Anchor Systems: Constructing and Analyzing Dynamic and Courtesy Anchor Systems
Cognitive:
Explain the principles of anchor building, including load distribution, redundancy, and appropriate anchor points.
Identify and analyze dynamic, courtesy anchor systems suitable for various canyoning situations.
Identify and analyze courtesy anchor systems suitable for various canyoning situations.
Explain the principles of anchor building, including load distribution, redundancy, and appropriate anchor points.
Psychomotor:
Construct and inspect dynamic, courtesy, and basket anchor systems using appropriate equipment and techniques.
Construct and inspect dynamic and courtesy anchor systems using appropriate equipment and techniques.
Adapt anchor construction to different terrain, water flow, and team size.
Perform anchor strength tests and identify potential weaknesses.
Affective:
Develop a critical eye for evaluating anchor safety and effectiveness.
Foster a proactive approach to risk mitigation and hazard identification.
Cultivate a sense of confidence in building reliable anchor systems.
Learn to construct carin, deadman, rock chock, and knot chock anchors. Know how to test, back up and sequence these marginal anchor systems.
In canyoning, bolting refers to the process of installing anchors or bolts into the rock walls of canyons to facilitate safe passage or to create rappel stations. These anchors are essential for the safety of canyoners as they provide secure points to attach ropes and equipment. Bolting is a skill that requires technical knowledge and expertise as it involves identifying suitable locations for anchors, drilling holes into the rock, and installing bolts. Canyoners use various types of bolts, such as expansion bolts and glue-in bolts, depending on the type of rock and the specific requirements of the canyon. Bolting must be done responsibly and with respect for the natural environment to minimize the impact on the rock and preserve the beauty of the canyons. It is crucial for canyoners to follow established bolting guidelines and to regularly inspect and maintain existing bolts to ensure their integrity.
A resource regarding best bolting practices was created by Ryan Jenks who created the How Not 2 Website and YouTube channel.
Ghosting is a form of canyoning where you move through an entire canyon without leaving anything behind. By using retrievable anchor systems, it is possible to complete a canyon without leaving behind any form of natural or bolted webbing anchors. These retrievable anchor systems include a sand trap, water anchor, toggle devices, hooks, CEM. T
There are a lot of strategies you can utilize to escape pot holes. The two most important considerations when working with your team to escape pot holes are:
Never
Get all of you team into one pothole. Make sure you get one or two team members into a pothole to solve the problem and then they can help the rest of the team. Canyoners have died from hypothermia due to both canyoners being in the pothole and not having a way to escape. Be safe.
Always
Look ahead. Sometimes you have to set up a hand line 3 pot holes ahead to get your team all and all your gear safely through a pot hole sequence.
When constructing a guided rappel for canyoning, start by evaluating the anchor points to ensure they are stable and can support the weight of the team. Remember, guided rappels place substantially more force on your anchors then regular rappels! Determine the best route for the rappel, considering the length and angle of descent, and make sure it is free of any potential hazards or obstacles. Set up the anchor points using strong, redundant anchors. Rig your retrievable guide line, ensuring that it is safe and easily accessible for your team. Finally, provide clear and concise instructions to the group on the rappelling procedure and safety measures, such as the use of safety tether or other sling attached to the guideline to make sure they avoid the hazard you are trying to circumvent. Examples include strong hydraulics, water siphons, or a keeper pot hole. Setting up a retrievable guide line can be a helpful way to make canyoning safer and more efficient. By following these steps, you can ensure that your guide line is secure and reliable
1. Rigging Retrievable Traverse Line: Identifying Safety Steps for Exposed Rappel Starts
Cognitive:
Explain the potential hazards associated with exposed rappel starts.
Identify critical safety aspects to consider when setting up a traverse line for an exposed rappel.
Analyze terrain features and environmental factors that influence traverse line placement and tension.
Choose appropriate anchor points and materials for safe traverse line installation.
Psychomotor:
Locate suitable anchor points for traverse line installation based on safety and practicality.
Demonstrate proper knot tying and rigging techniques for secure traverse line construction.
Apply rope tensioning methods effectively to maintain stability and support for rappellers.
Inspect and verify the integrity of the traverse line and anchor system before use.
Affective:
Develop a risk-aware mindset and prioritize safety when preparing for exposed rappels.
Foster a sense of responsibility for ensuring the well-being of your team during canyoning activities.
Cultivate a proactive approach to hazard identification and mitigation in challenging environments.
Cognitive Domain:
Explain: Analyze the advantages and disadvantages of using twin rope rigging systems compared to single rope systems.
Identify: Recognize situations where twin rope systems are necessary or beneficial for increased safety and redundancy.
Design: Design and configure safe and effective twin rope rigging systems using appropriate equipment and techniques.
Psychomotor Domain:
Build: Construct twin rope rigging systems accurately and efficiently, ensuring proper rope management and connection points.
Inspect: Thoroughly inspect all components of the twin rope system for potential flaws or inconsistencies.
Rappel: Demonstrate safe and controlled rappelling techniques using twin rope systems.
Affective Domain:
Develop: Enhance awareness of potential rope management hazards in twin rope systems.
Emphasize: Promote clear communication and teamwork when utilizing twin rope systems.
Maintain: Prioritize meticulousness and attention to detail when constructing and using twin rope rigs.
Rescue a rappeler on rappel by lifting them with a rescue rope, unweighting their device so they can solve their problem.
Shifting subject to safety rope so they can solve their problem safely.
Learn how to unweight a static rigging system and convert to lower while rappeler is on rappel. Carabiner block conversion process.
When recreating in any outdoor setting, especially as a leader, it is very important to know how to assess and treat different injuries and illnesses while in the field. Throughout this chapter we will explore the basic terms, injuries, and illnesses that occur frequently in the wilderness. To become a certified Team Leader you will need to obtain Wilderness First Aid certification. You will learn the following:
Cognitive Domain:
Recognize: Identify symptoms and signs of common illnesses and injuries encountered in wilderness settings.
Analyze: Assess the severity of illnesses and injuries and determine the appropriate course of first-aid treatment.
Apply: Apply advanced first-aid techniques, including CPR, wound management, and stabilization of fractures.
Psychomotor Domain:
Perform: Demonstrate proficiency in advanced first-aid techniques using available resources and equipment.
Prioritize: Make quick and informed decisions based on the victim's condition and available resources.
Adapt: Modify and adjust first-aid techniques based on the specific situation and environmental limitations.
Affective Domain:
Maintain: Remain calm and collected under pressure while providing first aid in challenging environments.
Emphasize: Prioritize the victim's well-being and minimize further harm while providing first aid.
Develop: Enhance confidence and leadership skills in managing medical emergencies in the wilderness.