Guerrilla Warfare School

Thanks to Nick, Adam, and Hans for the honor of appearing on their show, Myth of the Twentieth Century to discuss The Years of Lead ( anni di piombo) , Freda, Gladio. They have one of the best big-brained podcast on so-called ''dissident-right" Hope you guys enjoy our deep dive in an era that much reflects our own in regards to the rival factions, opposition to the mainstream political establishment, and also with potential intelligence interference. Listen to it here on bitchute: Years of Lead part 1 Years of Leader part 2 On rumble: Myth20c ( Years of Lead) whole Be sure to check out Surviving Weimerika's channel: bitchute ( Surviving Weimerika) Youtube( Surviving Weimerika) Odysee ( Surviving Weimerika)

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PURIFYING WATER Other than fresh rainfall, it’s safest to assume that all water is contaminated. In order to avoid the effects of contaminants like giardia and dysentery, water must be purified or filtered. Boiling water is considered to be the most effective way to kill bacteria, viral contaminants and parasites; however, modern water filters and chemical agents effectively eliminate the vast majority of pathogens. Since boiling water takes time and building a fire constitutes the risk of detection, it is advisable that chemical agents such as iodine tablets or water filters such as the Sawyer be kept on hands at all times in the field. If necessary, bleach can be used to purify water, according to the chart below.

DEHYDRATION, THE SECOND SURVIVAL RISK: Dehydration is the next most immediate survival risk after death from exposure. In general, humans can survive no longer than about three days without replenishing lost liquids, although exertion and high temperatures can rapidly increase the rate of loss. The effects of dehydration can be felt in less than a day, as headaches, nausea, confusion and lack of energy set in. The first important step to staying hydrated in a survival situation, is to maintain hydration levels to begin with. Hydration is important to every day health, and beginning an emergency situation already dehydrated puts one at a severe disadvantage. Even when water can be located and collected in the field, it almost always carries the secondary risk of bacterial, parasitical and viral infection from agents such a dysentery and giardia. However, if purification or filtration isn’t possible, suffering the effects of a water-borne illness is always preferable to outright death by dehydration. FINDING WATER Locating, collecting and purifying water is a critical survival task. Depending on the environment, there are many ways to find water, whether it be running water or water stored in plants. PRECIPITATION – Rainwater is the easiest source of clean water available, seeing that it falls from the sky. Unfortunately, it’s also hard to predict, and in some environments, almost non-existent. Rain water can be collected with whatever one has available, including waterproof bags, tarps, ponchos, cups etc. and generally doesn’t need to be treated before drinking. Snow can also be collected and boiled, but keep in mind that the volume of snow is very deceptive and once melted it doesn’t yeild as much liquid water as one might think. RUNNING STREAMS AND RIVERS – Streams and rivers are another common source of water. When looking at the landscape, it’s clear to see erosion from running water has created draws and valleys, and its presence will always be marked by increased vegetation and animal activity. Game trails will typically not be far from water, and birds typically fly towards water in the early morning and evening. However, due to the high amount of animal activity along an entire stream, it is very likely to be contaminated, and should not be consumed without treatment. CONDENSATION – As air cools during the night, condensation or dew collects on the surfaces of leaves and other plant anatomy. Collecting dew is inefficient, but can be made a less daunting task by tying absorbent material around one’s ankles and shins while walking, and periodically wringing out the collected water into a container. PLANTS – Plants are natural water collectors. Fruits and roots can be excellent sources of water. However, it is imperative that one research how to collect water from the specific plants in their own environment, particularly because some water-bearing plants are poisonous. Plants also “respire” through their leaves and needles, and expel water vapor much like animals do, so one way of collecting water is to tie plastic bags around a branch or clump of leaves in order to collect this water vapor over time. IN THE GROUND – Even when there is no standing or running water on the surface of the ground, there often is below it. Digging a hole in damp or muddy soil and allowing it to fill with water is one way of accessing this source. Building a “solar still” is another. To build a solar still, dig a hole several feet wide and 1-2’ deep and place your collection container in the center. Cover the hole with a sheet of waterproof material such as plastic or treated nylon, secure the edges of the sheet and weigh down the center of it with a rock. As condensation collects on the sheet, it will roll down toward the lowered center portion and drip into the container. POOLS AND CREVICES – Any concave surface may collect water, such as crevices in rocks or joints and forks in large tree limbs. If necessary this water can be collected with an absorbent cloth and wrung into a container.

SEPARATION Conductive heat loss through contact with the ground can rapidly sap body heat. Sleeping pads don’t just exist for comfort; their primary function is to provide insulation from the ground. In lieu of a dedicated sleeping pad, one can create a field-expedient “browse bed” by gathering together ground cover like leaves, pine needles and pine boughs. There should be enough material for 4” of depth when compressed by the body weight of the soldier.

INSULATION The primary line of insulation, and sometimes the only one available, is worn clothing. Burrowing into a mummy bag is warm and comfortable, but drastically increases response time in case of an emergency. Like the poncho, the poncho liner or “woobie” has long been the Infantryman’s best friend when used as a blanket. Similar insulated blankets and quilts work as well, including wool blankets (though they’re big and heavy). However, in lieu of the trusty woobie, layered, dry clothing must often suffice. Some pieces of specialty gear, such as the US military ECWCS Level VII extreme cold weather parka and paints, can provide the warmth of a sleeping bag without hindering response time or mobility.

To prepare a quick-deploy ridgeline for the purpose of pitching shelters, cut a 25-30’ length of 550 cord and tie a bowline knot near one end. Then, take three 4-5” loops of another type of cordage of a smaller diameter, such as bankline, and tie them into prusik loops on the 550 cord. In order to deploy the ridgeline, wrap the end with the bowline around a tree, and feed the entire length of 550 cord through the loop of the bowline so the ridgeline is anchored around the tree. Wrap the other end around a second tree, then tighten and secure it with a trucker’s hitch. Now the prusik loops can be adjusted on the rdgeline, fed through the center gromets on the poncho and secured with a toggle such as a stick. Adjust the prusik loops to pull the centerline of the poncho taut, and the friction will keep them in place on the ridgeline. Then, stake down the corner gromets of the poncho either directly to the ground or by using additional 550 cord as guylines, depending on the height of the shelter and desired angle