5,228 articles across preparedness, survival, and self-reliance topics.
This guide offers simple, nutritious recipes for soups, salads, dressings, and beverages, perfect for emergency situations. They are adaptable to various dietary needs and can be made with common pantry items.
Learn the Fireman's Carry, Semi-Vertical Human Backpack Carry, and alternative methods for carrying an injured person in emergencies. Practice with lighter individuals to assess your physical capabilities and ensure safety for both you and the injured person.
Emergency traction for broken bones or dislocated joints involves using gloves or cloth to apply slow, steady pressure in the direction of the bone. Splinting should follow immediately after traction to immobilize the area, with professional help sought to prevent further injury.
Prepare trail mix, chocolate, energy bites, rice pudding, honey candies, and fruit leathers for long-term storage and quick energy boosts during emergencies.
In an emergency, treat dislocated or broken fingers by immobilizing them with a splint, applying ice, and elevating the hand. Avoid forcing the finger back into place and ensure the splint is not too tight. Monitor for signs of infection or worsening pain.
In emergencies, severe dehydration can be life-threatening. Use oral rehydration solutions and rectal rehydration syringes to quickly restore fluids and electrolytes. Always follow exact ORS ratios and monitor patient progress closely.
Zip-ties are versatile survival tools for traction, gear securing, shelter construction, and more. Carry multiple sizes and colors for various applications.
Store at least three days' water per person, use rainwater harvesting, distillation, and chemical disinfection methods. Prioritize water over food in emergencies and share preparedness knowledge with your community.
Waterproof your footwear using duct tape to prevent hypothermia and other cold-related injuries. Clean and dry your boots, apply horizontal and vertical strips of duct tape, and optionally use a waterproofing compound.
Prepare for EMP and CME threats by using Faraday cages, investing in alternative power sources, and fostering community planning. Stock essential items and prioritize basic survival needs.
Building a Faraday cage protects your electronic devices from EMPs and solar storms, ensuring they remain operational during a disaster. Use metal containers, conductive materials, and proper insulation techniques. Avoid common mistakes like using non-conductive containers or insufficiently sealing the lid.
Protect electronics and power supply from EMPs and solar storms by using Faraday cages, UPS systems, and solar panels. Test equipment regularly and avoid common mistakes.
EMP communication requires radios, satellite phones, and alternative methods like signal fires. Protect electronics with Faraday cages. Stay prepared and connected.
EMP events can disrupt electronics, vehicles, and communication networks. Protect your devices with Faraday cages, turn off non-essential electronics, and have alternative power and communication methods ready.
Protect vehicles from EMP by retrofitting with ferrite cores, using Faraday cages, grounding systems, and maintaining spare parts. Avoid driving immediately after an EMP event and prioritize survival needs.
An EMP emergency kit for your vehicle includes essential tools and supplies to ensure mobility and safety in the aftermath of an EMP event. Assemble your kit, practice manual starting techniques, and maintain your supplies regularly.
EMP preparedness requires hardening critical systems, maintaining manual tools, investing in non-electric alternatives, and planning for long-term survival. Regularly assess your dependencies, practice without electricity, and protect essential electronics.
Protecting against EMP and caching essential supplies are crucial for survival preparedness. Follow precise steps to shield electronics and store critical resources safely. Avoid common pitfalls like poor sealing and legal oversights. Consider multiple caches and regular updates for maximum effectiveness.
Protecting solar and wind power systems from EMP is crucial for maintaining energy supply in survival scenarios. Use surge protectors, Faraday cages, grounding, and shielding to safeguard your equipment. Regular testing and multiple layers of protection enhance effectiveness.
EMP protection for solar power systems is crucial for maintaining energy supply in emergencies. Shield solar panels, inverters, charge controllers, and battery banks with copper mesh, steel wool, and metal containers. Ensure proper grounding and testing for effectiveness.