grouping together in ways they would not normally do.

 

Take action

 

If a tsunami is likely to make landfall on your coastal region, react immediately. Put into place the Evacuation Plan.

 

Move immediate movement away from the coast, lagoons or other bodies of water next to the coast is essential.

 

Head inland: This means going up to higher ground and even into hills or mountains.

 

Climb high: If you cannot head inland because you are trapped, head up. Although not ideal, if this is your only option, choose a high, sturdy and solid building and climb up it. Go as high as you possibly can, even onto the roof or sturdy trees.

 

React quickly if you are stranded in the water. If you did not manage to evacuate but find yourself caught up in the tsunami, there are things that you can do to try and survive:

 

 

Grab onto something that floats

 

Abandon belongings

 

Keep away for at least half a day, if not longer. A tsunami comes in waves

 

Try to get reliable information

 

A good pre-planned emergency plan should account for this possibility and provide alternative routes. Go into survival mode and be prepared for anything else that could happen, do not let your guard down.

 

 

Electricity Shortage

 

We have lived without it in the past, and we can live without it now.

 

That is simple to say when we rely so heavily on the use of electricity. It just make our lives that much easier, so in the event of a disaster and after you have made it to a safe haven, it is time now to review the basics.

 

Generators are a good way to provide energy, but awfully hard to lug around and are dependant upon a natural resource that may or may not be readily available. So you should plan for the worst, break out the matches.

 

 

Alien Invasion

 

At the time this survival guide was written, there is no information on how to maintain your existence if alien invaders showed up to visit. With that said, 2012 Online recommends hiding. 

 

Chapter 4: How To

 

Fires

 

The ability to construct and know how to make a fire can make the difference between life and death in a survival situation. Fire making is one of the most vital survival skills. You should practice and learn different methods so you know how to start a fire anywhere, and under any condition.

 

Several needs:

 

A fire can fulfill several needs. It can keep you warm and dry. You can use it to cook food, purify water and to sterilize bandages. It can scare away dangerous animals and its smoke can keeps flying insects at bay.

 

To make a fire you have to understand that there are three components needed: air, heat and fuel. The correct ratio of these components is very important for a fire to burn at its greatest capability

 

Preparation

 

You will have to decide what site and arrangement to use. Before building a fire consider:

 

The area (terrain and climate) in which you are operating

The materials and tools available

Time: how much time you have

Need: why you need a fire

Security: do you want unwanted attention

 

Look for a dry spot that:

 

Is protected from the wind

Is suitably placed in relation to your shelter (if any)

Will concentrate the heat in the direction you desire

Has a supply of wood or other fuel available

 

 

 

If you are in a wooded or brush-covered area, clear the brush and scrape the surface soil from the spot you have selected. Clear a circle at least 1 meter in diameter so there is little chance of the fire spreading. If time allows, construct a fire wall using logs or rocks. This wall will help to reflector direct the heat where you want it. It will also reduce flying sparks and cut down on the amount of wind blowing into the fire. However, you will need enough wind to keep the fire burning. In some situations, you may find that an underground fireplace will best meet your needs. It conceals the fire and serves well for cooking food. To make an underground fireplace:

 

Dig a hole in the ground.

 

On the upwind side of this hole, poke or dig a large connecting hole for ventilation.

 

Build your fire in the hole

 

Battery

 

Use a battery to generate a spark. Use of this method depends on the type of battery available. Attach a wire to each terminal. Touch the ends of the bare wires together next to the tinder so the sparks will ignite it.

 

Flint and Steel

 

The direct spark method is the easiest of the primitive methods to use. The flint and steel method is the most reliable of the direct spark methods. Strike a flint or other hard, sharp-edged rock edge with a piece of carbon steel (stainless steel will not produce a good spark). This method requires a loose-jointed wrist and practice. When a spark has caught in the tinder, blow on it. The spark will spread and burst into flames.

 

Fire-Plow

 

The fire-plow is a friction method of ignition. You rub a hardwood shaft against a softer wood base. To use this method, cut a straight groove in the base and plow the blunt tip of the shaft up and down the groove. The plowing action of the shaft pushes out small particles of wood fibers. Then, as you apply more pressure on each stroke, the friction ignites the wood particles.

 

 

Shelters

 

If you find yourself not around any structures or your survival shelter, or if it’s not safe, a temporary shelter may be raised up in the wilderness. A small shelter which is insulated from the bottom, protected from the elements and contains a fire is extremely important in your survival situation. Before building your shelter be sure that the surrounding area provides the materials needed to build a good fire, and a good water source.

 

Wilderness shelters may include:

 

1. Natural shelters such as caves and overhanging cliffs. When exploring a possible shelter tie a piece of string to the outer mouth of the cave to ensure you will be able to find your way out. Keep in mind that these caves may already be occupied. If you do use a cave for shelter, build your fire near its mouth to prevent animals from entering.

 

2. Enlarge the natural pit under a fallen tree and line it with bark or tree boughs

 

3. Near a rocky coastal area, build a rock shelter in the shape of a U, covering the roof with driftwood and a tarp or even seaweed for protection

 

 

First Aid

 

If an accident occurs in the wilderness it will be your responsibility to deal with the situation. The specific sequence of actions when dealing with this situation is:

 

Remain calm, providing your patient with quiet, efficient first aid treatment

 

Keep the person warm and lying down. Do not move this injured person until you have discovered the extent of the injuries

 

Start mouth-to-mouth resuscitation immediately if the injured person is not breathing

 

Stop any bleeding

 

Watch carefully for signs of shock

 

Check for cuts, fractures, breaks and injuries to the head, neck or spine

 

Do not allow people to crowd the injured person

 

Do not remove clothing unless it is imperative

 

Decide if the person can be moved to a proper medical facility. If this is not possible, prepare a suitable living area in which shelter, heat and food are provided

 

 

Shock

 

Shock is a depression of all of the body processes and may follow any injury regardless of how minor. Factors such as hemorrhage, cold and pain will intensify shock. When experiencing shock the patient will feel weak and may faint. The skin becomes cold and clammy and the pulse, weak and rapid. Shock can be more serious than the injury itself.

 

Use the following method to prevent and control shock:

 

1. If there are no head or chest injuries, place the patient on his/her back with the head and chest lower than the legs. This will help the blood circulate to the brain, heart, lungs and other major organs.

 

2. If severe head and chest injuries are present elevate the upper body. If chest injuries are present, elevate the injured side to assist in the functioning of the uninjured lung.

 

3. If the injured person becomes unconscious, place him/her in a face down position to prevent choking on blood, vomit or the tongue.

 

4. Keep your patient warm and under shelter.

 

 

Stopped Breathing

 

If breathing has stopped, begin mouth-to-mouth resuscitation. Place the patient on his/her back and follow these steps:

 

1. To open the airway lift the person’s neck and tilt the head back

 

2. Keep the neck elevated; pinch the nostrils to prevent air leakage

 

3. Place your mouth completely around the person

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Day dawned crystalline blue and hot over the Gulf of Panama.  The sea’s surface assumed a silk sheen.  The Infinity, stretching 964.6 feet from bow to stern and rising 11 decks above the ocean, had already accepted its local pilot at 0645, and now thread its way through the eight-mile channel whose lush green, but narrowing banks inched closer to its hull.  Some 40 ships anchored in the distance awaited entry clearance, yet the Infinity itself, oblivious to them, continued its approach.  That approach had been to the Panama Canal, which would facilitate its continental cut from the Pacific to the Atlantic.  Lying only a short distance away, it stretched almost 500 years behind in origin.

                As far back as 1517, Vasco Nunez de Balboa, the first European to have reached the Pacific, had envisioned a pan-Central American canal which would have connected the two oceans, and 17 years later, Charles I of Spain had actually proposed one, specifically via water.  During Spain’s 300-year reign of the area, a rugged land trail, facilitating mule-train transport of gold from one coast to the other, had been hacked out of the jungle in Panama.

                During the early-1800s, both the United States and the United Kingdom had continued to focus on the feasibility of such a water artery, although the then-envisioned route had traversed Nicaragua, and the Clayton-Bulwer Treaty had ensured its neutrality, regardless of its actual Central American location.

                In 1846, Colombia, then one with Panama, had signed a treaty with the US to retain a potential canal’s neutrality and to guard against its capture by any other country, seeking to control this potentially important and lucrative passage.

                This importance, and the seed of a “rail canal,” had been demonstrated in 1849, when an influx of gold rushers, destined for California, had sailed from the eastern part of the US to the Panamanian isthmus, crossed it by mule or foot, and continued up the west coast by sea.  The demand, prompting construction of the Trans-Panama Railroad, had, for the first time, connected Colon, on the east side, with Panama City, on the west side, when the $8 million project, undertaken by New York businessmen, had been completed in 1855. 

                The first serious attempt to construct a water passage across Panama, however, had taken place 23 years later, in 1878, when a French company, headed by Suez Canal Director Ferdinand De Lesseps, had secured the rights from Lucien Napoleon Bonaparte Wyse, who himself had received the original ones from Panama.  He had also bought control of the Panama Railroad for $20 million.

Actual digging, for a sea level canal connecting the Atlantic and Pacific Oceans, had begun in 1882, and thousands of French engineers and construction workers engaged in the project.  Conditions, however, had vastly differed from those encountered during the comparable Suez Canal project, entailing impenetrable jungles, flooding, excruciatingly high temperatures, humidity, cost escalations, controversy, corruption, inadequate preparation, crude tool and machinery usage, and malaria- and yellow fever-caused deaths.  After 24 years of effort and the unearthing of 76 million cubic yards, the company, now bankrupt, had succeeded in digging a canal less than ten miles in length.

Additional survey and analysis, conducted in 1886, had indicated that a continuous-level canal had not been feasible, and could only be successfully completed with a step-and-lock system, requiring ships to progressively in- or decrease height in water-contained chambers before sailing to the next level.

Reorganizing themselves as the New Panama Canal Company in 1894, the French accomplished little more, hoping instead to attract a secondary buyer in order to attain a profit from their franchise.

During that same year, US businessmen had attempted to commission their own canal across the isthmus—in this case, across Nicaragua; however, after rapidly depleting their finances, they had made little progress of their own.

Urgency, however, soon presented itself.  During the Spanish-American War of 1898, the battleship “Oregon,” required to reinforce the Atlantic fleet, had been forced to circumnavigate the South American continent by means of Cape Horn, a 13,000-mile distance, alerting Congress to the fact that a canal, reducing the route between San Francisco and Cuba to 4,600 miles, had been vital to its national defense.

During the following year, a commission surveyed potential tans-isthmus routes and continued to recommend the one through Nicaragua because of the reduced amount of required digging.  The partially completed route through Panama, however, had proven the more favorable choice after the French had offered it, along with the canal rights, property, and railroad, for $40 million.

President Roosevelt, granting permission to accept the offer in 1902, stipulated that Colombia cede permanent use of the Panama Canal Zone as a condition of the acceptance.  These land ownership and access issues had been fundamental to the resumption of the project.  Colombia, which had hitherto denied the United States the rights to build such a canal, had ultimately been eliminated as an obstacle when the Roosevelt-led revolution for Panamanian independence had succeeded, removing Colombian jurisdiction.  Officially recognizing the new Republic of Panama, Washington negotiated a treaty with it, enabling it to acquire control of the ten-mile strip of land for an initial $10 million and an annual $250,000 thereafter.

The Hay-Paunceforte Treaty, replacing the former Clayton-Bulwer Treaty, granted the US the sole right to build and operate a canal across Central America.

The United States assumed control of the French-initiated canal, but had neither an idea nor a plan as to how to proceed with it, and had been immediately plagued with the same topographical, engineering, and health obstacles with which the French team had contended.  Unlike the French, however, the Americans had applied a systematic approach to eradicating the malaria-carrying mosquitoes by removing the swamps and bush in which they had thrived and by substituting the seamless-level passage with a lock-and-step configuration.  The latter, which had  obviated the need for engineering solutions to the initial, single-level system, had been less expensive and required less time to build.

Colonel George W. Goethals, appointed by Roosevelt, became Project Manager, and he had subdivided the work into three areas:

The Chagres River, particularly, had been perceived as an insurmountable obstacle: bordered by bottomless swamps, if often flooded, destroying everything in its path.  Its solution, and the key to the entire project, lay with plugging the river four miles from its Caribbean Sea inlet, in order to create a reservoir where the needed water supply for the series of locks could collect.  The region’s high humidity and surrounding rain forest further facilitated this solution by generating the rains which would then continually replenish the reservoir.

Employing more than 43,000 from the US, the British West Indies, Spain, and Italy, and unearthing some 211 million cubic yards of dirt, rock, and plant, the reinitiated Panama Canal project gained momentum, using dredges and steam shovels to remove earth, swamp, jungle, and bush amid torrential rain, saturating humidity, and sweltering heat conditions.

Gatun Lake, 23 miles long and 163 square miles in area, had covered almost half of the canal, making it one of the world’s largest man-made water bodies, while the dam which had created it had been 1.5 miles long and rose 85 feet above sea level.

Like the Chagres River, the Gaillard Cut had also proved a challenge.  Stretching more than nine miles and passing through solid rock across the Continental Divide, it had required more than 60 steam shovels depositing dirt into 150 trains running along a 75-mile track before reaching the dumpsite.  Mudslides in 1907 had redeposited half a million cubic yards of earth back into the cut, setting the project back by three months.

When completed, this portion of the canal, with a 300-foot width and 40-foot depth, cost $90 million alone.

The Panama Canal, stretching 50.72 miles from Limon Bay on the Atlantic to the Bay of Panama on the Pacific, had been completed in 1914 at a cost of $387 million, which had excluded the almost $300 million already expended by the French.  Some 25,000 had lost their lives during its construction.

The first full transit had occurred earlier in the year, on January 7, when the floating crane, “Alexander La Valley,” had plied the water passage, followed eight months later by the first official crossing, on August 15, of the passenger and cargo steamer, “S. S. Ancon,” which had sailed from one end to the other.  The date had marked the one-decade anniversary since the United States had assumed control of the French project.

Officially opened six years later, on July 12, 1920, by President Woodrow Wilson, the Panama Canal had toted its purpose as, “The land divided, the world united.”

Several improvements had been made throughout its almost 100-year history.  In 1935, for example, 22-square-mile Madden Lake, the result of the dam of the same name, had been completed across the Chagres River and east of the canal in order to store water for Gatun Lake.  The Miraflores Swing Bridge, completed seven years later, on May 20, 1942, had provided the first vehicular passage across the canal, and between 1954 and 1970, the Gaillard Cut had been widened from its original 300 feet to a current 500.  Its intermittently installed fluorescent lighting, on May 12, 1963, had permitted 24-hour canal operations for the first time.  Greater canal depth, attained after additional dredging in 1974, increased maximum ship draft to 39.5 feet.

Ownership, in accordance with the original agreement, had also changed.  Territorial jurisdiction of the Panama Canal Zone had been transferred to Panama in 1979, and 20 years later, on December 31, 1999, it had assumed control of the Panama Canal operation from the United States.

On October 22, 2006, authorization to construct a third set of locks, doubling its annual capacity, had been granted.

Transit fees vary according to weight and priority.  The lowest toll collected had been the 36 cents paid by Richard Haliburton in 1928 when he had swam the length of the canal during a ten-day period, while the highest had been the $313,000 paid by a ship in 2007.

The Panama Canal remains one of the world’s engineering triumphs, averaging 12,000 annual ships, which transit the Central American isthmus between the Atlantic and Pacific Oceans by means of three sets of dual-lane locks, Gatun Lake, the Gaillard Cut, and an 85-foot water level change, saving the 7,800 miles otherwise required by the continental circumnavigation.  Annual capacity is 27,000 transits. 

II 

                At 0832, the 91,000-ton Infinity glided under the erector set-appearing Bridge of the Americas, which connects the east and west banks of the Panama Canal and forms an integral part of the Pan American Highway.  The old Navy base, sporting its three piers and collection of gray boats and ships, moved off the port side.

                At 0847, the relatively minuscule tugboat, “Alianza,” approached the mighty cruise liner from the opposite direction, trailing its own white wake, and disgorged the canal pilot abreast of the tall monoliths representing Panama City.

                Reinitiating movement, now at a snail’s pace, the ship passed an area of dredging, which represented the first stage of the canal’s widening project.

                Inching toward the ever-narrowing canal, whose banks had been formed by a series of densely green hills, the Infinity trailed the “Maersk Dortmund,” a Valetta-registered containerized ship which had just slipped into the left of the Miraflores Locks’ two lanes.  The pyramid-shaped Centennial Bridge rose in the distance.

                Moving at swimming speed past the bank-lined palm trees, the lumbering liner penetrated the lock with its bulbous bow, nudged by the Panama Canal tugboats snugly pressed against its stern.  Five Century electric locomotives, running on cog tracks laid atop the lock walls, resembled an awaiting armada, poised to take the ship to its next transit process, and moved within arm’s reach of deck 2.

                The first line had been cast at 0927.  Firmly umbilicaled to the locomotives, which centered and guided the behemoth, it crept into its water cocoon under its own power, and the doors slowly closed behind it.  At 1,000 feet long, 110 feet wide, and 41 feet deep, the locks, then the largest structures ever built, are secured by riveted steel doors measuring 47 to 82 feet high, 65 feet wide, and seven feet in thickness.  Because of the Pacific’s high tides, the westernmost gates in the Miraflores Locks exceed 745 tons in weight, yet, paradoxically, require only 40-hp motors, recessed in the lock walls, to actuate them.  A second lock gate, positioned 50 feet from the first, ensures arrested travel.

                Amid a deluge of water, the first lock, harnessing the power of gravity and fed by Miraflores Lake, gradually flooded, rendering the ship a massive, upward-moving elevator.

                With the water level of the first, lower chamber now equal to that of the second, upper one, the two massive lock doors gradually swung open at 0950.

                Appendaged like a spider to a web, the 91,000-ton vessel inched forward, albeit at a laborious pace, under autonomous power, connected to the gray locomotives by thick, black lines, their tracks within arm’s reach and arching upward to equal the height of the subsequent chamber.

                When the ship had been safely cradled inside, the entry doors closed behind its stern at 1006.  An oil tanker, the “Asphalt Star,” awaited entry into the left lane.  Water, cascading into the chamber through 18-foot-diameter culverts at a three million gallon-per-minute rate, once again flooded the lock during a nine-minute process and raised the ship to a water level 54 feet higher than that of the Pacific from which it had entered.

                After the laborious opening of the chamber doors, which had, until now, met in a V-configuration, the Infinity, sounding its blast, recommenced forward motion at 1051 in the concrete, rectangular chamber, moving toward, and equal in level to, Miraflores Lake, the smallest of the three in the Panama Canal system.

                The “Asphalt Star” had intermittently slipped into the first of the two left lane chambers.

                Exiting the passage, as if the ship had followed a fluid set of railroad tracks, the Infinity had successfully negotiated the first set of the eventual three locks, leaving behind a series of “steps” made of water. 

                Crossing the one-and-a-half mile lake, the ship once again slipped into the right of the two lanes forming the Pedro Miguel Locks, the tight, locomotive-connected lines ensuring adherence in the otherwise unattached chamber of the panamax-dimensioned cruiseliner, which ceased motion ahead of the massive lock doors at 1139.

                The view through the large, circular portholes in my cabin on Continental Deck 2 resembled that of a train tunnel or coal mine, the black, granite wall of the chamber higher than the deck, permitting only a faint shaft of light to enter it and filter through the window.  Like a slow-moving elevator, the 3,000-person vessel inched up its shaft, devoid of any power or generator source other than the overwhelming barrage of water collecting and mounting under its keel.  Progressive ascent could be gauged by the outside light’s intensification.

                At 1144, the bottom of the porthole had been parallel with the concrete-supported railroad tracks on which the cog locomotives had run, although the upward ascent had continued for another six minutes until the Infinity had been 31 feet higher than Miraflores Lake and 85 feet higher than the Pacific Ocean.

                After the massive doors of the single, Pedro Miguel lock chamber had opened, the third facilitating the ship’s lift since it had entered the Panama Canal, it nudged itself out of its aquatic cocoon with its azipods at 1152.

                As the ship moved past the concrete island and the two railroad tracks imbedded in it, it temporarily appeared like a train pulling out of a station, one of the cog locomotives passing in the opposite direction in order to usher the next vessel through the lock.  Clearing the island at 1205, the Infinity, baked by 90-degree temperatures, carved its path into the turquoise water, sandwiched between the dense, green banks.

                Now penetrating the nine-mile-long, 500-foot-wide Gaillard Cut, which had originally been designated “Culebra Cut,” the Infinity sailed between Contractor’s Hill in the west and Gold Hill in the east.  The Centennial Bridge, opened in 2004 at a cost of $104 million and the second to span the canal, towered 264 feet above the water and marked the Continental Divide, passing overhead at 1216.  Rust-red, tan-brown, and charcoal-black rock, once sliced by primitive methods, passed off the port side, somehow emphasizing the obstacles presented by this area during the canal’s excavation.  Gamboa soon moved off the starboard side.

                By early afternoon, billowing white and gray cumulous had collected in the sky.  Following the emerald green, buoy-lined channel, the Infinity thread its way through the Panamanian rain forest at a ten-knot steam speed beneath the searingly hot sun, entering the 163-square-mile Gatun Lake, which, prior to excavation, had been a mountain top.  Because of the “s” shape of Panama, the ship had sailed in a northwesterly direction toward the Caribbean.

                Reducing its forward speed to a snail’s pace, the ship once again slipped into the first of Gatun Lock’s three chambers at 1541 in order to commence its 85-foot descent to the Caribbean Sea’s water level.  Cable-connected to the numerous electric locomotives, it had been pulled and aligned in the chamber before the steel gates had closed behind it, permitting water to be drained through its 18-foot-diameter culverts until the view through the Deck 2 portholes had been equivalent to a tunnel-resembling concrete wall when the cruise ship had reached its bottom ten minutes later.

                The massive lock gates, slowly opening inward until they had been parallel to and an integral part of the chamber’s walls, permitted the behemoth to move forward toward the second chamber at 1555 before the process had been repeated.

                Securely inside the third chamber at 1631, the ship descended by means of gravity-created waterpower for a final time during its Panama Canal transit, the opening lock doors unleashing a torrential flood into the Caribbean Sea after having used 26 million gallons for the three-step descent.

                Initiating movement under autonomous power at 1656, the ship exited the lock.

                Once it had cleared the center island, it had pursued a 010-degree heading at a six-knot crawl, following the seven-mile channel and passing the shipyards, docks, and fueling stations of the Port of Cristobal located on the eastern shore.  Deboarding its local pilot into the “Heron” pilot boat, it entered Limon Bay, threshold to the Caribbean Sea, exiting the breakwaters at 1753 and now maintaining a sprightly, 16-knot speed.

                Having transited the Panama Canal in an easterly direction and having connected the Pacific with the Atlantic Ocean during an eight-hour period, the Infinity, one of 44 ships to have done so that day, had shaved more than two weeks off of the comparable circumnavigation round the tip of South America.

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