While switch trip leaders need to be concerned with the same issues as other leaders - safety, group dynamics, food, equipment, minimum impact, etc. - there are a few additional concerns to be considered. Being on the water adds a whole new dimension in terms of safety, teaching, group dynamics, logistics, and route planning.
The leaders of different trips that are making a canoe exchange need to consult one another during Pre-FOP to arrange specific switch times and contingency plans in case of unexpected delays or injuries. It is imperative for leaders to recognize that another group is depending on them to arrive at the designated switch point at a specific time so that both groups can continue with their trips. However, switch leaders should allow each other some leeway with regard to switch times. The safety of a FOP group must under no circumstances be compromised for the sake of sticking to a schedule.
As with hiking crossovers, time spent between groups at the switch should be kept to a minimum: while it is fine for FOPpers to ask about the lake or discuss the hike, group interaction is not encouraged because FOP is designed to provide a bonding experience within each group and contact between groups can sometimes hinder progress towards that goal. At the same time, the exchange of information between leaders concerning the condition of the water or the trails is vitally important. To this end, take a few minutes to meet with the leaders of the other switch group and ask about campsites and the route - after all, you will be hiking or paddling the same stretch that they have just finished, only in reverse. They are a great resource!
(See Policies and Procedures.)
This section provides a good checklist of things to cover when teaching canoeing, as well as providing one possible structure. As with all teaching, the more hands-on a presentation can be, the better, although it is not feasible to send everyone off into boats before establishing certain basics. The following is a sample teaching outline:
Rest breaks should provide the opportunity for further practice of turning strokes as canoes attempt to raft up.
The parts of the paddle and canoe are provided to help one teach proper strokes. Teaching these terms before tackling the actual paddling can make the strokes come easier and make it easier for leaders to troubleshoot later.
Take precautions: Canoes can easily capsize, especially when inexperienced paddlers engage in unsafe practices. Prevention cannot be stressed enough. Most capsizes on flat water occur in docking and taking off from shore, so it is important to teach proper technique. A canoe that is breached on a rock has only one point of contact and is far more likely to capsize; for that reason and because it is bad for the canoe itself, such practice is strongly discouraged. When paddling, kneeling will give the canoe more stability by lowering the center of gravity. It is advised practice in wind or when performing a crossing. Capsizes may occur due to lack of communication between the bow and stern paddlers. Any movement or shift of weight - such as to get some gear out of a pack - can disrupt the balance in the canoe and should be done very carefully, preferably when canoes are rafted together.
The most important factors to be aware of if a canoe does capsize are: 1) the rest of the group, and 2) the people in the capsized canoe. If one canoe has capsized, it is probably an indicator that the same thing could happen to any of the canoes.
If a canoe does capsize, the rescue boat should take charge of the situation. The other canoes should be sent to the closest feasible point on land to prevent another capsizing, although a second canoe may be needed to help in the rescue process. The leader(s) in the rescue boat should check on the condition of the paddlers in the water. Then the leader(s) should decide on a type of rescue to enact. The goal is a safe rescue that will not cause a second boat to capsize. Speed is secondary. As such, often the safest option is to have the paddlers in the water swim their capsized canoe to shore. An alternative which may be quicker or more feasible for slightly longer distances is to tow the capsized canoe to shore with the rescue canoe. Boat-over-boat rescues are more dangerous, but may be necessary when far from shore, such as during a crossing. Again, preventative measures should be taken so that canoes stay close to shore at all times.
To perform a boat-over-boat rescue, the people in the capsized boat should hold onto their paddles and swim to one end of the overturned boat, while the rescue canoe should paddle to the opposite end of the capsized canoe. The bowperson of the rescuing canoe should turn around and face the sternperson, and then the two of them should lift the capsized canoe over their gunwale. This will be much easier if the paddlers in the water push down on their end, and if the two in the rescue canoe turn the capsized canoe sideways slightly to break the seal of air created by the capsized canoe. It may be necessary for those in the water to untie gear from their boat if it is hindering the rescue.
The two rescuing paddlers should pull the overturned boat across their boat between them until it rests with both its ends out of the water.
Then they should roll the boat over and slide it back into the water, making sure not to hit the paddlers in the water. Lastly, the rescuing paddlers should pull the two boats together parallel and stabilize the righted boat as the paddlers pull themselves (one at a time) out of the water and into the canoe. These two canoes should join the others on shore.
This section is intended to provide a minimum background on the paddling strokes. The strokes are divided into power strokes, steering strokes, and turning strokes. For any effective stroke, virtually all of the paddle blade should pass through the water.
These strokes are intended to move the boat forward or backward. They are intended for propulsion and not for directional correction.
This may seem like a fairly obvious canoeing stroke, but good technique is essential to improve power and minimize fatigue. Despite popular conceptions, the ideal forward stroke derives its power from a torso rotation rather than a pulling of the arms, as the muscles of the upper body are considerably stronger than those in the arms. Tired arms at the end of a day provide an indication that a paddler is using the wrong muscles. The paddler’s arms should be extended in a flexible, relaxed manner. Straighter arms force the paddler to rotate her shoulders before placing the paddle in the water. The paddler’s hip nearest to the paddle may also rotate slightly.
This stroke is used to propel the boat backward, often used when pulling away from shore or in rafting up. A couple reverse strokes can also bring a quickly moving boat to a halt. This is useful to prevent your boat from hitting objects like rocks, other boats, shore, etc. The stroke follows the same principles as the forward stroke, but with the direction reversed. Again, getting a good reach before initiating the stroke is important, as is the torso rotation.
These strokes complement the forward stroke in allowing two paddlers to propel the canoe forward in a straight line without requiring paddlers to change sides. Equally powerful strokes in the bow and the stern will tend to turn the boat away from the side that the sternperson is paddling on. This is because the sternperson’s strokes are further from the boat’s center of rotation (pivot point). Definitely unaesthetic, the practice of changing sides leads to inefficient paddling and increased instability (due to more frequent shifts of weight). The following strokes all push the stern back “in line” and are very useful for steering, which is primarily the job of the sternperson.
The rudder is the most rudimentary of steering strokes, involving turning the front face of the blade (called the “weak face” since it does not pull water on the stroke) out from the stern and using it to rudder the boat back to a straight course. The paddle can be held in such a position at the end of a forward stroke for a moment as necessary. Note that when the front face of the blade turns out from the stern, the thumb of the grip hand (top hand) turns up. The rudder is less efficient than the “J” stroke.
The “J” stroke is more elegant than the rudder, both more aesthetically pleasing and more fluid, leading to a more efficient recovery. It is also probably the most difficult stroke to learn for novice paddlers. It involves turning the back face (the “power face”) of the blade out from the stern at the end of a forward stroke, pushing water away from the canoe.
These strokes are used for quicker maneuvering of the canoe than the steering and forward strokes allow for. For most efficient turning, combinations of turning strokes involving the bow and sternperson are most effective, as outlined in the sample teaching outline.
This stroke is used to move the boat to the “onside” of the paddler (i.e. the side the paddler is paddling on) or toward the power-face of the blade. Reaching directly out from the seat with the paddle shaft vertical and adjacent to the seat, the paddler puts the strong face of the blade into the water facing directly towards the paddler. With both hands over the water, the paddler applies force to bring the paddle in towards the canoe. At the end of the stroke, recovery can be made by sliding the blade back along the edge of the boat and out of the water. An alternative (more difficult) recovery technique is to turn the paddle blade 90 degrees and slice through the water out from the canoe back to the starting position for another draw stroke.
This stroke looks like a draw done backwards, designed to move the portion of the boat at which the paddle is located toward the “offside” of the paddler (i.e. the side he or she is not paddling on). The paddle enters the water right next to the paddler with the blade facing out. The shaft should be fairly vertical. Both arms are used to push the blade out away from the canoe.
The forward sweep is a wide, shallow stroke in which the shaft is held low, with force exerted on the power-face. The goal is to create an arc of 90 degrees as far away from the craft as possible. In the bow, the arc should begin at the front of the boat and end when the blade is directly out from the body. This has the opposite turning effect as a draw. In the stern, the arc should begin directly out from the body (with maximum extension) and end at the stern. This has the same turning effect as a draw done by the sternperson. In both the bow and stern, a larger arc can be made, although the turning is only really effective during the first 90 degrees of a large sweep from the bowperson and the last 90 degrees of a large sweep from the sternperson.
The back sweep follows the identical principle of creating a wide, shallow arc in the water but with the direction reversed. Note though that in tandem canoeing, the reverse sweep should follow the same 90 degree paths as the forward sweep for the bow and stern. (Great for the abs!)
Remember that good canoeing does not involve memorizing and perfecting a repertoire of strokes, but rather it requires one to learn how moving the blade about in the water at different points around the boat affects the boat’s movement. It involves learning how other forces - wind, waves, weight, moving water - affect the boat, and it involves learning the different shapes that the boat can present to the water (think of looking up from below). In all, it involves learning that sitting in a floating bathtub with an old snow shovel could someday be the most graceful moment of your life.