Bushcraft

### Building a Log Cabin

1. Select logs: Choose timber that is plentiful and uniform in diameter.
2. Cut logs: Cut the logs to within a few inches of the required lengths for construction.
3. Lay bed logs: Start with the heaviest logs as the base (bed logs), ensuring they are laid square.
4. Scarf joints: Where the end logs lie across the back and front logs, halve or scarf the sites for the log to ensure a secure fit.
5. Carve logs into each other: Continue with the remainder of the construction by carving each subsequent log into the previous one to form a tight fit.
6. Fill chinks: Fill any gaps (chinks) between the logs with clay to provide insulation and weather protection.

### Constructing Rammed Earth Walls Using Forms

1. Prepare forms: Create wooden forms that are no more than 2' or 3' [60 or 90 cm] high and 6' to 8' [1.8 to 2.4 m] long.
2. Secure forms: Use bolts to hold the forms together; when tightened, they should clamp the form to the wall.
3. Fill with earth: Shovel in 3" or 4" [7.5 or 10 cm] of soil into the form.
4. Ram the earth: Use a rammer made from a hardwood base (about 4" x 4" x 10" [10 x 10 x 25 cm]) and a handle made from a 5' [1.5 m] length of gaspipe. Ram until the earth rings — this is a distinct sound different from the soft thud thud of initial ramming.
5. Repeat: Once the layer is ringing throughout its length, add another 3" or 4" [7.5 or 10 cm] of soil and repeat the ramming process.
6. Thickness requirements: Ensure that the final wall thickness is at least 9" to 10" [22.5 to 25 cm] for an 8' [2.4 m] wall, or 12" to 15" [30 to 37.5 cm] if a top structure or greater height is required.
7. Protect from weather: Provide a wide overhang to the eave, plaster with cement or lime mortar, or apply a thick cement-sand mixture (one-to-two proportion) as a protective layer.
8. Work rate: One man can fill and ram about 9 to 12 cubic feet [0.25 to 0.34 cubic meters] in a day.

### Using Natural Materials for Lashing in Bushcraft

When manufactured lashing materials are unavailable, natural materials can be used effectively:

Vines: Use ground or tree vines that have length, strength, and pliability. Test them by exerting a steady pull — if they break under 60 or 80 lbs [25 or 35 kg], they are too weak. To test for pliability, tie a thumb knot in the vine and gently pull it tight. If the vine snaps or cuts itself, discard it.

Palm leaves: The outer skin of long palm leaves can be used as lashing material. Harvest by nicking the hard outer shell with a cut about ¼" [6 mm] wide and 1/8" [3 mm] deep. Start splitting the outer cane, but bend the thick portion away from the thin to prevent it from running off.

Bark: The inner bark of many shrubs and trees (alive or dead) can also be used for lashing. Strip down to the required thickness, being careful to avoid weak spots.

Procedure:

1. Use locally available materials to construct a comfortable, weatherproof hut.
2. Design the hut to provide protection against anticipated weather conditions.
3. Collect suitable materials from the surrounding area; organization may be required for collection.
4. Good teamwork is necessary for construction and thatching of the structure.
5. Use natural materials such as palm leaves or eucalypt branches for thatching.
6. For long-term durability, consider using rammed earth for walls, which can last hundreds of years with proper construction.
7. Thatched huts can have a service life of 4 to 6 years without maintenance, and up to 20 years with regular upkeep such as renewing lashings and repairing the ridge thatch.
8. The final hut provides long-term protection and shelter through careful planning and execution.

Purpose: To reinforce long huts or lean-to structures and make them storm-proof when there is no strong support (e.g., a tree).

Steps:
1. Identify Need for Bracing: Use diagonal bracings if the structure lacks natural support, such as in open areas.
2. Install Diagonal Braces: Lash diagonal braces from the ground at one end of the hut to the ridge or crown at the opposite end. These should be securely fastened with lashing material (e.g., rope or sinew).
3. Ensure Structural Integrity:
- The bracings help prevent sagging or inward bending of main poles.
- They distribute weight evenly across the structure, making it more resistant to wind and weather.

Notes:
• This method is particularly useful in storm-prone areas.
• Bracing can be made from available materials (e.g., branches, poles) without requiring purchased items.
• The lashing must be tight enough to withstand strong winds.

Procedure for building a small woodshed:

1. Determine dimensions: The ground area of the woodshed should be at least 3' by 4' [0.9 m by 1.2 m], with about 3' [0.9 m] height at the front.
2. Position strategically: Place the woodshed to windward of your fireplace so that windblown sparks do not fall on dry bark or other tinder.
3. Purpose: The woodshed ensures a supply of dry kindling and wood after heavy rain, preparing you for spells of wet weather.

Materials Required:
• Forked pole (4" to 5" [10 to 12.5 cm] thick, 8' [2.4 m] long)
• Side branch (4' to 5' [1.2 to 1.5 m] below the fork)
• Rope or strong vine loop
• Tree trunk for securing the shelter
• Stakes (3' [90 cm], about 2" [5 cm] thick)
• Thatching battens (about 1" [2.5 cm] thick, 8' [2.4 m] long)
• Grass, fern palms, or reeds for thatching
• Cross-bars for bed support

Steps:
1. Select Forked Pole: Use a forked pole at least 4" to 5" [10 to 12.5 cm] thick and 8' [2.4 m] long, with a side branch coming off at right angles to the fork and 4' to 5' [1.2 to 1.5 m] below it.
2. Secure Side Branch: To the side branch, secure a rope or very strong vine loop. Pass this around a tree trunk and bind it very securely back on to the side branch.
3. Position Long Arm of Pole: The long arm of the pole should be horizontal and 6' to 7' [1.8 to 2.1 m] above the ground.
4. Lash Stakes to Side of Pole: Lash three 3' [90 cm] stakes, each about 2" [5 cm] thick, to each side of the pole. They should slope down at an angle of about 45° and can be held outwards by lashing braces across.
5. Lash Thatching Battens: Lengthways to these poles, lash thatching battens, each about 1" [2.5 cm] thick and 8' [2.4 m] long. These should be 6" [15 cm] apart.
6. Thatch with Natural Materials: Thatch the battens with grass, fern palms, or reeds (branches and tree leaves are useless).
7. Construct Bed Support: The bed is suspended from the centre pole by ropes or vines to the two long sides, which are held apart by lashing two cross-bars at head and foot.
8. Make Up Bed: The bed is then made up like a camp bed.
9. Swing Shelter for Sun/Weather Protection: This shelter can be swung round the tree trunk to take advantage of sun or shade or get better protection from the weather.

Materials Required:
• Hardwood chocks (1½" to 2" [4 to 5 cm] thick)
• Rope
• ½" [12 mm] thick hardwood pegs (3" [7.5 cm] long) if using non-braided rope
• Cotton rag or finely teased bark fibre for wick (if needed)

Steps:
1. Cut Chocks: Cut as many hardwood chocks, 1½" to 2" [4 to 5 cm] thick, as required for your ladder.
2. Spacing: Place the chocks every 15" to 18" [38 to 45 cm] apart along the rope.
3. Size of Chocks: The chocks should be about 4" [10 cm] across and can be cut from either square or round timber.
4. Bore Holes: Bore a hole through the centre of each chock. This hole should not be more than 1/8" [3 mm] larger than the diameter of the rope.
5. Thread Rope Through Chocks: Thread the rope through the holes in the chocks.
6. Insert Peg (if using non-braided rope): Starting at one end, open the strand of the rope and slip in a ½" [12 mm] thick hardwood peg about 3" [7.5 cm] long.
7. Bind Rope Below Peg: Bind the rope below the peg.
8. Slide Chock Down: Slide the chock down, and measure off the distance to the next step.
9. Optional Binding Above Chock: If desired, bind above the chock to prevent the feet pulling it up when climbing.
10. For Braided Cotton Rope: If using braided cotton rope, omit the peg and put a strong binding below each chock.

Crown ridge thatch is a third method of securing the ridge.

1. Create a crown: Make a "crown" and overlap it over the ends of the top layer of thatching.
2. Ensure coverage: The crown should fully cover the stitching on the ridge to prevent leaks.

Purpose: To calculate the required length and diameter of poles for sloped structures (e.g., roofs or huts) to ensure stability and waterproofing.

Steps:
1. Calculate Slope Angle: Ensure all slopes are at least 45°, though a minimum of 40° is acceptable for shedding water.
2. Determine Base Spread and Pole Length: For a 45° slope, the proportion between base spread and pole length is 4:3 (base to height). Example:
- If the base spread is 20' [6 m], then the pole length should be 15' [4.5 m].
3. Account for Wall Height: Allow a wall height of 3' to 4' [0.9 to 1.2 m] if needed.
4. Calculate Diameter of Poles:
- For poles up to 10' [3 m], the minimum diameter at the butt (excluding bark) should be 1" [2.5 cm] per 4' to 5' [1.2 to 1.5 m] of length.
- Example: A pole that is 10' [3 m] long requires a minimum diameter of 2½" [6.5 cm].
- For poles up to 20' [6 m], the minimum diameter at the butt should be 5" [12.5 cm].

Notes:
• This calculation assumes no purchased materials are used.
• These measurements ensure that the structure is stable and weather-proof for extended periods.

Guttering is necessary under certain conditions to manage water flow on the roof.

1. Use wide bark sheets: Invert wide sheets of bark so that they lie with the hollow side in the valley for efficient guttering.
2. Alternative materials: Use hollowed-out palm trunks or extra-wide leaves from plicate palms laid to overlap each other.
3. Careful installation: Take considerable care during installation to ensure a watertight roof.

Procedure:

1. Identify the tree or pole that is projecting through the roof thatch.
2. Spin up a length of thin rope from grass or other soft fibrous material (refer to Bushcraft 'Ropemaking' for detailed instructions on ropemaking).
3. Bind the thatching material tightly around the tree or pole, ensuring it is secure and covers the area where the tree or pole projects through the roof.
4. Continue the binding an inch or two above the top of the thatching material to ensure proper coverage and protection from rain.
5. Ensure the binding is tight and secure to prevent water from seeping through.

Details:
• The purpose of flashing is to direct rainwater away from the roof structure and into the thatch, where it can be naturally led off the roof.
• Use soft fibrous materials for rope-making to avoid damaging the tree or pole.

Ridge thatching is essential for complete protection of the roof.

1. Cover the stitching: Ensure the topmost row of thatching completely covers the stitching on the ridge pole or a false ridge pole.
2. Alternative method: Allow the ridge thatch to stand up from the ridge and bind it tightly for an efficient watershed.
3. Efficiency for hut types: This method is most efficient for pyramidal and circular huts.

Sewn batten thatch is a neat and efficient method for certain materials.

1. Prepare the leaves: Bend long, broad-leaved materials over sticks on the ground.
2. Use sewing material: Use a thin sliver of split cane or other suitable material to sew the two sections of the leaves together.
3. Secure to framework: Tie the sticks to the framework as for split stalk thatching.
4. Material considerations: If using green material, ensure it will not curl as it dries out. Dead material is generally best.

Sewn ridge thatching is a method for securing long materials to the ridge.

1. Use heavy poles: For very long material, use two heavy poles slung on slings to hold the outside edges of the ridge thatch material down.
2. Tie battens: Tie two battens to the top of the topmost layer of thatching and ensure the ends of the ridge thatch material overhang the sewing of the topmost layer.
3. Use three poles: Sew the ridge material on to three poles, with one acting as a false ridge and the other two hanging over the ridge by 12" or 18" [30 or 45 cm] on either side of the centre pole.
4. Lay materials: Lay the ridge thatch material in lengths of from 6' to 12' [1.8 to 3.6 m] and secure them over the actual ridge.

Stalk thatch is a quick and efficient method suitable for both plicate and pinnate type palm leaves.

1. Prepare the materials: Ensure you have well-bunched palm leaves with good overlap to create an effective watershed.
2. Weave the stalks: Simply weave the stalks between the thatch battens. The natural bend of the stalks will exert sufficient pressure to hold the leaves securely in position.
3. Check for effectiveness: Ensure the thatching is properly overlapped and secured to prevent leaks.

Procedure:

1. Take a sample of the soil and roll it into a ball about the size of a golf ball.
2. Drop the ball from a height of 1' [30 cm]. If it breaks up, the soil is too dry and needs moisture added before ramming.
3. If the ball does not break when dropped from 1' [30 cm], hold it above your head and drop it again from a height of 6' to 7' [1.8 to 2.1 m].
4. If the ball shatters into small fragments, the soil is too moist and must be allowed to dry out before ramming.
5. Use a glass tube that is ten inches long or divided into ten equal parts for further testing:
- Dry some of the earth, crumble it to fine powder, and fill the tube.
- Wash the contents in running water until all clay and silt particles are removed.
- Dry the remaining material and put it back into the tube. The level will indicate the approximate percentage of clayey content in the soil.

Details:
• Ideal soil for rammed earth construction should have between 30% to 70% sand or grit, and between 30% to 70% clay and silt.
• If the soil has too much clay, it will crack; if too little clay or too much sand or organic matter, it will crumble.

Woven thatch is an alternative method to split stalk thatch and is suitable when time permits and materials are readily available.

1. Lay the fronds: Lay pinnate fronds flat on the ground.
2. Weave the leaves: Lay the leaves from one side over and weave them between the leaves on the other side.
3. Secure to framework: Tie the entire stalk to the framework, ensuring proper overlap as with other thatching methods.

Materials Required:
• Fork poles
• Rafters
• Thatching battens
• Wall battens
• Lashing material (e.g., rope or sinew)

Steps to Construct a Circular Hut:
1. Start the Basic Structure: Begin with four men working on the structure. Use fork poles lashed together with thatching battens and wall battens. Ensure rafters are in place, and the door fork is swung into position.
2. Set Entrance Ridge and Poles: Position the entrance ridge and entrance poles along with wall poles to form the basic shape of the hut.
3. Lash Thatching Battens: Secure thatching battens to the rafters, ensuring they are strong enough to bear weight (e.g., a man's weight). This is critical for structural integrity.
4. Complete the Door and Begin Thatching: After one-and-a-half hours, the door should be complete and ready for thatching. Start laying thatch on the roof from this point.
5. Lay Roof Thatch: By two-and-a-half hours after starting, three rows of roof thatch should be laid. The hut is 15' [4.5 m] in diameter from wall to wall and can be completed within one hour (or three-and-a-half hours total) after the start.
6. Finalize Construction: Ensure all lashing is secure and that the structure is weather-proof for six to ten years with no nails or purchased materials used.

Notes:
• This hut was constructed by four men in three-and-a-half hours.
• The diameter of the hut from wall to wall is 15' [4.5 m].
• All lashing must be done carefully for structural integrity.

Materials Required:
• Fork poles
• Intermediate poles
• Ridge pole
• Thatching battens
• Wall pegs
• Lashing material (e.g., rope or sinew)

Steps to Construct a Long Hut:
1. Plan the Structure: The long hut is 60' [18 m] long, 20' [6 m] wide, and 16' [4.8 m] high. If the span exceeds 12', intermediate poles are required to support the structure.
2. Prepare the Ridge Pole: Extend the ridge pole to the desired length if needed. If it is in two or more lengths, lash them together securely. Notch the ridge so that it fits snugly into the interlocking forks at the top of the fork poles.
3. Set Fork Poles and Intermediate Poles: Place fork poles with intermediate poles spaced no more than 6' [1.8 m] apart. Lash collar ties to the fork poles for stability.
4. Install Wall Pegs and Thatching Battens: Drive wall pegs into the ground at a convenient height. Attach thatching battens to the rafters, ensuring they are strong enough to bear weight (e.g., a man's weight).
5. Add Ventilation or Light Openings: If desired, include "lift up" sections for ventilation and light.
6. Complete the Structure: The end portion of the long hut is similar to one-half section of the pyramid hut. Continue extending the length as needed by adding more fork poles and ridge segments.

Notes:
• This structure can be built by five men in four days.
• No nails or purchased materials are required.
• The completed hut will be serviceable and weather-proof for six to ten years.

Procedure:

1. Select earth containing the right proportions of clay and sand or other gritty particles. The soil must be free from organic materials such as grass, roots, and similar matter.
2. Prepare the foundation by setting large stones in clay within the foundation trench. Clay is preferred over concrete for rammed earth buildings because it is impervious to moisture.
3. If using concrete foundations, install a dampcourse to prevent water infiltration.
4. Construct the walls either by erecting forms or by ramming earth into blocks (like large bricks) and laying them in courses.
5. Ensure that the foundation extends 6" to 9" [15 to 22.5 cm] above ground level to protect against surface runoff from heavy rain.

Details:
• Rammed earth buildings are permanent, well-insulated, and low-cost structures.
• The method is speedy and can be done by one person digging and laying 15' to 20' [4.5 to 6 m] of foundation in a day.

Procedure:

1. Dig a trench 2' [60 cm] wide by 1' [30 cm] deep for the foundation.
2. Line the trench with at least 1" [2.5 cm] of clay to ensure moisture resistance.
3. Place large stones in the clay-lined trench and ram them down to create a firm bed.
4. Ensure that the foundations extend from 6" to 9" [15 to 22.5 cm] above ground level.

Details:
• This method is cost-effective, as no materials are purchased beyond natural resources.
• The foundation should be constructed in such a way that it can withstand heavy rain without surface runoff reaching the rammed earth wall.

Materials Needed:
• Stout stick
• Bush-made rope
• Forked tree on the opposite bank

Steps to Get the Rope Across:
1. Fasten a stout stick to the end of the rope, ensuring it is centered on the stick.
2. Select a forked tree on the opposite bank and throw the free end of the coiled line with the stick across the river.
3. After multiple casts, test the line with two or three people to ensure it is secure.
4. Fasten the near end of the rope to a convenient anchor.
5. The lightest member of the party should cross the line by hanging onto it and working themselves across, hooking their legs over the rope with feet facing the opposite bank.
6. Once across, they can fasten the rope and complete any necessary tasks on the other side.

Materials Needed:
• Two strong ropes (thoroughly tested)
• 'A' frames made from light saplings
• Anchors or trees on either side of the river

Steps to Construct the Bridge:
1. Spin and test two strong ropes.
2. Anchor both ropes to convenient trees or anchors on either side of the river, ensuring they are stretched taut.
3. Make 'A' frames from light saplings. The number required depends on the length of the decking.
4. Hook the first 'A' frame onto the ropes and push it forward with a stick.
5. Drop a straight sapling (footing) into the crotch of the frame.
6. Walk out along this footing, hooking on the next 'A' frame and pushing it to the required distance.
7. Repeat until reaching the far bank.

Safety Notes:
• Do not overload the bridge; one person at a time is a safe rule.
• If available, use natural ropes like Monkey vines, Lianas, or Lawyer vines (Calamus) for added strength and safety.

Common Faults in Rope Making for Beginners

1. Uneven feeding: There is a tendency with the beginner to feed unevenly. Thin wispy sections of strand are followed by thick hunky portions. Such feeding is useless. Rope made from such strands will break with less than one-quarter of the possible strain from the material.
2. Slow and steady approach: The beginner is wise to twist and feed slowly, and to make regular, even strands rather than rush the job and try and make the strands quickly. Speed, with uniformity of twist and thickness, comes only with practice.
3. Feeding speed mastery: In a short time when you have the 'feel' of feeding, you will find you can feed at the rate of from 30' to 60' [9 m to 18 m] a minute.
4. Avoid thick strands: Thick strands do not help. It is useless to try and spin up a rope from strands 1" [2.5 cm] or more in thickness. Such a rope will break with less than half the potential strain of the material.
5. Time-saving misconception: Spinning 'thick' strands does not save time in ropemaking.

Materials Needed:
• Bush-made rope
• Straight sticks (about 8" [20 cm] long)

Steps to Create the Ladder:
1. Open the lays of the rope.
2. Insert cross sticks into the rope, ensuring each stick is about 8" [20 cm] long and protrudes equally on both sides of the rope.
3. Secure the cross sticks to the rope by lashing above and below them.
4. Ensure that the distance between the cross sticks is from 15" to 18" [37.5 cm to 45 cm].

How to Climb the Ladder:
1. Hold the rope with both hands.
2. Bend your knees and draw both feet up together, placing them evenly on the next cross sticks.
3. When the footing is secure, raise your hands and continue climbing in a manner similar to a toy monkey on a string.

Advantages:
• Easy for people who may not be able to climb by ordinary means.
• Useful for ascending or descending cliffs or lookouts.

Determining Correct Strand Thickness and Twist

1. Strand thickness guidelines: Equal thickness for each of the strands throughout their length, and equal twist are important. The thickness should not be greater than is necessary with the material being used.
- For grass rope: The strand should not be more than ¼" [6 mm] diameter.
- For coarse bark or palm: Not more than 1⁄8" or 3⁄16" [3 mm or 4.5 mm].
- For fine bark, hair or sisal fibre: Not more than 1⁄8" [3 mm].
- For cords: The strand should be no more than 1⁄16" [1.5 mm] in diameter.
2. Fine cord limitations: Fine cords cannot be made from grass, unless the fibres are separated by beating out and 'combing'.
3. Correct twist: The correct amount of twist is when the material is 'hard', that is, the twist is tight.

Bark fibres in many barks suitable for rope making are close to the innermost layer (the bark next to the sap wood).

When seeking suitable barks of green timber, cut a small section about 3" [7.5 cm] long and 1" [2.5 cm] wide, cutting from the wood to the outer skin of the bark.

Peel this specimen and test the different layers. Green bark fibres are generally difficult to spin because of 'gum'—it is better to search for windfallen dead branches and try the inner bark of these, as the gum will have leached out and the fibres separate easily.

Many shrubs have excellent bark fibre. It is advisable to cut the end of a branch and peel off a strip of bark for testing. Thin barks from green shrubs are sometimes difficult to spin into fine cord; in such cases, it is easier to use the lariat plait for small cords.

If using green bark fibre for rope spinning (and time permits), tease and soak the bark strips in water for a day or so. The gum will generally wash out during this process.

After removing from the water, allow the bark strips to partly dry out before shredding and teasing into fibre.

Lianas and ground vines are natural ropes found in sub-tropical and tropical scrub and jungle. Many are of great strength and useful for bridging, tree climbing, and other purposes. The smaller ground vines when plaited give great strength and flexibility.

Canes and stalks of palms provide excellent material if used properly. Only the outer skin is tough and strong, and this skin will split off easily if you bend the main stalk away from the skin. This principle also applies to the splitting of lawyer cane (calamus), all the palm leaf stalks, and all green material.

If the split starts to run off, you must bend the material away from the thin side, and then it will gradually gain in size and come back to an even thickness with the other split side.

Feeding Technique for Uniform Strand Thickness

1. Position the material: If the feeder is holding material under his left arm, his light hand is engaged in continuously pulling material forward to his left hand which feeds it into the turning strand.
2. Control feeding speed: These actions done together as the feeder walks backwards govern the thickness of the strands.
3. Feel for twist: *His left hand, lightly closed over the loose turning material, must 'feel' the fibres 'biting' or twisting together.*
4. Adjust for evenness: When the free end of the turning strand, which is against the loose material under his arm, takes in too thick a tuft of the material he closes his left hand, and so arrests the twist of the material between his left hand and his bundle.
5. Correct overfull 'bite': This allows him to tease out the overfull 'bite' with his right hand, and so he maintains a uniform thickness of the spinning strand.
6. Mastering the knack: There is a knack in 'feeding' and once you have mastered this knack you can move backwards, and feed with considerable speed.

Steps for flat four plait rope making:

1. Lay the four strands side by side.

2. Take the outside left-hand strand and lay it under the next strand to itself, then over what was the first strand.

3. Take the outside right-hand strand and lay it over the strand to its left.

4. Take the outside left strand and put it under and over the next two strands respectively, moving towards the right.

5. Thereafter, your right-hand strand goes over one strand to the left, and your left-hand strand under and over to the right, as shown in the diagrams.

Procedure:

1. Select suitable materials: Look for fibrous sources such as surface roots of shrubs and trees, inner bark of fallen branches or new growth (e.g., willows), water reeds and rushes, grasses, sedges, lianas, some sea weeds, fibrous leaves and stalks of palms, and fibrous-leaved plants like aloes.
2. Remove vegetable gum: If present, soak the material in water, boil it, or dry it and 'tease' it into thin strips to remove the gum.
3. Use green materials for strength: For sedges, water rushes, grasses, and lianas, use them while they are still green to ensure maximum strength.
4. Cut rather than pull: When harvesting grasses, sedges, or water rushes, cut above ground level (harvesting) instead of pulling the entire plant up (destruction).
5. Harvest selectively: Work over a wide area and leave some material for seeding and regrowth. Take only from the largest clumps.
6. Avoid destroying plants unnecessarily: Do not pull leaves off deeply rooted strong-leafed plants; they cannot be removed without damaging the plant.
7. Use palm fibre: In tropical or sub-tropical regions, harvest fibres at the junction of the leaf and trunk or from those lying on the ground beneath palms.
8. Use dead or half-dead bark for easier processing: Fibrous matter from inner bark is more easily used if the plant is dead or half-dead, as natural gum will have dried out and can be removed in a fine powder during teasing.
9. Avoid cutting live trees for bark: Only cut branches here and there if absolutely necessary; never cut an entire tree just to obtain bark for cordage.

Laying Strands for Rope Making

1. Prepare the strands: The strands lie on crossbars as they are spun. When the strands have been spun to the required length, which should be no more than about 100' [30 m], they are joined together by being held at the far end.
2. Position the turner: The turner, who is facing the cranks, twists the ends together *anti-clockwise*, at the same time keeping his full weight on the rope and which is being laid up.
3. Lay the strands: The layer advances, placing the strands side by side as they turn.
4. Maintain even feeding: It is important to learn to feed the material evenly, and lay up slowly, thereby getting a smooth even rope. Do not try to rush the ropemaking. If you do, you will have uneven, badly spun strands, and ugly lays, and poor rope. Speed in ropemaking only comes with practice.
5. Initial time estimates: At first it will take a team of three or four up to two hours or more to make a 50-yard [45 m] length of rope of three lays, each of three strands, that is nine strands for a rope with a finished diameter of about 1" [2.5 cm]. With practice the same three or four people will make the same rope in 15 to 20 minutes. These times do not include time for gathering material.
6. Feeding technique: In feeding, the free ends of the strands twist in the loose material fed in by the feeder. The feeder must move backwards at a speed governed by the rate at which he feeds. As the feeder moves backwards he must keep a slight tension on the strands.

Materials Required:
• Long strong threads or fibres that have been tested for strength and pliability.

Procedure Steps:
1. Prepare Fibres: Gather the fibres into loosely held strands of even thickness. Each strand should be from 1⁄8" [3 mm] downwards in diameter.
2. Twist Strands Clockwise: Twist each individual strand clockwise to hold the fibre together. For a rough rule, use about 15 to 20 fibres per strand.
3. Lay Up Strands: Take two, three, or four of these strands and twist them together in an anti-clockwise direction while simultaneously twisting the remaining strands clockwise.
4. Ensure Uniformity: Make sure each strand is of equal thickness and twist. The layer (person laying up the cord) must ensure that the twisting is even, the strands are uniform, and the tension on each strand is equal.
5. Avoid Uneven Twisting: During laying, watch that no single strand twists around the others. This can happen when you're first learning to lay up.
6. Fine Cord Preparation: When making fine cords for fishing lines or snares, take extra care to keep strands uniform and the lay even. Fine cords of no more than 1⁄32" [0.75 mm] thickness can be spun with the fingers and are capable of taking a breaking strain of 20 lbs. to 30 lbs. [10 kg to 15 kg] or more.

Additional Tips:
• For longer lengths, consider using a rope-walk with multiple spinners in the form of cranks for efficiency.
• When spinning by hand, one person can twist the material by running the flat of their hand along the thigh while feeding fibre with the other hand.
• Avoid letting spun strands lie on the ground; support them on cross bars as they increase in length.
• Do not spin the material too thickly. Thick strands do not contribute to strength and may result in a weaker rope.

Making Rope with a Single Spinner

1. Set up the material: A portion of the material is fastened to the eye of the crank, as with the multiple crank.
2. Feeding technique: The feeder holding the free ends of this strand against the bundle of loose material under his arm feeds in, walking backwards.
3. Supporting crossbars: Supporting crossbars, as used in a ropewalk, are required when a length of more than 20' or 30' [6 m or 9 m] is being spun.

One man may require a considerable length of rope, and if he has no assistance to help him spin up his material, he can often find reasonably long material (say, from 1' to 3' [30 cm to 90 cm], or more) and use this material to plait (or braid) and make suitable rope.

The usual three plait makes a flat rope. While quite good, it has not the finish nor shape, nor is it as 'tight' as the four or lariat plait. On other occasions, it may be necessary to plait broad bands for belts or for shoulder straps. There are many fancy braids and plaits which you can develop from these, but three plait, flat four plait, and lariat plait are basic and essential for practical woodcraft work.

A general rule for all plaits is to work from the outside into the centre.

Procedure:

1. Test for strength: Pull on a length of the material to see if it can withstand force without breaking.
2. Test for pliability: Twist the material between your fingers and 'roll' the fibres together. If it stands this without snapping apart, proceed to the next test.
3. Knot test: Tie a thumb knot in the material and gently tighten it. If the material does not cut upon itself but allows the knot to be pulled taut, it is suitable for rope making.
4. Test for grip: Ensure that the fibres will 'bite' onto one another and are not smooth or slippery.

Notes:
• This procedure applies to natural materials such as plant fibres, inner barks of trees, and animal hair.
• If the material is stiff or unyielding (e.g., freshly gathered), pass it through hot flames for a few moments. The heat will cause sap to burst through cell structures, making the material pliable.

Purpose: To set up cross bars for spinning long ropes to prevent sagging, tangling, and uneven twisting.

Materials Required:
• Forked stakes
• Smooth sticks or natural materials for cross bars
• Cranks (can be made from sticks, morticed slabs, pegs, or bent wire)
• Connecting rods
• Fork stick for the end crank handle

Steps:
1. Drive pairs of forked stakes into the ground about 6' [1.8 m] apart and at intervals of 6' to 10' [1.8 m to 3 m].
2. Ensure cross bars are smooth and free from twigs, loose bark, or other debris that might interfere with the spinning strands.
3. Support each cross bar using two uprights and pierce it to take the cranks.
4. Use a connecting rod to enable one person to turn all cranks clockwise simultaneously.
5. At the end of the rope walk, set up a similar crank handle on a fork stick and turn it anti-clockwise to twist the connected strands together during laying up.

Purpose: To spin and lay up rope strands to create a strong, evenly twisted rope.

Materials Required:
• Fibers (e.g., bark)
• Cranks and connecting rods
• Spinner-feeder

Steps:
1. Begin by turning the first strand clockwise, then continue laying up the strands anti-clockwise, alternating directions for each subsequent layer.
2. As you lay up the strands, keep twisting them to maintain even tension and remove any residual twist from previously spun strands.
3. If making a rope longer than can be spun in one piece:
- Lay up a section of the rope and coil it on the ground at the end of the rope walk farthest from the cranks.
- Spin new strands for the next section, then splice or marry them into the existing strands.
4. Ensure that the ends where strands are married are staggered in different places to avoid weak points in the rope.
5. Once the complete length of rope is laid up, pass it through fire to burn off loose ends and fibers for a smooth finish.

Purpose: To test the strength of a spun rope and finish it for use.

Materials Required:
• Completed rope
• Fire source (e.g., fire pit or open flame)

Steps:
1. Test the rope by applying tension to ensure that individual fibers lie lengthways along the rope, indicating proper twisting and laying up.
2. If the rope is made from bark fiber, a 1'' [2.5 cm] diameter rope can have a breaking strain of about 800 lbs. [365 kg].
3. After testing, pass the completed rope through fire to burn off loose ends and fibers. This will make the rope smooth and professional-looking.

A secure anchor in open ground can be obtained by driving a stout stake well into the ground. The rope is later fastened to the base of this stake. To the head of the stake two ropes are attached, and these are tied back to the ground level of two other stakes driven well into the earth a few yards behind the first stake. To the heads of these two stakes three ropes are tied and these are fanned out and tied to the bases of three other stakes driven in behind the two stakes. The main rope is now fastened to the base of the first stake.

Objective: Secure thatching battens to the framework using ground-based methods.

Procedure:
1. Use ground securing, which involves fastening the thatching battens to the ground before laying them on the framework.
2. Once secured, lay the battens onto the framework in an overlapping manner, similar to long tiles.
3. Ensure that each batten overlaps the previous one by a sufficient amount (typically about 1/3 of its length) to provide complete coverage and stability.
4. Secure the battens tightly at their points of overlap using natural fibers or strong plant-based cords.
5. This method is particularly useful for creating a stable base before adding thatch material.

Objective: Utilize palm stalks as thatching materials or battens.

Procedure:
1. Use palm stalks either as the thatch material itself or as thatching battens.
2. The palm stalk can be used to hold the palm leaves in position, ensuring a firm and stable structure.
3. When using palm stalks as battens, ensure they are straight and strong enough to support the weight of the thatch.
4. Secure the palm stalks tightly to the framework or other battens to prevent slippage or wind damage.
5. This method is particularly effective in areas where palm trees are abundant and provides a natural, durable solution for thatching.

At one end of the string tie a loop and place the knot on a conveniently high nail or hook. The mesh stick is put under the loop and the needle with cord passed through as in Fig. 3. The needle and cord are passed in front of the loop formed in Fig. 3 and under the original loop, while at the same time the other end of the cord is held on to the mesh stick with the thumb of the left hand. The knot is pulled taut. A succession of these loops are formed until the requisite width is reached, then this first series of loops are placed through a rod or cord, and the loops are netted on to them until the requisite length is reached.

Hammocks and nets are made by the use of a netting needle and a mesh stick. Either of the two types of netting needle shown in Fig. 1 are suitable and easily made from a thin piece of hardwood or bamboo. The netting needles may be about 8" to 9" [20 to 22.5 cm] long and from 3/4" to 1" [1.8 to 2.5 cm] wide. The mesh stick may be about 5" [12.5 cm] long, oval about 3/4" x 1/4" [18 x 6 mm]. The netting cord is put on to the netting needles as for an ordinary shuttle with needle B, and with needle A the cord is looped round the pin in the centre of the eye.

Objective: Properly prepare thatching materials to ensure durability and effectiveness.

Steps for preparation:
1. Cut and stook long grass and reeds before use so they can season properly.
2. Allow the materials to dry out completely, as green materials tend to shrink when exposed to hot sun, leading to curling and reduced coverage value.
3. Seasoned materials will not slacken in stitches due to minimal shrinkage, ensuring a secure thatch.
4. For bracken ferns, use them while green and sew tightly; this is only recommended for emergency situations.
5. When using palm leaves, collect them early in the morning or after rain when they are softened by dew or moisture. Wetting the leaves down before sewing will soften them, allow them to lie flat, and improve coverage.
6. Avoid collecting palm leaves during hot summer days as they may be too brittle and break easily.

Procedure:

1. Ensure straightness: All wall pegs and stakes must be straight for proper use.
2. Bevel the head: The top of the stake should have a bevelled (angled) head to facilitate easier driving into the ground.
3. Point the foot: The bottom end of the stake should be pointed to help it penetrate the soil.
4. Avoid improper pointing: Do not point the stake with a single cut, as this can weaken the structure and reduce effectiveness.

Objective: Choose appropriate materials for thatching based on availability and effectiveness.

Materials suitable for thatching include:
• Long grass
• Reeds
• Rushes
• Most long-stalked ferns (e.g., bracken)
• Palm leaves of all types
• Pliant leafy branches (as a last resort)

Recommendations:
• Long grass and reeds are most satisfactory when used dry or partly dry. It is advisable to cut and stook them first so they can season before use.
• Bracken ferns should be thatched while green, and sewn down tightly. This method is not recommended for regular use but may be necessary in emergencies.
• Green branches are inefficient for thatching and should only be used if absolutely necessary.
• Blanches of trees or shrubs should be selected from dead branches with some leaves still on them. Shake the branch: if leaves fall immediately, it is almost useless; if they remain attached, the plant may serve effectively.
• Palm leaves are best used when dead. They can be found in abundance under palm trees and are excellent material. However, they may be brittle and break easily during hot summer days. Collect them early in the morning or after rain for better results.

Environmental benefits:
• Using bracken and reeds for thatching helps control pests (bracken is injurious to cattle; reeds choke watercourses).

Materials Required:
• Framework similar to a table (without the table top)
• Two poles
• Sticks for cross support

Steps:
1. Build a framework: Create a framework similar to a table, using two poles and sticks for cross support.
2. Lay the bed structure: Lay the two poles and overlay them with sticks exactly as you would for a bed on the ground.
3. Elevate the bed: Ensure that the forks (supporting points) are not as high as they would be for a table, but sufficient to elevate the bed off the ground.
4. Considerations for elevation: A camp bed should always be built off the ground in bad snake country or in areas where ground pests such as leeches, ants, scrub-mites, chiggers, or ticks are likely to be troublesome.
5. Alternative support method: Use two piles of stones to support the side poles if forked stakes and ground poles are not available.

Materials Required:
• Two forked stakes
• Two side poles (placed into the crotches of the forked stakes at about a 45° slope)
• Two long, straight poles
• Two bags with holes cut in the bottoms to allow poles to pass through
• Dried grass or bracken fern (optional for added comfort and warmth)

Steps:
1. Set up forked stakes: Set up two forked stakes as you would for a preceding camp bed.
2. Place side poles into crotches: Place two side poles into the crotches of these forked stakes so they are on about a 45° slope.
3. Prepare bags and poles: Cut two long, straight poles and pass them through the two sides of two bags (holes cut in the bottoms of each bag to allow the poles to pass through).
4. Position the bags: The closed ends of the bags should be towards the ends of the poles, with the bags overlapping a few inches in the middle.
5. Lay the bed structure: Lay the two bed poles with the bags one on either side of the angle poles.
6. Use body weight for support: The weight of your body lying on the bags will keep the side poles pulled well down on the angle poles.
7. Add stuffing (optional): If the weather is cold or greater comfort is required, stuff dried grass or bracken fern inside the bags to provide added softness and warmth.

Materials Required:
• Two poles 6" or 7" [15 or 17.5 cm] thick, about 7' [2.1 m] long
• Pegs (about 1' [30 cm] of the peg above the pole)
• About twenty or thirty straight, strong sticks, 3½' [1.05 m] long
• Two poles 3" to 4" [7.5 to 10 cm] thick and 7' [2.1 m] long
• Green brushwood, fern, or waste green stuff (sucker growth, weedy bush material)

Steps:
1. Prepare the base poles: Cut two poles 6" or 7" [15 or 17.5 cm] thick and about 7' [2.1 m] long. Lay these parallel to each other, 3' [90 cm] apart.
2. Secure the base poles: Put pegs at the head and foot of the bed, driven well into the ground with about 1' [30 cm] of the peg above the pole.
3. Add cross sticks: Cut about twenty or thirty straight, strong sticks, 3½' [1.05 m] long, and lay these every 4" [10 cm] across the two poles.
4. Add top support poles: Place two poles, 3" to 4" [7.5 to 10 cm] thick and 7' [2.1 m] long, on top of the cross sticks. These should lie against the pegs driven in to hold the two "bed" poles secure.
5. Add additional cross sticks at the head: At the head end of the bed, lay about half a dozen cross sticks on top of these last two poles.
6. Add bedding material: Cut green brushwood, fern, or waste green stuff and place it so that the main stalks are lengthways along the bed. Pile it high between the two top poles and lying across the cross sticks.
7. Optional long-term use: If you are going to be in camp for a long period, make yourself a camp mattress from grass on the camp loom. If bedding is short, weave a covering from dried grass on the same loom.

Materials Required:
• Camp loom
• Vines, twisted bark fibres, grass rope, or any suitable material for weaving
• Sticks about 1" [5 cm] thick for cross parts
• Grass mattress (optional for covering)

Steps:
1. Set up the camp loom: Use a camp loom to set up the hammock.
2. Weave the hammock: Weave the hammock using vines, twisted bark fibres, grass rope, or any suitable material for weaving. Use sticks about 1" [5 cm] thick for cross parts.
3. Size specifications: The hammock should be at least 3' [90 cm] wide by 6½' [195 cm] long.
4. Add spreaders and suspension ropes: The end two spreaders should be 2' [5 cm] thick, with short lengths of rope brought to the central rope for suspension. Ropes from each of the four corners will also serve to suspend the hammock.
5. Optional cover: A grass mattress woven on the camp loom makes an excellent cover for the hammock.

The flag is folded neatly along its length four to eight times, and then the fly is either folded in concertina fashion or rolled towards the hoist. The toggle is uppermost on the hoist, and the halyard is on the lower side of the hoist. The halyard is wrapped tightly round the flag, and then bent, and the loop pressed under the last rollings, held by the pressure of the cord against the bunting of the flag. The toggle is fastened to the eye of the halyard on the mast, and the free end of the flag hoist is fastened to the other end of the mast halyard with a double sheet or crossover bend.

Procedure:

1. Use dead wood: Preferably use dead (but not rotten) timber for making items like pegs, stakes, forks, or hooks.
2. Cut from windblown branches: Look for suitable materials close to your camp site, such as windblown branches that are already fallen.
3. Avoid cutting green wood: Avoid cutting live, growing wood to help conserve the forest and reduce unnecessary damage.
4. Use a sharp tool: A good machete is essential for efficiently cutting and shaping dead timber into useful items.
5. Apply common sense: Use your judgment when selecting materials and constructing items in camp.

Procedure:

1. Use available materials: With only a machete or sharp knife, it is possible to set up a comfortable camp using natural resources found around the area.
2. Create necessary items: Construct bed frames, tables, seats, chairs, cooking areas, and lighting from local materials such as branches, stones, and other natural elements.
3. Improve comfort: A properly made camp bed can be as restful as an inner spring mattress, and food cooked outdoors is often more flavorful.
4. Avoid discomfort: Proper preparation helps prevent issues like wet wood that won't take fire, wind blowing heat away from cooking pots, or pests finding your food supply.

Procedure:

1. Choose the right knot: An overhand knot is often sufficient for joining green materials, but if the material tends to cut itself, use a sheet bend or reef knot instead.
2. Alternative methods: If knots are not suitable, consider plaiting or spinning the materials into rope as an alternative method of joining them.

Procedure:

1. Handle with care: When working with sword grasses or sedges, wear a pair of socks on your hands to protect against the razor-sharp edges that can cause cuts which may become infected.
2. Use appropriate knots: Green materials like sedges and bulrushes require special knots for lashing due to their natural springiness. The timber hitch is recommended as the starting point for all lashings, not a clove hitch.
3. Avoid improper knot placement: Ensure that the free end of the material passes straight through the 'eye' when tying a lashing and does not come back against it, as this can cause the material to cut itself.
4. Tighten properly: Make three to six complete turns around the two poles while tightening each turn to ensure the lashing is secure.
5. Use frapping turns: After making the initial turns, apply frapping turns to close and tighten the entire lashing.
6. Finish securely: Pass the free end of the material through an opening in the lashing and finish with a couple of half hitches pulled tight.

Diagonal Lashing is used for bracing or joining spars at irregular angles.

### Steps:
1. Start with a timber hitch or a clove hitch and take about three or four full turns vertically.
2. Pass the rope under the top spar and make about three to four full turns horizontally.
3. Make two or three frapping turns to pull the lashing tight.
4. Secure by either:
- Using two half-hitches on the pole, or
- Passing the end between the lashing and the pole, then securing with a half hitch on the lashing.

Steps to Finish Off a Broad Plait:

1. Fold back the first strand: Take one of the centre strands which it enclosed in and lay it back upon itself as shown in Fig. 1.
2. Weave the folded strand: Weave this folded strand back upon itself as shown in Fig. 2.
3. Use opposite side strand: Take a strand from the opposite side, lay it back, and weave it between the strands already plaited.
4. Ensure even pattern: All the strands should be woven back so that no strands show an uneven pattern, with a regular under-over-under of the alternating weaves.
5. Use a chisel edge tool: If you have plaited tightly and encounter difficulty in working the loose ends between the plaited strands, sharpen a thin piece of wood to a chisel edge and use it to open the strands sufficiently.
6. Smooth the plait: After finishing off, roll under a bottle to work smooth.

Steps to Tie a Round or Lariat Plait with Four Strands:

1. Start with four strands: Lay the four strands together side by side as shown in Fig. 1.
2. First crossing: Cross the right-hand centre strand over and then around the left-hand strand (refer to Fig. 1).
3. Pass left-hand outside strand: Take the left-hand outside strand and pass it over the two crossed strands, then under the right-hand one of the two so that it points towards the left as shown in Fig. 2.
4. Repeat with free right-hand strand: Take the free right-hand strand and pass it over the two twisted strands to the left and completely round the left-hand one of the two as shown in Fig. 3.
5. Repeat with right-hand strand again: Repeat this process with the right-hand strand as shown in Fig. 4.
6. Final plaiting: Continue repeating until the finished plait looks like the pattern in Fig. 5.

Long Splicing is used to join the ends of a rope without significantly thickening it, allowing it to pass through a sheave.

### Steps:
1. Unlay the strands for a considerable length and then marry them as in a short splice.
2. Unlay one strand and lay its married counterpart along its place in the rope.
3. The two centers are held with a crossover knot, and the strands are thinned down and spliced as for a short splice.
4. Finish the end strands with a crossover knot again, thinning them down and finishing as for a short splice.

Loop Splice is used to create a loop in the middle of a rope.

### Steps:
1. Unlay the strands and lay them side by side until the loop reaches the required length.
2. The strands of the free ends are spliced into the ropes of the standing ends as for a short splice.

### Notes:
• A toggle is spliced, and an eye is whipped in one application of splicing and whipping.

Loop Splice Without a Free End is used to create a loop in the middle of a rope without having a free end.

### Steps:
1. Untwist the rope to the required place, as shown in the illustration.
2. The free ends formed are then spliced back along the rope after the loop has been created.

Sheer Lashing is used to join two poles end to end.

### Steps:
1. Start with a clove hitch or timber hitch, and lash tightly around the two spars about four to six times.
2. Pass the free end under the lashings and draw it tightly two or three times.
3. Secure by passing the end through itself, as shown in the illustration.

### Notes:
• There should be at least two lashings if spars are being joined together.

Short Splicing is used to join the ends of a rope together without significantly increasing its diameter.

### Steps:
1. Unlay the strands and bring them together so that they are butted hard up against each other.
2. The strand D first goes under the standing end of A, then over strand B, and over C on the standing end.
3. Each strand at either end should go over one strand of the standing end on the opposite side and under the next strand so that there is a strand of the standing end between each short side of the splice.
4. Continue working the free strand of each end four or five times into the strands of the standing end.

Square Lashing is used to join poles at right angles.

### Steps:
1. Start with a timber hitch or a clove hitch below the cross bar. If using a timber hitch, ensure the pull is straight through the eye and not back from it. Pulling back will cut the lashing material.
2. Wrap the lashing material tightly around both the upright and cross bar about four complete times.
3. Make two or three frapping turns, which are turns that go round the lashing and pull it taut. These help secure the lashing.
4. Secure the end of the frapping turns either by half-hitches or by passing the end between the lashing at the crossover and securing with a half hitch.

Before the finish of the binding, a loop formed from the end is laid under the binding at the start. This end is bent back to form a loop and the last six to twelve turns bind over this loop. At the last turn of the binding, the cord is put through the loop and the free end of the loop is pulled tightly, thus drawing the end of the binding beneath the last turn.

Purpose: To boil water quickly in an open space with high winds by using ground placement of the billy.

Materials Needed:
• Cooking vessel (billy)
• Firewood

Steps:
1. Place Billy on Ground: Place your billy directly on the ground where you want to boil water.
2. Build Fire Around It: Construct a fire on both sides of the billy and to its windward side so that the wind is drawn over it, blowing hot flames around the sides of the billy.
3. Boil Water: The wind will help accelerate the boiling process by directing heat efficiently toward the billy.

Notes:
• This method is useful in high-wind conditions where suspending the billy may be unsafe or inefficient.
• Ensure that the fire is built securely and monitored closely to prevent accidents.

Purpose: To build a reflector fireplace that improves fire efficiency in windy conditions.

Materials Needed:
• Stones or flat rocks
• Firewood

Steps:
1. Choose Location: Select a location where the wind is blowing consistently, and construct your fire on the leeward side of the reflector.
2. Build Reflector Wall: Construct a wall using stones or flat rocks on the windward side of the fire to act as a reflector.
3. Light Fire: Light your fire in front of the reflector wall so that the wind is drawn over it, directing flames upward and across the fire for improved efficiency.

Notes:
• This method helps improve fire efficiency by using the wind to draw heat and flames upward.
• Ensure that the reflector wall is stable and secure before lighting your fire.

Purpose: To create a safe and efficient fire enclosure using stones.

Materials Needed:
• Stones (not from watercourses)
• A flat area for construction

Steps:
1. Select Appropriate Stones: Choose stones that are not taken from a watercourse, as they may explode in the fire.
2. Build the Wall: Construct a wall around the fire using stones. The wall should be about 9" or 10" [23 or 25 cm] high.
3. Orientation of Opening: Ensure that the opening is parallel to the valley for optimal wind flow and heat distribution.

Notes:
• This method helps contain the fire and improve efficiency by directing airflow.
• Avoid using stones from watercourses due to potential safety risks.

Purpose: To build an efficient cooking fireplace in suitable soil conditions.

Materials Needed:
• Shovel or digging tool
• Clayey soil (not in flood-prone areas)

Steps:
1. Choose the Location: Select a spot with clayey soil and no risk of flooding.
2. Dig the Trench: Excavate a trench to form the base of your fireplace.
3. Build the Structure: Use the excavated dirt to create walls or support structures around the trench.

Notes:
• This method is efficient for cooking but only suitable in clayey soil and non-flood-prone areas.
• Avoid using this method in marshy or swampy regions.

Purpose: To create safe and effective hooks for suspending cooking vessels (billies) over a fire.

Materials Needed:
• Sticks or branches (about ½" in diameter)
• A sharp tool for cutting and notching

Steps:
1. Select Sticks: Choose straight sticks or branches that are about ½" in diameter, with lengths varying from 6" to 10" [15 to 25 cm].
2. Cut Hook Shape: Cut a hooked shape at one end of each stick.
3. Make Nick on Opposite Side: On the side opposite to the hook, cut a single deep nick into the wood so that the direction of the cut is away from the hook.
4. Use for Suspension: Insert the wire handle of your billy into this nick and hang it from the stick above the fire.

Notes:
• The nick ensures that the billy is securely held in place without being burned through by heat.
• This method improves safety when suspending cooking vessels over a fire.

Purpose: To suspend cooking vessels (billies) over a fire using an overhead stick supported by stakes.

Materials Needed:
• A straight stick or branch
• Forked stakes

Steps:
1. Drive Stakes into Ground: Insert two forked stakes into the ground at either end of your stone wall enclosure.
2. Place Overhead Stick: Lay a straight stick across the top of the stone wall, supported by the forked stakes.
3. Suspend Billies: Use this overhead stick to hang your billies above the fire for cooking.

Notes:
• This method provides a stable and secure way to suspend cooking vessels over a fire.
• Ensure that the stakes are firmly driven into the ground to prevent accidents.

Purpose: To create a permanent and adjustable setup for suspending cooking vessels (billies) over a fire.

Materials Needed:
• A single straight stake
• A swinging gantry or crossbar

Steps:
1. Drive Stake into Ground: Insert a single straight stake into the ground at one side of your fireplace.
2. Attach Gantry: Hang a swinging gantry from this stake, ensuring it is adjustable in height above the fire.
3. Adjust Height: Adjust the height of the gantry to ensure that billies can be suspended safely and efficiently over the flames.

Notes:
• This setup allows for easy adjustment of cooking vessel height above the fire.
• The swinging motion helps avoid burning fingers when removing billies from the heat.

Purpose: To create a safe and functional fireplace in flooded or swampy areas.

Materials Needed:
• Sticks or branches
• Mud or clay

Steps:
1. Build the Base: Construct a raised platform using sticks, ensuring that its floor is a few inches above the water level.
2. Cover with Mud: Cover the base of the platform with a thick layer of mud to create a stable and waterproof foundation.
3. Light Fire: Light your fire on top of this platform for cooking in flooded or swampy areas.

Notes:
• This method is ideal for use in flooded, marshy, or swampy regions where traditional fire pits are not feasible.
• The mud layer helps protect the base from water damage and ensures stability.

Purpose: To suspend cooking vessels (billies) over a fire using a single stick and stake.

Materials Needed:
• A straight stick or branch
• A hooked stake or heavy stone

Steps:
1. Place the Stick: Lay a single stick across one of the end stones of your fire enclosure.
2. Secure the End: Hold down the farther end of the stick using either a hooked stake driven into the ground or a heavy stone.
3. Suspend Billies: Use this setup to hang your billies above the fire for cooking.

Notes:
• This is an effective and simple method for suspending cooking vessels over a fire.
• Ensure the stick is securely fastened to avoid accidents.

Purpose: To suspend cooking vessels (billies) over a fire using a simple support method.

Materials Needed:
• A stick or branch
• Fire enclosure structure

Steps:
1. Position the Stick: Place a single stick across the end walls of your fire enclosure.
2. Suspend Billies: Use this stick to hang your billies above the fire for cooking.

Notes:
• This is a simple and effective method for suspending cooking vessels over a fire.
• Ensure the stick is securely placed to avoid accidents.

Purpose: To suspend cooking vessels (billies) over a fire using a tripod system.

Materials Needed:
• Forked sticks or branches
• Cross stick

Steps:
1. Construct Tripods: Build two tripods using interlocking forked sticks at either end of your fire enclosure.
2. Add Cross Stick: Place a cross stick across the top of the tripods to create a stable support for hanging billies.
3. Adjust Height: By changing the base of the tripods, you can adjust the height of the billy above the flames as needed.

Notes:
• This method allows for flexibility in adjusting the height of your cooking vessel above the fire.
• Ensure that the tripod structure is stable and secure before use.

Grip:
• Use the archer's grip, not the ordinary finger and thumb pinch
• The thumb and little finger are not used in the grip

Shooting Position:
1. Stand perfectly straight with feet planted so that the centres of the heels are in line with the target
2. Grasp the bow in the middle with the left hand
3. Place the arrow on the string at the left side of the bow
4. Hold the bow plumb (vertical)
5. Draw the bow until the notch of the arrow is right under your eye, and the head of the arrow points back to the bow
6. Ensure the right elbow is in line with the arrow
7. Release the arrow by straightening the fingers slightly, turning the hand outward at the bottom and drawing it back one inch
8. Always release the arrow in exactly the same way for consistent accuracy
9. Keep the left hand still until the arrow strikes the target

Distance:
• Begin shooting at 15 to 20 yards for practice
• For a four-foot target, shoot from 40 yards when well-practiced
• For a three-foot target, shoot from 30 yards

Procedure:

1. Wooden arrows are less expensive and suitable for both hunting and target shooting.
2. They are recommended for novice archers due to their lower cost and durability.
3. Fiberglass arrows are preferred for hunting because of their ruggedness and durability.
4. Aluminum arrows are preferred for target shooting due to their lighter weight and precision.

Details:
• Each material has specific advantages depending on the use case (hunting vs. target).
• Match arrow materials with intended purpose for optimal performance.

Materials:
• For hunting: hickory or ash
• For target use: solid heartwood of hard pine

Dimensions:
• Length: 25 inches (hunting) or 28 inches (target)
• Thickness: 3/8 inch (hunting) or 5/16 inch (target)

Feathers:
• Use turkey and goose wing feathers
• Cut three pieces, each 2 to 3 inches long from the midrib of the feather
• Attach feathers with glue or lash them using the midrib for durability
• The cockfeather should be positioned away from the bow when shooting and marked for easy identification

Arrowhead:
• Use a ferrule head (like an umbrella top) to prevent splitting
• For small game, use a knob of hard wood or the knuckle bone of a small animal

Finishing Touches:
• Paint arrows for preservation, identification, and visibility when lost
• Use bright colors for better visibility

Procedure:

1. Obtain a matched set of arrow shafts to ensure consistency in performance.
2. Match the target point, field point, and broadhead (arrowhead) for weight.
3. This ensures that all arrows have consistent balance and weight during practice and hunting.

Details:
• Consistent weight and spine across arrow components improve accuracy.
• Matching is especially important when using different types of points (e.g., broadheads vs. field points).

Procedure:

1. Measure the arrow length from the base of the pyle (point) to the bottom of the nock.
2. For broadhead hunting arrows, measure from a point three-quarters of an inch in front of the base of the broadhead to the bottom of the nock.
3. If choosing between arrows that are slightly too short or too long, select those that are slightly longer.

Details:
• Arrow length must be tailored to the archer's physical dimensions.
• Proper arrow length ensures consistent accuracy and performance.

Procedure:

1. The spine of an arrow refers to its flexibility or stiffness.
2. The spine must be matched to the archer’s bow weight for proper performance.
3. If the arrow is too stiff (high spine) or too flexible (low spine), it will not fly straight, causing the shot to go off-target (left or right).

Details:
• Arrows are manufactured with specific spine ratings for different bow weights.
• Better quality arrows are matched for weight and spine to ensure consistency.

Procedure:

1. Broadheads are used for hunting large game.
- They are about three inches long and one-and-a-quarter inches wide.
- Made of tempered steel with two, three, or four cutting edges that must be honed to razor sharpness.
2. Blunt arrowheads are used for small game.
- Have a flat face and kill by the shock of impact rather than penetration.
3. Other common points include target, field, and fish points, each designed for specific purposes.
4. A special type is the flu-flu arrow, designed for wing shooting.
- Fletched with a fluffy cluster of feathers to ensure short-range accuracy.
- Designed to transmit shock as well as cut and penetrate.

Details:
• Broadheads must be kept sharp for effective hunting.
• Flu-flu arrows are only suitable for highly skilled archers due to the difficulty of wing shooting.

Bow Case:
• Use any cover that keeps the bow dry and can be carried on your back
• The case should allow arrows to project 3 or 4 inches when open for easy access

Quiver:
• Can be made from buckskin, leather, or other durable materials
• Ornament with quills, beads, or other decorative elements if desired
• Ensure it is comfortable and secure on the body

Example:
• The Omaha brave used a cotton print cover over a buckskin quiver decorated with red feathers and porcupine quills in deep red and turquoise blue

Arm Guard (Bracer):
• Use a smooth, hard arm-guard, usually of leather
• Some archers use wood, grass, or rawhide for protection from bow cord blow
• Not all archers need it if their wrist is bent properly

Finger Protection:
• Use an old leather glove with the thumb and little finger cut away
• Ready-made finger tips are also available at archery stores
• Some experienced archers can shoot without any protection

Standard Target:
• Size: 4 feet across
• Bull's-eye: 9 inches in diameter
• Four rings around the bull's-eye, each 4 and three-quarter inches wide

Scoring:
• Bull's-eye: 9 points
• First ring: 7 points
• Second ring: 5 points
• Third ring: 3 points
• Fourth ring: 1 point

Materials for Targets:
• Commercial targets are made of straw
• DIY options include a box filled with sods or a bank covered with sacking and painted with rings

To identify and study Tenebrio molitor (mealworm):

1. Refer to the illustration provided for a detailed view of Tenebrio molitor.
2. Observe the different life stages:
- 1 and 2: The perfect insect (adult).
- 3: The pupa stage.
- 4: The larva stage.
3. Use this information to understand the complete metamorphosis of *Tenebrio molitor*.
4. Note any unique features that help identify each life stage for further study.

To identify and study the Bunting Bird:

1. Refer to the illustration provided for a detailed view of the Bunting Bird.
2. Observe its physical characteristics, such as plumage, beak shape, and body structure.
3. Use this information to distinguish it from other similar bird species.
4. Note any unique features that are specific to the Bunting Bird for identification purposes.

To identify and study Honey-Bee (*Apis mellifera*):

1. Refer to the illustration provided for a detailed view of the honey-bee.
2. Observe the three distinct castes:
- 1: The male, or drone.
- 2: The neuter, or worker.
- 3: The female, or queen.
3. Use this information to distinguish between the different castes and understand their roles within the hive.
4. Note any unique features that help identify each caste for further study.

To identify and study the Javanese Cock:

1. Refer to the illustration provided for a detailed view of the Javanese Cock.
2. Observe its physical characteristics, such as plumage, beak shape, and body structure.
3. Use this information to distinguish it from other similar bird species.
4. Note any unique features that are specific to the Javanese Cock for identification purposes.

To identify and study the Ocellated Turkey:

1. Refer to the illustration provided for a detailed view of the Ocellated Turkey.
2. Observe its physical characteristics, such as plumage, beak shape, and body structure.
3. Use this information to distinguish it from other similar bird species.
4. Note any unique features that are specific to the Ocellated Turkey for identification purposes.

To identify and study the Purple Martin:

1. Refer to the illustration provided for a detailed view of the Purple Martin.
2. Observe its physical characteristics, such as plumage, beak shape, and body structure.
3. Use this information to distinguish it from other similar bird species.
4. Note any unique features that are specific to the Purple Martin for identification purposes.

To identify and study the Wild Pigeon of North America:

1. Refer to the illustration provided for a detailed view of the Wild Pigeon of North America.
2. Observe its physical characteristics, such as plumage, beak shape, and body structure.
3. Use this information to distinguish it from other similar bird species.
4. Note any unique features that are specific to the Wild Pigeon for identification purposes.

To study the anatomy of a house-fly (*Musca domestica*):

1. Refer to the illustration provided for a detailed view of the house-fly.
2. Observe the following highly magnified sections:
- _a_: A section of the fly showing the nervous system.
- _b_: The head of the house-fly, showing the compound eyes and the proboscis (feeding tube).
- _c_: The last joint of the tarsus, or foot of the fly, with hooks and pads for gripping surfaces.
- _d_: The proboscis of the house-fly used for feeding.
- _e_: A portion of the fringe of the pad, showing the suckers that help in adhesion.
- _f_: The leg of the fly, which is adapted for walking and gripping surfaces.
3. Use this information to understand the anatomy and functional adaptations of the house-fly.
4. Note any unique features that are specific to the house-fly for identification purposes.

To study the anatomy of a working honey-bee:

1. Refer to the illustration provided for a detailed view of the working honey-bee.
2. Observe its physical characteristics, such as body structure, wings, and legs.
3. Use this information to understand the functional anatomy of a worker bee within the hive.
4. Note any unique features that are specific to the working honey-bee for identification purposes.

Procedure:
1. Locate a beehive or collect honey from natural sources.
2. Use honey to provide immediate energy and restore consciousness in cases of exhaustion.
3. Administer honey directly by mouth if the person is unconscious due to fatigue.

Notes:
• Honey is rapidly assimilated by the body and provides quick energy.
• It is considered one of the most valuable natural foods for emergencies.
• Honey is particularly useful for walkers, climbers, and in survival situations.

Procedure:
1. Identify pig face by its high moisture content and mild purgative effect.
2. Eat the plant raw or bake it for consumption.
3. Use as a food source in survival situations when other options are limited.

Notes:
• Pig face has low food value but can sustain life if necessary.
• Baking improves its palatability and nutritional absorption.

Procedure:
1. Identify pig weed and harvest it from suitable areas.
2. Eat the plant raw or cook it for consumption.
3. Use as a food source in survival situations when other options are limited.

Notes:
• Pig weed is edible and has good nutritional value.
• It can be used to supplement rations during extended survival scenarios.

Procedure:
1. Identify Tetragonia by its light-green, slightly fleshy leaves and small yellow flowers.
2. Harvest the plant from sub-tropical coastal areas where it is commonly found.
3. Eat the leaves raw or boil them for consumption.

Notes:
• Tetragonia is very palatable and has fair food value.
• It can be used as a substitute for spinach in survival situations.

Procedure:
1. Locate watercress along the edges of freshwater streams and rivers.
2. Harvest the plant and wash the leaves thoroughly to remove any potential parasites or snails.
3. Eat the watercress raw as an excellent salad ingredient or use it in cooked meals.

Notes:
• Watercress is crisp, nourishing, and has a slightly hot taste.
• Always ensure the plant is washed well before consumption to avoid parasitic infections.

Procedure:
1. Identify edible octopus species (avoid small ringed octopuses 1" to 6" [2.5 to 15 cm] long, which can deliver fatal stings).
2. Remove the tentacles from the octopus.
3. Beat the tentacles thoroughly with a blunt object to tenderize them.
4. Boil the tentacles in very hot oil for 10-15 minutes until fully cooked.

Notes:
• The flesh of octopus tastes like lobster.
• This method is commonly used by Mediterranean peoples.
• Always exercise caution when handling any octopus species.

Procedure:
1. Identify young fiddle-shaped shoots of ferns.
2. Only consume a few species that are palatable (avoid those with a tendency to 'scour').
3. Do not recommend bracken tips for food consumption due to potential health risks.

Notes:
• Fern fiddles may be edible, but many have an unpleasant texture or taste.
• Bracken is not recommended as it can cause gastrointestinal discomfort.

Procedure:
1. Identify young whitish tips of grasses (including bamboo).
2. Harvest the tender tips and eat them raw or cook as desired.
3. Use the seeds of grasses as a valuable protein source.

Notes:
• Grass tips are edible, palatable, and have considerable food value.
• Bamboo is botanically classified as a giant grass.
• This method can be used in survival situations when other food sources are scarce.

Materials Required:
• Bow
• Thong (made from leather lace or greenhide belt lacing)
• Drill (same wood as footpiece, recommended: willows or non-resinous pines)
• Footpiece (with shallow hole and undercut V)
• Headpiece (with a shallow hole, lubricated with graphite, fat, or ear wax)
• Tinder
• Waterproof bag for storing tinder

Steps to Prepare the Firebow Set:
1. Prepare the Footpiece:
- Cut a shallow hole into the upper side about ½" [12 mm] from one edge.
- Make an undercut V in the edge of this hole, at least 1/8" [3 mm] deep.

2. Prepare the Headpiece:
- Bore a shallow hole into the underside.
- Lubricate the hole with graphite (from a pencil), fat, or ear wax.

3. Assemble the Firebow Set:
- Place the drill through both the footpiece and headpiece holes.
- Ensure the thong is wrapped around the drill correctly: *the drill must be on the outer side of the thong, with the portion of the thong nearest the bow handle on the upper side of the drill*.

4. Adjust Tension:
- The thong should be tied to the bow with a thumb knot at the tip and wound around the handle in half hitches for tension control.

Proper Body Positioning:
• Kneel on your right knee, with the ball of your left foot on the footpiece to hold it firmly to the ground.
• Place the lower end of the drill in the hole of the footpiece and the top end in the hole of the headpiece.
• Hold the headpiece with your left hand, bracing your wrist against the shin of your left leg for stability.
• Hold the bow in your right hand, with your little and third fingers outside the thong to adjust tension.

Fire Lighting Procedure:
1. Test the Wood:
- Rotate the drill slowly using the bow to generate friction.
- Observe if a fine brown powder (called 'punk') is ground out from the footpiece hole.
- Test the punk: it should feel slightly gritty and become silky smooth when rubbed between fingers. This indicates suitable wood for firemaking.

2. Prepare Tinder:
- Place a generous bundle of tinder under the undercut V in the footpiece.

3. Generate Heat:
- Continue rotating the drill with the bow, applying light pressure on the headpiece until smoke begins to rise from the footpiece hole.
- Increase pressure and give 20–30 faster strokes with the bow.

4. Extract the Coal:
- Lift the drill cleanly from the footpiece.
- Fold some of the tinder over lightly and blow gently into the V cut.
- If a blue thread of smoke continues to rise, you have created a glowing coal (likely visible as red).

5. Ignite the Tinder:
- Fold the tinder completely over the footpiece and continue blowing into the mass until it bursts into flame.

Tips for Success:
• Some authorities recommend placing a little charcoal or gritty material in the footpiece hole to help generate more punk and spark quickly.
• Always carry tinder in a waterproof bag to protect it from moisture.
• Use the same type of wood for both the drill and footpiece (e.g., willows, non-resinous pines) for optimal results.

If flint and steel are unavailable, consider these alternatives:

• Iron Pyrites:
- Two pieces of iron pyrites can be struck together to produce hot sparks that last for at least a second.
- Iron pyrites is commonly found in nature and easy to obtain.
• Quartz and Steel:
- Quartz and steel, or two pieces of quartz, can also strike off good sparks, though they are harder to use than flint and steel.

Note: Sparks must fall directly onto prepared tinders, which should then be blown into a coal and eventually a flame.

To prepare natural tinders for fire starting:

1. Use dry materials such as beaten grass, finely teased bark, or palm fibre.
2. Beat and pound the material until the fibres are fine and soft to improve its ability to take and hold a spark.
3. Optionally, add a light dusting of very finely ground charcoal for improved fire-catching properties.
4. For even better results, thoroughly scorch the tinders.
5. If saltpetre is available, mix it with the charcoal before adding it to the tinder or soak the tinder in a solution of saltpetre and water, then allow it to dry completely.

Important: Tinder impregnated with saltpetre must be stored in an airtight container to prevent dampness from the air.

To strike fire using flint and steel:

1. Use synthetic flint (found in cigarette lighters) for better results than natural flint.
2. Press two pieces of synthetic flint into a small piece of 'perspex' to create an emergency firelighting tool:
- Heat the perspex and press the flints in while it is hot.
- Hold under cold water so the perspex shrinks around the flints and holds them securely.
3. Strike the flint against steel to produce sparks that fall onto prepared tinders.
4. Blow gently on the tinders to create a coal, then a flame.

Note: Only a pinch of tinder is needed if you are proficient with this method.

Old cotton or linen rags can be used as highly effective tinders:

1. Scorch the rag black.
2. Tease it into fine fibres.
3. Use a pinch of this material when striking a spark, as it will reliably catch and quickly become a glowing coal.

Note: This is one of the most reliable natural tinders available in survival situations.

To create a slow-burning match (slow match) for fire starting:

1. Identify plants with soft inner bark that smoulder slowly when lighted.
2. Tease and spin the bark into cord.
3. Use lengths of this cord as a 'slow match' to maintain a coal over an extended period, saving matches in survival situations.

Note: This is particularly useful for maintaining fire without frequent relighting.

How to split a wooden match:
1. Push the point of a pin or sharp knife immediately below the head of the match.
2. Force down sharply - the head will split in two, and the wood will run off or split.
3. You now have two heads with enough wood left on one half to burn for a second or more, long enough to start tinder blazing.

How to split a paper match:
1. Start to split the match at the end away from the head by peeling the paper towards the head.
2. This will split the head, and you now have two matches, each with a head on one side only.

How to split a wax match:
1. Split the match from the end away from the head and up to the head.
2. It may be necessary to use a knife to split the actual head itself.

How to strike a split match:
1. Hold the 'stalk' of the match between the thumb and middle finger, with the tip of the forefinger resting lightly on the head of the match.
2. Draw the match flatly along the striking surface.
3. Immediately the head starts to burn, lift the forefinger that has been holding it gently down to the striking surface.
4. Allow the match to flame.

Tips:
• It requires practice to be certain that you can always split your match and strike both portions.
• During wartime, prisoners were able to split a match into six portions and strike each one with certainty.

To test if natural materials can serve as effective tinders:

1. Take a loosely teased handful of the material.
2. Place a coal from the fireplace into the material.
3. Blow gently on the material.
4. If the fire from the coal extends to the tinders, they are suitable for use.

Note: This test helps identify which natural materials can be used as tinders in survival situations.

### How to Cut a Fish into Steaks

1. Using a sharp, heavy knife or cleaver, cut through the fish to make steaks of the desired thickness, usually an inch or so.
2. Try to make the cuts even and clean.
3. If the central bone gives you trouble, rest the knife against it and whack the back of the knife with a wooden or rubber mallet.

### How to Make a Long Cut Along the Back of the Fish

1. Lay the fish on its side, and make a top-to-bottom cut behind the gill cover.
2. With the back of the fish toward you, make a long cut along the back from the gill cover to the tail, following the line of the central bone.
3. Lift the flesh as you cut to reveal the central bone and make the job easier.

When climbing up a bush-made rope always use the footlock, and when descending never slide down the rope. Climb down again using the same footlock.

The footlock offers a measure of safety, and the climber is so secure that he can actually stand on the rope and rest without his body weight being carried entirely on his arms. To prove this, use the footlock, and clasp the rope to your body with your arms. You will find that you are 'standing' on the rope and quite secure.

By means of the footlock you can climb to any height on the rope, stopping to rest when your arms tire.

In descending, the body is bent, the hands lowered, and the footlock released, and a fresh grip taken with the feet at a lower level on the rope.

This method of descending is much safer than sliding. In sliding there is grave risk of bad rope burns to hands and legs.

The footlock is made by holding onto the rope with both hands, lifting the knees, and kicking the rope to the outside of one foot. The foot on the opposite side to the rope is 'pointed' so that the toe picks up the rope, which is pulled over the foot which was against the rope, and under the instep of the foot which 'picked' it up.

The two feet are brought together, and the rope is now over the instep of one foot, and under the ball of the other. Then, to secure the grip, and lock the rope the feet are placed one on top of the other so that the rope is clamped down by the foot on top.

By straightening the knees, and raising the hands, the body is lifted, and a fresh grip taken for the next rise.

Prior to trusting your life to a bush-made rope, always test it. Tie one end to a tree and put three or four fellows onto the other end. Have them take the strain gently until finally all their weight is on the rope. If they cannot break it, then it is safe for one man at a time to use it to climb or descend a cliff face.

When ascending a rock face which has an extreme slope but is not vertical, the feet are 'walked' up the rock face, the body is pulled up the rope and the slack, hanging below the legs, is pulled up with one hand and fed over the shoulder. By this means the climber can 'sit' on the rope and rest.

The 'Absyle' is used for rock work, generally for descending, though it can be used on some faces for ascent. In the 'Absyle' the body is up-right, but the legs are stretched out, and the feet pressed against the rock face.

The rope passes down between the thighs, around one thigh and diagonally up and across the upper half of the body and over the shoulder opposite to the leg under which it passes. The rope may be gripped with one hand.

In descending, the free hand pulls the rope over the shoulder. This leaves a loop below the thigh, and the feet are 'walking' down the rock face until the thigh is again snug in the loop. The 'Absyle' used for descending makes it practically impossible to fall.

Procedure:

1. Select a site where a tree forks low to the ground, with the fork facing the direction of required pull.
2. Alternatively, drive in a stout fork and anchor it using the '1-2-3' method.
3. Use a forked log as the windlass portion; notch the forks to take a lever (up to 7' [2.1 m] long).
4. Pass the rope around the roller several times so that it locks upon itself.
5. If the fork of the roller is long, the rope may pass through the fork.
6. This type of bush windlass can be used for various heavy-duty tasks.

Materials Needed:
• A forked branch of a tree
• Rope or other towing means
• Straight sticks

Steps:
1. Cut the forked branch so that the prongs are a couple of feet behind the end of the main branch.
2. Fasten a rope or other means of towing to the main part of the branch.
3. Lay a few straight sticks across the forks of the branch.
4. Place the load on top of these sticks to create a sled-like structure for moving heavy items.

Materials Needed:
• A dead or half-dead branch of hardwood
• A side branch (5' to 6' [1.5 to 1.8 m] long)
• Machete or tomahawk
• Sharpening tool

Steps:
1. Select a dead or half-dead branch of hardwood, approximately 4" to 6" [10 to 15 cm] thick.
2. Choose a side branch that is between 5' to 6' [1.5 to 1.8 m] long and has an 1½" [3.5 cm] thick branch coming off it at a fairly wide angle.
3. Trim the side branch so that it is smooth and even.
4. Use your machete or tomahawk to trim the main branch into a "hook" shape for the handle part.
5. Sharpen the digging end of the branch to a chisel edge.
6. Optionally, fire harden the digging end for increased durability and efficiency.

Materials Needed:
• Cross sticks
• Hooked sticks
• Binding material (e.g., string or vine)
• Shoulder straps made from reeds, soft bark strips, or other suitable materials

Steps:
1. Take a set of cross sticks and tightly lash them to two hooked sticks using binding material.
2. Ensure the lashing is secure enough to hold the weight of your gear without coming loose.
3. Create shoulder straps by plaiting reeds or making them from wide strips of soft bark.
4. Attach the shoulder straps to the backpack for comfortable carrying.
5. Use this pack to carry gear in camp, ensuring that it is well-balanced and secure during transport.

Materials Needed:
• Green straight sticks, no thicker than a matchstick
• A central handle (e.g., a sturdy branch)
• Binding material (e.g., string or vine)

Steps:
1. Collect a bundle of green straight sticks that are not much thicker than a matchstick.
2. Bind the sticks tightly to a central handle, ensuring they are securely fastened.
3. Trim the business end of the broom to create a neat and functional cleaning tool.

Materials Needed:
• Half-green sticks, about 7" [17.5 cm] long
• Binding material (e.g., string or vine)

Steps:
1. Select a number of half-green sticks that are approximately 7" [17.5 cm] in length.
2. Bind the end of each stick to prevent it from splitting along its entire length.
3. Split the sticks as needed to create clothes pegs.

Alternative Method:
• Use a forked stick instead.
• Hook the hook part of the fork onto a branch to secure the peg.

Materials Needed:
• Sturdy branches or sticks
• Binding material (e.g., string or vine)

Steps:
1. Create a simple coat and trousers hanger using sturdy branches or sticks.
2. Ensure the hanger is strong enough to support your clothes without bending or breaking.
3. Hang your good clothes on this hanger immediately upon arriving at camp to keep them fresh, uncreased, and protected from dirt or damage.

Materials Needed:
• Wire netting
• Rope or twine
• Stones or weights

Steps:
1. Select the Site: Choose an estuary or sheltered cove with a beach that slopes evenly and has tides between 4' to 6' [1.2 to 1.8 m].
2. Install Central Fence: Run a fence of wire netting out from the shore so that the top of the fence is a few inches above high water level, and the lower end has a foot to eighteen inches of water at low tide.
3. Add Wing Fences: From the low water end of the central fence, run two wing fences each at an angle of about 45°. These should extend halfway up to the high-level water mark.
4. Install Parallel Fences: From the shore end of the wing fences, run two short fences parallel to the beach and stop them with a turnback to the arrowhead about two yards [metres] short of the central fence.

How It Works:
• Fish swim into the trap during rising tides and are guided by the structure to the deep water end. They are turned back by the wing fences and parallel fences, trapping them in a pool until low tide.
• At low tide, you can collect only the fish needed, leaving others to escape at the next high tide.

Advantages:
• Catches only large fish.
• Does not kill non-target species.
• Provides a regular supply of food.

Materials Needed:
• Circular wire hoop (3' to 4' [90 to 120 cm] in diameter)
• Netting or thin bagging
• Rope
• Weight (stone)
• Bait (fish heads, small fish portions)

Steps:
1. Create the Hoop: Make a circular wire hoop with a diameter of 3' to 4' [90 to 120 cm].
2. Attach Netting: Sew a piece of net or thin bagging around the edges of the hoop, allowing for about 1' [30 cm] sag.
3. Add Rope Attachments: Tie three or four short lengths of rope to the wire hoop and join them together about 3' [90 cm] above the hoop.
4. Attach Hoisting Rope: Connect these cords from the hoop to a hoisting rope, which can be buoyed or tied to a post or rock depending on location.
5. Weight and Bait: Weight the bottom of the net with a piece of rock and bait it with fish heads or portions of small fish. Securely tie the bait to the bottom of the net.
6. Deploy Net: Lower the net into the sea and leave it for about two hours.
7. Retrieve Net: Pull the net up swiftly, and any crabs or lobsters feeding on the bait will be caught in the sag.

Placement Tips:
• For lobsters: Set the net on a rocky weedy bottom.
• For crabs: Set it on a sandy bottom, preferably near an underwater reef.

Materials Needed:
• Rocks
• Bait (crushed shellfish, small fish, rock crabs)

Steps:
1. Select the Site: Choose an area with multiple rock pools that are well covered at high tide and barely dry at low tide.
2. Bait the Rock Pool: Select one rock pool and heavily bait it with crushed shellfish, small portions of freshly killed fish, or crushed rock crabs.
3. Build a Wall: Construct a wall of rocks across the normal opening of the selected rock pool so that the top of the wall is a few inches below the water at high tide.
4. Timing: Set up the trap during times when there is a low tide at dusk and dawn to maximize fish attraction.

How It Works:
• Fish are attracted to the baited rock pool during the night as the tide rises.
• As the tide falls, they become trapped in the pool until the next high tide.
• At low tide, you can collect your catch using a scoop net.

Advantages:
• Requires minimal materials and effort.
• Effective for catching fish in rocky coastal areas.

Materials Needed:
• Wire
• Netting or mesh
• Stones (for weighting)
• Bait (fish heads, shellfish, etc.)

Steps:
1. Create the Structure: Make a wire cage with inverted cone-shaped entrances at both ends. The cones should lead inward to trap fish.
2. Install Mesh: Cover the cage with netting or mesh of large size so that small fish can escape freely.
3. Weight the Bottom: Add a couple of heavy stones to the bottom of the drummet for stability.
4. Bait the Trap: Place bait inside the trap, such as fish heads, inedible fish, or shellfish, to attract fish.
5. Deploy the Drummet: Set the trap in mid-stream, drop it into a deep pool near a river, or place it off a rocky ledge at the seaside.

How It Works:
• Fish are attracted to the bait and swim through the inverted cone-shaped entrances, which prevent them from escaping once inside.
• The trap ensures a regular supply of fresh fish when checked periodically.

Advantages:
• Simple design that can be set in various environments (rivers, seas).
• Effective for long-term use with minimal maintenance.

Materials Required:
• Board (1' [30 cm] square by 1" [2.5 cm] thick)
• ¼" [6 mm] diameter holes
• Cane (5' [1.5 m] lengths)
• Heavy stone for weighting
• Bait (old fish heads or other fish bait)
• Rope with buoy for marking position

Steps to Construct the Pot:
1. Prepare the Board:
- Draw a circle on one side of the board with a diameter of about 8" [20 cm].
- Drill ¼" [6 mm] holes around the circle, spaced about 1" [2.5 cm] apart.

2. Insert and Weave Cane:
- Insert 5' [1.5 m] lengths of cane into each hole.
- Begin weaving split cane above the board to form a wide funnel shape.
- Gradually bend the upright canes as you weave until they come over and down.

3. Shape the Pot:
- Turn the structure upside down for convenience during construction.
- At the base (about 2' [60 cm] from the top), turn the canes sharply inward toward the center of the circle.

4. Complete and Deploy:
- When turned right side up, this forms the bottom of the trap.
- Weight the bottom with a heavy stone.
- Bait with old fish heads or other suitable bait.
- Lower the lobster pot into a rocky weedy position where lobsters are likely to live in colonies.

Notes:
• The hoisting rope must be buoyed with a marker for easy retrieval.
• It may take several days for the trap to 'weather' and attract lobsters or crayfish.
• Multiple pots can provide a steady supply of seafood.

Materials Required:
• Heavy gauge wire (8 g.)
• Cross wires
• Heavy nylon fishing line
• Bait
• Cords and central rope
• Buoy

Steps to Construct the Snare:
1. Create a Circle of Wire:
- Make a circle of heavy gauge wire with a diameter between 12" to 15" [30 to 37.5 cm].
- Secure two cross wires to support the shape.

2. Add Running Nooses:
- Around the circle, tie a series of running nooses using heavy nylon fishing line.
- Each noose should be no more than 2" [5 cm] across.
- Space the nooses about 1" to 1½" [2.5 to 4 cm] apart around the circle.

3. Attach Bait:
- Tie bait in the center where the cross wires intersect.

4. Secure with Cords and Buoy:
- Attach three or four cords from the circle to a central rope.
- Buoy the central rope to mark its position in water.

Notes:
• This snare is excellent for catching lobsters or yabbies.
• Ensure that the buoy is visible and secure.

Materials Required:
• Hollow log (not too large in diameter)
• Wire netting or other water-permeable material
• Rope or sling
• Bait

Steps to Construct the Trap:
1. Prepare the Log:
- Cover one end of the hollow log with wire netting or other material that allows free flow of water.

2. Create a Sling:
- Make a sling so that when the rope is pulled, it tilts the log to position the closed end lowest.

3. Bait and Deployment:
- Place bait a few inches from the closed end inside the log.
- Lower the trap into a convenient pool or off a rock ledge.

Key Considerations:
• The open end of the hollow log should always be upstream to prevent fish from being washed out by current.
• Fish will swim into the log, unable to turn around and escape.
• A similar method can use an open-necked pickle bottle with bait at the lower end. Ensure all air is removed before placing it in shallow water.
• This trap is effective for catching small fish such as sand mullet or whiting for use as bait.

Braining a Hide

Overview: Braining involves applying the brain of the animal to the hide as a lubricant and temporary water repellant.

Steps:
1. Soak the hide on the stretcher.
2. Extract the brain from the animal.
3. Mix the brains with water to create a pasty solution.
4. Once the brains are warm and thoroughly mixed, rub the mixture into the hide. Rub firmly into the hide with your hand on only the hairless side.

Fleshing a Hide

Overview: Fleshing is the process of removing meat, tissue, and fat from a hide. It should be done as soon as possible, preferably before the hide starts to dry.

Steps:
1. Soak or wet the hide if it is dry.
2. Lay the hide on a solid, smooth, round object, such as a log or canteen.
3. Hold a bayonet, blunt knife, sharp stone, or bone tool scrapper at a 10-degree angle away from your body. Push the fat and membrane off the leather. Be careful not to make holes in the more tender parts of the belly. For beaver and badger hides, the fat must be cut off.
4. Continue this process until all the fat is completely removed.

Rubbing a Hide

Overview: Rubbing is a critical step to create heat and finish the drying, stretching, and breaking of the grain.

Methods:
1. Cut the skin from the frame around the perimeter, leaving only the lacing holes and hair that could not be removed.
2. Use a one-half inch rope attached between two trees. Grasp the skin at different points all around its perimeter and pull, pull, pull.
3. If rope is not available, rub the skin by sitting on the ground and hooking the skin over your feet and pulling.

Smoking a Hide

Overview: Smoking the hide helps make it water repellant.

Steps:
1. Add wet or green wood chips to the fire. Sage or willow are good woods. The objective is to get the chips to smoke, not burn.
2. It only takes a few minutes to smoke, but be careful to prevent flame from ruining the hide.

Stretching a Hide

Overview: A fresh green or soaked hide must be stretched to prevent it from shrinking and hardening.

Methods of Stretching:
1. Frame stretching: Lace the hide to a frame with cordage and pull it tight.
2. Ground stretching: Stake the hide tightly to the ground.
3. Create a frame by bending a stick back on itself.
4. The less a hide shrinks and hardens, the softer it will be at the end of the process.

Uses for Animal Hides

Overview: The uses of animal hides are limited only by the imagination. Below are a few ideas:
• Making clothing or footwear.
• Creating shelter materials (e.g., tents, blankets).
• Crafting tools and containers.
• Using as insulation in shelters.
• Making ropes or cords from the hide fibers.

Materials Needed: Egg, fire.

Steps:
1. Pierce the shell and inner membrane of the egg to allow steam to escape.
2. Place the egg in the hot ashes of your fire.
3. Allow it to bake until fully cooked.

Notes: Failing to pierce the egg may cause it to explode due to trapped steam.

Materials Needed: Clay or damp paper, food to be cooked.

Steps:
1. Wrap the food in clay or damp paper and bury it in hot ashes beneath your campfire.
2. Leave the food for six to eight hours; it will not spoil or overcook.
3. This method is ideal for cooking freshly-killed meat, fish, or game without needing to skin or pluck them first.

Notes: The intestines and outer covering (fur/feathers) will shrink and peel away when unwrapped.

Materials Needed: Stones, fire, food to be baked.

Steps:
1. Create a stone oven by digging a hole and lining it with stones.
2. Light a fire inside the oven until the stones are sizzling hot.
3. Extinguish the fire and place your food (e.g., meat or scone) into the heated cavity.
4. Cover the oven with dirt removed from the hole to retain heat.

Notes: The temperature will gradually decrease, preventing burning. This method is ideal for baking without direct flame contact.

Materials Needed: Hollow log or stump, food to be baked.

Steps:
1. Light the hollow inside of a log or stump with fire.
2. Place your food (covered on top and underneath) inside the hollow.
3. Monitor the fire closely; if it becomes too fierce, dampen it with water splashes.

Notes: This method is quick but requires constant attention to prevent burning.

Materials Needed: Forked stick with sharpened ends, flat stone, fire.

Steps:
1. Use a forked stick with sharpened ends to grill meat directly over the fire.
2. Alternatively, heat a flat stone in the fire until it is nearly red hot.
3. Remove the stone from the fire and dust it clean.
4. Place the meat on top of the hot stone for grilling.

Notes: This method allows for even cooking without direct flame contact.

Materials Needed: Shovel or digging tool, stones, food to be cooked.

Steps:
1. Dig a hole and line it with stones.
2. Light a quick fire inside the hole until the stones are thoroughly heated.
3. Extinguish the fire, leaving only hot white ash behind.
4. Wrap your food in clay or damp paper and place it on top of the heated stones.
5. Cover the hole with the dirt removed during digging to retain heat.

Notes: This method is similar to burying food in ashes but uses stones for more even heating.

Procedure:

1. Examine the animal track for prominent claws on the center toes.
2. Deduce that these are the tracks of an earth digger or burrower.
3. Note that the prehensile thumb is undeveloped, which confirms this classification.
4. Recognize that digging claws may appear on fore or hind feet, but they are most prominent on the fore feet.
5. Understand that these claws are an invariable mark of a digger, regardless of whether they appear on front or hind feet.

Details:
• Digging claws are used for burrowing and digging.
• These tracks are typically made by animals such as moles, badgers, or other subterranean creatures.

Procedure:

1. Examine the animal track for the presence of a prehensile thumb, which is a single or double digit.
2. Recognize that this feature indicates the animal is a true tree climber.
3. Compare to your own hand and note that humans cannot climb trees like monkeys or other true climbers.
4. Note exceptions, such as the tree climbing kangaroo, which uses a prehensile tail instead of a thumb for climbing.
5. The domestic cat is not considered a true tree climber despite its claws; it can only 'claw' its way up, not truly climb like a monkey.

Details:
• Prehensile thumbs are the defining feature of tree climbers.
• Use this to distinguish between tree climbers and other animals.

Procedure:

1. Examine the track for pronounced toes, which are not used for climbing or digging.
2. Deduce that these tracks belong to a fast-running animal (not a climber or digger).
3. Recognize that grazing animals such as cows, horses, and sheep have hooves, which are the 'tips' of toes or 'toenails'.
4. Understand that fast runners use their pronounced toes for springing action when running.
5. Note that these tracks do not show prehensile thumbs or digging claws.

Details:
• Pronounced toes indicate speed and are used by animals that rely on running to escape predators.
• Grazing animals have hooves instead of pronounced toes.

Procedure:

1. Look for repeated trails or paths that animals use to travel between resting places, feeding grounds, and waterholes.
2. Recognize these as 'roads' of bush creatures, which are used continuously by various animals.
3. Observe the number and newness of tracks and droppings on these trails to gauge animal traffic volume.
4. Understand that placing an obstacle on a trail will cause animals to make a detour but return once the obstacle is removed.
5. Use this knowledge to predict where animals are likely to travel or rest.

Details:
• These trails are often well-worn and visible even in dense vegetation.
• They may be used by multiple species depending on the terrain and resources available.

Procedure:

1. Examine the upward side of a leaning gum tree for scratch marks.
2. Recognize that these are signs of a 'tree road' used by possums or koalas.
3. Look for scratch marks of varying ages, which indicate frequent use of the tree by animals.
4. Determine if the tree is a feeding tree (showing young leaves or mistletoe berries) or a living-quarters-tree (with many dead, hollow limbs).
5. Use this information to locate where possums and koalas may rest or feed.

Details:
• Possums and koalas use these trees for feeding or sheltering in dead hollows.
• These trees are often marked by repeated climbing activity.

Procedure:

1. Observe the tracks and droppings on animal trails to determine the frequency of use.
2. Recognize that animals are creatures of habit, often following the same path daily for water, food, or shelter.
3. Use this knowledge to predict an animal's movements and behavior in its habitat.
4. Note that changes such as fire, flood, or drought may temporarily alter these patterns but not eliminate them entirely.
5. Understand that animals will return to their usual trails once conditions improve.

Details:
• Animals follow consistent routes for survival purposes.
• This predictability is useful for trappers and observers in the bush.

Falling Cage Construction with Figure 4 Release

1. Construct a cage using sticks lashed to form a pyramidal or suitable shape, boxwood, or netting, ensuring it is of adequate size.
2. Use the Figure 4 release mechanism for trap activation.
3. This trap is ideal for ground feeding birds and can be certain for pigeons when baited with grain or small fruits.
4. Cut an upright stick with a chisel edge at the top and square its bottom end a few inches from the base on all four sides.
5. Sharpen a support stick to a chisel edge at one end, and cut a nick parallel to the chisel edge where it will cross the top of the upright.
6. Create a bait stick with an undercut nick at the thickest end and a square face cut at the farthest end from the undercut nick where it crosses the upright.
7. Set the trap by standing the upright in front of the cage, placing the support stick with its nick on the chisel edge of the upright, and ensuring the upper end supports the raised edge of the box.
8. Insert the chisel end of the support stick into the undercut nick at the end of the bait stick.
9. Ensure the squared cut in the bait stick engages with the square face of the support stick, and position the baited end well under the trap.

Log Roofed Pen Construction

1. Build a pen of adequate size for the animal to be trapped, ensuring it is strongly constructed.
2. Construct the pen with two sides and one end only.
3. Across the closed end, secure a strong cross bar.
4. Use a toggle and bait stick mechanism similar to the logfall release to control the roof.
5. Place a forked stick upright a few inches from one side of the trap at the open end.
6. Rest the end of the roof logs on a supporting stick placed across the fork.
7. Fasten a length of cord to the far end of the supporting stick and tie a short toggle stick to the end of this cord.
8. Press the end of the toggle stick against the bait stick, which is pressed against stakes opposite and at the far end of the pen.
9. Disturbance of the bait stick releases its engagement with the toggle stick, causing the support stick to release and the roof to fall heavily, imprisoning the animal in the pen.

Wire Cage Trap Construction for Rabbits

1. Select a suitable burrow in the warren to set up the trap, and cover all other burrows with a layer of paper stuffed into the hole and packed with earth for a few inches.
2. Construct a long cage from wire netting with one end closed and the other end as a wire door suspended from the top of the cage.
3. Ensure the wire door can be pushed easily into the trap but cannot be pushed outward once it falls.
4. Place the trap at the entrance to the selected burrow.
5. Rabbits disturbed by the paper in other burrows will eventually approach the burrow with the wire cage.
6. They will push forward into the opening, and the door lifting inward allows them to enter the cage.
7. Once inside, the door drops behind them, preventing escape back into the burrow.
8. This method can capture ten or twelve rabbits per night and is more humane than steel-jawed commercial traps.

Procedure:

1. Identify Snare Sticks: Look for sticks or devices that have snares attached to them, typically placed in bushes or trees where small birds may frequent.
2. Destroy the Snare Stick: If you find a snare stick, destroy it immediately without hesitation. This includes cutting the stick and removing any remaining parts of the snare.
3. Do Not Consider Feelings of the Person Who Placed It: Regardless of who placed the snare or why, destroy it to prevent harm to wildlife.
4. Report Illegal Trapping Activities: If you find evidence of illegal trapping methods (e.g., snares that are not for legitimate purposes), consider reporting this to local authorities or conservation groups.

Procedure:

1. Select Appropriate Traps: Use pen or box traps designed to capture animals alive without causing discomfort or pain.
2. Set the Trap Correctly: Ensure that the trap is placed in a location where the target animal is likely to be found, such as near feeding areas or along travel routes.
3. Use Bait: Place bait inside the trap that is attractive to the specific type of animal you are trying to capture (e.g., meat for carnivores, seeds for small mammals).
4. Check the Trap Regularly: Never leave a set trap unattended for more than a few hours. Check it frequently to ensure that any captured animals are released or handled promptly.
5. Handle Captured Animals with Care: Once an animal is caught, handle it gently and release it in a safe location if it is not being kept for a specific purpose (e.g., relocation or population control).
6. Avoid Mechanical Traps: Avoid using mechanical traps such as rabbit traps that cause injury or prolonged suffering to the captured animal.
7. Use Logfalls for Instant Kill: If instant kill is necessary, use logfall traps which kill the animal quickly and humanely when it touches the bait.

Procedure:

1. Understand the Purpose of Trapping: Trapping is justified primarily on grounds of 'Preservation', which includes protecting native wildlife from predators or other threats.
2. Control Predatory Species: Trap wild animals such as cats, dogs, foxes, and wild dogs that have gone bush and are known to prey on other species. These animals can be particularly destructive to native wildlife populations.
3. Use Trapping for Population Control: In areas where certain species overpopulate or threaten the balance of an ecosystem, trapping may be necessary to maintain ecological harmony.
4. Avoid Unnecessary Trapping: Only trap when it is absolutely necessary and ensure that all trapping methods are humane and do not cause unnecessary suffering to animals.
5. Educate Others About Responsible Trapping: Share knowledge about responsible trapping practices with others, especially young people who may be interested in learning survival or bushcraft skills.

Procedure:

1. Choose the Right Location:
- Select a site based on animal activity patterns, not just visual appeal.
- Animals rely more on scent than sight to detect danger.

2. Remove Human Scent from Traps:
- Drown human scent by using stronger lures such as oil of aniseed or oil of rhodium.
- Scorch the trap to burn off scent.
- Allow the trap to weather and lose its scent over time.

3. Test Bait Effectiveness:
- Set up a test area on clean, dusty ground.
- Drive 15-20 small stakes into the ground and attach different baits (some with lures, some without).
- Mark each stake with a number and note which bait is attached to it.

4. Check Results:
- Visit the test area the next morning to observe tracks left by animals that visited during the night.
- This will indicate which baits are effective for the local wildlife.

5. Set Traps with Correct Bait:
- Use the information from your test to set traps with appropriate baits.
- Tree-climbing animals prefer fruits.
- Digging animals prefer sweet potato, carrot, or other edible roots.
- Flesh-eating animals will take flesh as bait.
- Herbivores may be attracted to cabbage, lettuce, or bread.

1. Cut two stout straight stakes.
2. On the upper end of each stake, cut a nick with the straight step on the top end of the stake.
3. Cut a cross bar with a side branch so that the end of the side branch is a few inches away from the cross bar.
4. Square the side farthest away from the side branch on top and sides to fit the squared faces of the stakes.
5. Lop a whippy sapling of its branches and top.
6. Bend the sapling over so that it comes directly above the head of the two stakes driven into the ground.
7. Tie a cord from the head of the sapling to the centre of the cross bar.
8. Bait the side branch.
9. Spread two nooses either side of the baited crossbar.

1. Trim two saplings and bend them towards each other.
2. Tie two interlocking sticks at their heads.
3. Cut the interlocking sticks so that they step into each other.
4. Lash a bait stick to one of the interlocking sticks.
5. Lash four cords for nooses (two onto each sapling head).
6. Set the snare by bending the two saplings over, locking the two sticks together.
7. Set the nooses, two on each side of the bait, and a few inches distant.
8. When an animal disturbs the bait, it twists the interlocking sticks, releasing the two saplings.
9. The saplings spring apart, pulling the nooses against each other to securely hold the captured animal.

1. Trim a whippy sapling of its branches and head.
2. Bend the sapling over and mark the site directly beneath the head on the ground.
3. Tie a stout cord to the head of the sapling before releasing it.
4. Cut three sticks for the release: one is a stake that must be sharpened at the point and bevelled at the head.
5. About 8" [20 cm] from the head, square off two sides at right angles to each other on the stake.
6. About 3" [7.5 cm] below the head, make an undercut nick in one of the sides opposite to one of the squared sides.
7. Cut a crossbar bait stick that is 2' [60 cm] long.
8. Nick or cut the centre of the crossbar bait stick to provide a squared step less than ¼" deep.
9. At the end farthest from this step, make an undercut nick at right angles to it.
10. Cut a toggle release stick with one end sharpened to a chisel edge and place it in the undercut nick of the stake.
11. Place the crossbar with its step against the squared edge of the stake, with the undercut nick facing upwards.
12. Mark on the toggle stick where the end should be cut to sit in the upper nick of the crossbar.
13. Sharpen the toggle stick to a chisel point.
14. Tie the free end of the cord from the sapling head to the toggle stick.
15. Tie four nooses on cords and set them in position with forked twigs.

Materials Required:
• A stout box suitable for the target animal
• Sliding door (with grooves for smooth movement)
• Stiff wire (8 gauge)
• Bait
• Staple

Steps to Construct:
1. Box Construction: Make a sturdy box of a size appropriate for the animal you intend to trap.
2. Sliding Door Installation: Fit a sliding door on one end, ensuring it slides easily between two grooves.
3. Drill Hole in Door: Bore a small hole (about ¼" deep) near the lower end of the inside of the door.
4. Drill Hole in Roof: On the roof of the box, bore a hole about 1" [2.5 cm] diameter through the wood, approximately 3" [7.5 cm] from the closed-in end.
5. Release Mechanism Setup:
- Take a piece of stiff wire (8 gauge) and bend an eye at the head.
- Bend another eye about 6" [15 cm] lower down, immediately below this lower eye, and shape the wire into a wide hook before cutting it off at the end of the hook.
- Pass another short piece of wire through the top eye (with the eye in the center of the hole in the roof), and secure it parallel to the end of the box with staples at either end.
6. Internal Wire Installation: Fasten another piece of wire to the lower eye inside the box, ensuring its length allows the hook to engage in the hole bored in the door when slightly forward.
7. Bait Setup: Secure the bait to the U-shaped hook on the lower end of the internal wire.
8. Final Adjustment: Place the free end of the inner piece of wire inside the hole at the lower end of the door.

How It Works:
• When the animal disturbs the bait, the wire holding up the door is withdrawn, causing the door to drop and imprison the animal.

1. Select a site on an animal trail where a tall sapling is available a few feet to one side of the track.
2. Lop the sapling of its branches and top.
3. Tie a stout cord to the head of the sapling.
4. Drive tall stout pegs well into the ground on either side of the track where the bent sapling crosses the trail.
5. Securely lash a cross bar to the tops of these stakes (or use convenient trees instead of stakes).
6. Tie a stout cord or rope to the head of the sapling and tie a thin strong stick a few feet along the cord.
7. The stick should nearly reach from the crossbar to the ground.
8. Tie the cord from the sapling a few inches below one end of the stick.
9. Place this end under the crossbar, with the lower end laid against a thin cross-stick.
10. Lightly tie the noose of the snare to the top crossbar and stakes to keep it spread open.
11. Release is triggered when the animal touches either the bottom stick (knocking it down) or the toggle stick with the cord, releasing the sapling and tightening the noose around the animal's neck.

Procedure:

1. Observe the ant closely to note its physical characteristics.
2. Study illustrations or diagrams provided in reference materials like *The Household Cyclopedia* for detailed views of the insect's anatomy, including:
- Body segments
- Antennae
- Legs
3. Compare with other ants to distinguish it from similar species based on features such as body shape, coloration, and anatomical structures.
4. Note any unique behaviors associated with the ant, such as colony structure or foraging habits.
5. Use reference materials for additional information and illustrations that may aid in identification.

Procedure:

1. Observe the beetle closely to note its physical characteristics.
2. Study illustrations or diagrams provided in reference materials like *The Household Cyclopedia* for detailed views of the insect's anatomy, including:
- Proboscis
- Hind leg
- Tongue
- Pollen-carrying part
3. Compare with other beetles to distinguish it from similar species based on features such as body shape, coloration, and anatomical structures.
4. Note any unique behaviors associated with the beetle, such as feeding habits or movement patterns.
5. Use reference materials for additional information and illustrations that may aid in identification.

Procedure:

1. Observe the gnat at different life stages:
- Insect depositing eggs
- Insect escaping from pupa case
- Larva of gnat
- Floating raft of eggs
2. Study illustrations or diagrams provided in reference materials like *The Household Cyclopedia* for detailed views of each stage.
3. Compare with other insects to distinguish the gnat's life cycle from similar species based on features such as development stages and behavior.
4. Note any unique behaviors associated with each stage, such as egg-laying habits or larval feeding patterns.
5. Use reference materials for additional information and illustrations that may aid in identification.

Procedure:

1. Observe the leaf insect closely to note its physical characteristics.
2. Study illustrations or diagrams provided in reference materials like *The Household Cyclopedia* for detailed views of the insect's anatomy.
3. Compare with other insects to distinguish it from similar species based on features such as body shape, coloration, and texture.
4. Note any unique behaviors associated with the leaf insect, such as camouflage techniques or feeding habits.
5. Use reference materials for additional information and illustrations that may aid in identification.

Procedure:

1. Observe the skipper moth closely to note its physical characteristics.
2. Study illustrations or diagrams provided in reference materials like *The Household Cyclopedia* for detailed views of the insect's anatomy.
3. Compare with other moths to distinguish it from similar species based on features such as body shape, coloration, and wing patterns.
4. Note any unique behaviors associated with the skipper moth, such as flight patterns or preferred habitats.
5. Use reference materials for additional information and illustrations that may aid in identification.

Procedure:

1. Recognize the types of solitary bees:
- Osmia
- Anthidium
- Panurgus
- Megachile
2. Observe their behavior and characteristics: These bees do not live in colonies, unlike honeybees.
3. Study illustrations or diagrams to differentiate between species based on physical features such as body shape, coloration, and size.
4. Note any specific behaviors associated with each type of bee, such as nesting habits or preferred flower types.
5. Use reference materials like the *Household Cyclopedia* for detailed descriptions and illustrations to aid in identification.

Objective: Strengthen the back and improve flexibility.

Procedure:
1. Stand with arms on hips (same as Exercise 10).
2. Bend sideways to the right and left, moving as far as possible without twisting the torso.
3. Return to an upright position slowly and carefully.
4. Repeat this movement for several repetitions.

Tips:
• Keep your back straight throughout the motion.
• Avoid locking your knees during the bend.

Objective: Strengthen upper body muscles and improve posture.

Procedure:
1. Stand with arms at the sides in a horizontal position, back slightly arched.
2. Circle arms backward in a controlled motion.
3. Repeat this movement for several repetitions.

Tips:
• Focus on keeping your body upright throughout the movement.
• Use smooth and deliberate motions.

Objective: Strengthen upper body muscles and improve posture.

Procedure:
1. Stand with forearms flexed at the sides of the chest.
2. Thrust arms forward, then return them to the starting position.
3. Repeat this movement for several repetitions.

Tips:
• Focus on keeping your body upright throughout the movement.
• Use smooth and deliberate motions.

Objective: Strengthen upper body muscles and improve posture.

Procedure:
1. Stand with arms at the front in a horizontal position, forearms flexed, and fingers on shoulders.
2. Swing arms downward and forward, bringing them beyond the sides of the body.
3. Rise onto toes during the backward swing.
4. Repeat this movement for several repetitions.

Tips:
• Focus on keeping your body upright throughout the movement.
• Use smooth and deliberate motions.

Objective: Strengthen the back and improve flexibility.

Procedure:
1. Stand with arms at vertical, thumbs locked, and head fixed between the arms (as in Exercise 8a).
2. Bend forward as far as possible without bending the knees.
3. Return to the upright position slowly and carefully.
4. Repeat this movement for several repetitions.

Tips:
• Keep your back straight throughout the motion.
• Avoid locking your knees during the bend.

Objective: Strengthen upper body muscles and improve posture.

Procedure:
1. Stand with arms at vertical (same as Exercise 6).
2. Circle arms downward, inward, across the chest, then reverse the movement.
3. Repeat this motion for several repetitions.

Tips:
• Focus on keeping your body upright throughout the movement.
• Use smooth and deliberate motions.

Materials Required:
• Clear glass bottle
• Thin wire or grease-soaked string
• Cold water

Steps:
1. Cut the Bottle: To cut the base of a clear glass bottle cleanly, heat a piece of thin wire to red heat.
2. Bend Wire Around Bottle: Bend this around the bottle where you want to cut it (alternatively, tie a piece of grease-soaked string round the bottle and burn it).
3. Immerse in Cold Water: When the hot wire or burning string is around the bottle, immerse the bottle in cold water.
4. Break Off Base: The glass will break off evenly at the place where the wire or string encircled it.
5. Use as Candle Holder or Lamp Cover: This can be used as a candle holder or glass cover for a slush lamp.

Materials Required:
• Old tin or small hollow piece of branch
• Clayey earth
• Twig
• Cotton rag or finely teased bark fibre (for wick)
• Cooking fat

Steps:
1. Fill Container with Earth: Fill an old tin or small hollow piece of branch with clayey earth, packed tight at the bottom.
2. Leave Space for Fat and Wick: The earth should come to about 1" [2.5 cm] from the top of the tin.
3. Insert Twig: Into this, push a twig.
4. Create Wick: Wind a piece of old cotton rag or very finely teased bark fibre around the twig to serve as a wick.
5. Add Fat: Pour cooking fat on top of the earth.
6. Light the Lamp: When the wick is lit, the lamp burns with a clear flame.
7. Control Light Output: The amount of light can be controlled by adjusting the size of the wick.

Materials Required:
• Two long, straight poles of equal length
• Rungs (straight sticks)
• Lashing material (e.g., rope or natural fibers)

Steps to Construct the Bush Ladder:
1. Select and Prepare Poles:
- Choose two long, straight poles and cut them to equal lengths.
2. Lash Thin Ends Together:
- Secure the thin ends of the poles together using lashing material.
3. Spread Thick Ends Apart:
- Spread the thick ends (butts) of the poles so they are approximately 2½' to 3' [75 to 90 cm] apart.
4. Attach Rungs:
- Lash the rungs between the two poles, ensuring that the lashings are tight and secure.
5. Ease Lashing Process with Support:
- To make lashing easier, lift the butts of the poles onto a log or large stones to allow for better access when passing the lashing material under the poles.

Materials Required:
• Two stout forked stakes, about 2" [5 cm] thick
• A cross bar, about 1" [2.5 cm] thick
• A row of straight, smooth stakes, each about 4' [1.2 m] long

Steps to Construct the Camp Loom:
1. Drive Forked Stakes into Ground:
- Insert two forked stakes into the ground with their lower prongs approximately 3' [90 cm] above the ground.
- Ensure the prongs are facing away from the direction you wish to work.
2. Position Cross Bar:
- Place a cross bar across the forks of the stakes, ensuring it is trimmed of twigs and roughnesses for smooth weaving.
3. Set Up Row of Stakes:
- Drive a row of straight, smooth stakes into the ground approximately 8' or 9' [2.4 or 2.7 m] from the cross bar on the side farthest from the prongs.
- Ensure there are about 2" [5 cm] between the centres of these stakes and trim them of any side twigs or roughnesses.
4. Position Weaving Bar:
- Cut a weaving bar that is a few inches longer than the width of the row of stakes.
- Lay it on the ground, parallel to the row of stakes and about 6" [15 cm] in front of them.

Alternative Setup Using Trees:
• If two trees are available at a convenient distance apart:
- At ground level and about 7' [2.1 m] above the ground, lash two stout cross bars (2" [5 cm] thick) to the tree trunks.
- Lash a series of smooth vertical sticks between these cross bars, spaced approximately 2" [5 cm] apart at their centres.

Materials Required:
• Weft strands (longer strands)
• Tufts of grass, ferns, or sticks (for stick hammocks)

Steps to Construct the Camp Mattress or Stick Hammock:
1. Set Up Weft Strands:
- Set up the weft strands as you would for regular weaving.
2. Pass Tufts Between Weft Strands:
- Instead of using warp (cross) strands, pass tufts of grass, ferns, or sticks between the weft strands to create a mattress or stick hammock.
3. Add Warp Ties for Stability:
- When weaving a camp mattress, add a warp tie every second or third lift to bind the sides and prevent the outside weft strands from spreading.

Additional Tips for Weaving a Camp Blanket:
• Use sun-dried glass fibers (if available) loosely spun into a covering for a camp bed in place of blankets.
• Ensure that warp strands are pushed closely together for better insulation.
• It is preferable to make two light grass coverings rather than one heavy blanket, as multiple layers provide more warmth than extreme thickness.

Procedure:

1. Assess the fish's appearance:
- Check if the fish has the usual 'fish shape' and scales.
- If it has these characteristics, it is generally safe to eat.
2. Identify potentially poisonous fish:
- Avoid eating fish that lack the conventional fish shape or scales unless you are certain they are safe.
- Examples of potentially poisonous fish include:
- Puffer (toady)
- Box fish
- Pig fish
- The leatherjacket is an exception and may be edible, but avoid its roe (eggs) and liver.
3. Handle with caution:
- Shark flesh is safe to eat, but do not consume shark innards or liver due to their high vitamin D content, which can be fatal if consumed in large quantities.
4. Cooking considerations:
- Eels are edible and have minute scales; they should be properly cooked for best results.
5. Be aware of spoilage:
- Many tropical fish may appear poisonous due to rapid putrefaction after death, not actual poison in the flesh.
- Cook these fish immediately after catching them to avoid poisoning.
6. Avoid unknown species:
- If a fish does not have scales or is of unusual shape, do not eat it unless you are certain it is safe.

Procedure:

1. Collect and prepare bivalves:
- Gather a dozen to eighteen bivalves for one person.
- Wash the bivalves thoroughly in water to remove all sand.
2. Cooking process:
- Place the bivalves in a billy (a type of pot) and pour boiling water over them.
- The shells will open, allowing you to easily remove the flesh from the two halves.
3. Further preparation:
- Cut the flesh into small pieces before cooking.
4. Boiling instructions:
- Boil the bivalves in fresh water for ten minutes.
5. Add ingredients after boiling:
- Add thickening (such as flour or cornstarch) and salt to taste.
6. Optional additions:
- You can add milk or dried milk if desired, especially when making a soup like Pippie soup, which is similar to New Zealand Toheroa soup.

Procedure:

1. Assess shellfish safety:
- Most bivalve shellfish are safe to eat, except for saltwater mussels during certain periods of the year.
- Avoid eating shellfish from contaminated waters or freshwater sources that may be polluted with sewage.
2. Cooking requirements:
- Freshwater shellfish must be well cooked to destroy any possible parasites and their eggs.
3. Tenderizing tough flesh:
- If the shellfish flesh is tough, beat it gently to make it more tender for eating.
4. Cooking methods:
- Shellfish can be prepared by boiling, grilling, or baking.
5. Additional considerations:
- Be aware of potential parasite infestations in freshwater shellfish and ensure the water source is reasonably free from contamination.

Procedure:

1. Clam safety and preparation:
- Most clams are edible but must be cooked before consumption.
2. Collection and handling:
- Collect clams from safe, uncontaminated sources (e.g., the Barrier Reef).
3. Cooking method:
- Boil the clams in water until they open, which indicates they are fully cooked.
4. Historical context:
- Historical accounts show that clams were commonly boiled before being eaten by sailors and explorers.
5. Additional considerations:
- Ensure that the source of the clams is free from contamination to avoid illness.

Procedure:

1. Oyster consumption options:
- Oysters can be eaten raw or cooked and served as soup.
2. Safety considerations:
- Oysters are edible and safe to consume all year round, regardless of the season.
3. Storage and preparation:
- Ensure that oysters are fresh and stored properly before consumption.
4. Cooking methods:
- If cooking, follow standard soup preparation techniques or grill/bake them as desired.

Objective: Create a safe platform above floodwater to build a fire.

Materials Needed:
• Four forked stakes (straight, with forks projecting from the side)
• Cross sticks
• Additional sticks for platform construction
• Mud

Steps:
1. Prepare Stakes: Cut four forked stakes that are long enough so the fork is about 6" to 12" [15 to 30 cm] above water level after being driven into the ground.
2. Drive Stakes: Insert the stakes vertically into the ground, ensuring they are straight and spaced evenly.
3. Add Cross Sticks: Lay two cross sticks across the forks at either end of the platform.
4. Build Platform Base: Place a layer of sticks side by side on top of the cross sticks to form the base of the platform.
5. Cover with Mud: Apply a couple of inches of mud over the sticks to create a stable, waterproof surface for the fire.
6. Construct Fire: Build your fire directly on the mud-covered platform.
7. Extend Platform (Optional): Extend one end of the platform by 1' or 2' [30 or 60 cm] to use as storage for firewood.

Objective: Construct a long-lasting and efficient campfire using the pyramid method.

Materials Needed:
• Logs (3' to 5' [0.9 to 1.5 m] long)
• Tinder, kindling, and firestarter materials

Steps:
1. Lay Base Logs: Place three or four logs about 3' to 5' [0.9 to 1.5 m] long side by side on the ground.
2. Add Second Layer: Lay another layer of logs across the first, forming a second tier if desired. A third layer can be added for stability.
3. Build Pyramid Structure: Construct a small pyramid on top of the logs using smaller pieces of wood, kindling, and tinder.
4. Light Fire: Light the fire at the top of the pyramid. The starter fire will ignite the logs below with falling embers.
5. Fire Behavior: As the core burns away, the outer logs fall inward, constantly feeding the heart of the fire.
6. Advantages: This type of fire radiates heat evenly in all directions and requires no attention during the night. It also minimizes the risk of sparks spreading and starting a bushfire.

Objective: Construct a fire that burns efficiently even with wet wood.

Materials Needed:
• Logs (standing end on)
• Tinder, kindling, and firestarter materials

Steps:
1. Position Logs: Arrange the logs so they are standing end on, not lying flat on the ground.
2. Build Pyramid or Cone Shape: Construct a pyramid or cone shape with the logs, ensuring that the center is filled with tinder, kindling, and firestarter materials.
3. Light Fire: Light the fire at the core of the structure.
4. Fire Behavior: As the core burns away, the outer logs will fall inward, constantly feeding the heart of the fire.
5. Advantages: This type of fire radiates heat evenly and can burn well even with wet wood due to its efficient design.

Objective: Create a long-lasting fire for warmth when sleeping outdoors.

Materials Needed:
• Dead log (ensure it is not a snake hideout)
• Additional solid log (8" to 9" [20 to 23 cm] thick, 6' to 7' [1.8 to 2.1 m] long)

Steps:
1. Select Log Site: Choose a site for your fire against a dead log that is not suspected of being a snake hideout.
2. Prepare Secondary Log: Select a solid, fairly long log (8" to 9" [20 to 23 cm] thick and 6' to 7' [1.8 to 2.1 m] long) as the secondary log.
3. Position Logs: Push one end of the secondary log against the dead log where you have built your fire, ensuring it is in contact with the main log.
4. Maintain Fire: As the smaller log burns down during the night, simply push it further against the larger log to keep the fire burning.
5. Alternative Method (Star Layout): Lay logs like a star and push their ends together during the night to maintain the fire.
6. Safety Reminder: Always ensure the fire is completely extinguished in the morning before leaving.

Objective: Construct an effective pigsty fire that burns efficiently and safely.

Materials Needed:
• Heavy logs (for the outer layer)
• Light brushwood (for the inner layer)

Steps:
1. Avoid Common Mistake: Do not build a pigsty fire with heavy logs on the outside and light brushwood inside, as this will cause the inner wood to burn out quickly without igniting the outer logs properly.
2. Correct Layout: If using the pigsty method, ensure that the top two layers of logs are completely across the top of the structure.
3. Cross-Layer Placement: Lay one layer going in one direction and a second layer crossing it at right angles to create an interlocking pattern.
4. Ignition Process: Light the fire from the top. As the light brushwood burns out, air will flow underneath, allowing heat to be reflected downward and ignite the heavy logs properly.
5. Heat Distribution: This method ensures better radiation of heat than a simple pigsty construction.

Procedure:

1. Identify plants in the bush whose leaves emit a strong perfume when crushed.
2. Crush these leaves thoroughly in your hands before, during, and after setting up your trap or snare.
3. This action will leave the scent of the crushed leaves on the trap, which is stronger than human scent.
4. The animal will detect the stronger plant scent rather than the human scent, reducing suspicion.

Important Notes:
• Your own scent will still be present in the surrounding area, so this method may not completely eliminate suspicion.
• This technique works best in true bush conditions where animals are wary of humans.
• Avoid using this method with animals that have become accustomed to human presence (e.g., rats, dogs, cats).

Procedure:

1. Locate and kill a female animal of the species you wish to trap, preferably when she is 'on heat' or 'in season'.
2. Collect her urine directly from the bladder immediately after death.
3. Store the urine in a clean, sealed container for future use.
4. Apply a small amount of the collected urine onto the bait or near the trap/snares to attract male animals of the same species.

Important Notes:
• This method is highly effective and should be used with caution to avoid attracting unwanted attention from other animals.
• Use only fresh urine for optimal results.
• This technique works best in true bush conditions where animals are not accustomed to human presence.

Procedure:

1. Obtain essential oils such as aniseed oil or rhodium oil.
2. Apply a very light touch of the chosen oil onto the bait or near the trap/snares.
3. Ensure that the amount used is minimal, as too much may repel animals instead of attracting them.
4. Monitor the effectiveness of the lure and adjust the quantity if necessary.

Important Notes:
• These oils are effective in masking human scent and can also act as attractants for certain species.
• Use only high-quality essential oils to avoid contamination or ineffective results.
• This method is particularly useful when trapping animals that are highly sensitive to human scent.

Procedure:

1. Collect dry grass or dead leaves and create a small torch.
2. Use the torch to scorch the trap or snare thoroughly.
3. The heat from the fire will destroy human scent on the trap, making it less detectable to animals.
4. Ensure that the trap is completely scorched, not just partially burned.

Important Notes:
• This method is particularly effective in true bush conditions where animals are highly sensitive to human scent.
• Fire should be used carefully to avoid damaging the trap or snare itself.
• This technique may also help mask other scents that could alert animals to the presence of a trap.

Procedure:

1. Select small particles of food that are likely to attract the target animal species.
2. Scatter these food particles lightly around the area where traps or snares will be placed.
3. Ensure that the food is distributed thinly along an animal trail and more densely near the trap or snare itself.
4. Monitor the area regularly to observe if animals are being attracted by the food lure.

Important Notes:
• Some human scent may remain on the food particles, so it's important to use them in conjunction with other scent-neutralizing techniques.
• Animals that initially show suspicion may become less cautious over time as they find no harm in scavenging around the trap area.
• This method is particularly effective for animals that are drawn to food sources.

Objective: Catch fish using a baited float stick in calm water or near beaches with an inshore set.

Materials Needed:
• Stick (2 feet [60 cm] long)
• Heavy stone
• Straps of bark or cane strips
• Fishing line (stout, short length)
• Baited hook or boomerang-shaped piece of bone/shell

Procedure:
1. Prepare the Float Stick:
- Cut a stick to 2 feet in length.
- Attach a heavy stone to one end using straps made from bark or cane strips, ensuring it is securely bound around the stone.
2. Attach the Fishing Line:
- Tie a stout short length of fishing line to the top end of the stick.
- The line should be 2–3 yards (metres) long.
3. Add Bait:
- Attach a baited hook or a boomerang-shaped piece of bone or shell to the far end of the cord.
4. Deploy the Float Stick:
- Throw the float stick into the water and allow it to drift with the current.
5. Monitor the Drift:
- Observe the direction of the drift or current to know where to look for the sticks after some time.
6. Recover Fish:
- After several hours, retrieve the float stick from the area where it has drifted, and check for any fish that have been caught by the hook or boomerang-shaped bait.

Notes:
• This method is effective in calm water or near beaches with an inshore set.
• Fish are exhausted by struggling against the drag of the float stick, making them easier to recover.

Objective: Catch surface feeding fish using a weighted stick with a noose.

Materials Needed:
• Stick (10–12 inches [25–30 cm] long)
• Small chip of stone
• Gut, horsehair, or thin material for the noose
• Optional: Sticking plaster or scotch tape to secure the glass bottom to a tin

Procedure:
1. Prepare the Stick:
- Select a stick that is 10–12 inches long.
- Secure a small chip of stone on one side using tying or by splitting the stick and inserting the stone into the split.
2. Attach the Noose:
- Tie a noose made from gut, horsehair, or thin material to the same side as the stone chip.
3. Deploy the Snare:
- Throw multiple weighted sticks with nooses into the sea from a rocky promontory.
4. Fish Behavior and Capture:
- Surface feeding fish like Long Toms and Garfish hide under floating debris for protection against predators.
- These fish will hide under the noose sticks, and their bills or tails may become caught in the noose.
5. Recovery Process:
- After a couple of hours, retrieve the sticks from the beach where they have drifted with any snared fish.
6. Reuse the Snare:
- Recover the sticks and reuse them for future fishing sessions.

Notes:
• This method is effective in areas where surface feeding fish are common.
• Fish become tired after struggling against the noose, allowing the surf to wash them ashore.

Objective: Catch fish using a spear in shallow waters.

Materials Needed:
• Fire-hardened stick or barbed trident
• Strong light source (acetylene torch, 5–6 cell electric torch)
• Sea glass or underwater goggles
• Optional: Barbed heavy wire

Procedure:
1. Choose the Right Time and Location:
- Fish spearing is most effective over shallow sandy shallows at night.
2. Prepare Your Equipment:
- Use a fire-hardened stick or barbed trident for better efficiency.
- If using wire, ensure it is barbed to increase the chance of catching fish.
3. Use a Light Source:
- Use an acetylene torch or a powerful electric torch to illuminate the water and spot fish.
4. Approach Fish Quietly:
- Move slowly and quietly toward the fish, allowing for the angle of distortion in the water.
5. Pin the Fish with the Spear:
- Position the spear over the fish and jab suddenly when ready to strike.
6. Use Vision Aids:
- Use sea glass (a tin with a hole cut out) or underwater goggles to see clearly without surface ripple interference.
7. Fishing by Day:
- From a boat, raft, coracle, or rocky ledge.
- Spear vertically when fishing from a boat.
8. Fish Identification Tips:
- Fish have natural protective coloring and are hard to see at first.
- They become visible when they move or cast a shadow against the sea bottom.

Notes:
• Fish spearing is more effective in shallow, sandy areas where fish can be pinned down easily.
• Use of barbed wire or multi-pronged spears increases efficiency.

### Constructing and Using Fish Traps

Fish traps can be constructed using natural materials found in the environment or repurposed items. Here is a general procedure for creating and using a fish trap:

1. Choose a Location: Select an area where fish are likely to congregate, such as near river bends, shallow waters, or around structures like rocks or logs.
2. Build the Trap: Use materials such as reeds, branches, or woven nets to create a funnel-shaped structure that guides fish into a confined space. The entrance should be wide enough for fish to swim in but narrow enough to prevent them from escaping once inside.
3. Secure the Trap: Anchor the trap firmly to the riverbed or surrounding vegetation to ensure it remains stable and does not float away with the current.
4. Bait the Trap (Optional): Place bait near the entrance of the trap to attract fish into the enclosure.
5. Check Regularly: Inspect the trap periodically to remove any caught fish and prevent them from escaping or suffering due to prolonged entrapment.

Important Notes: Fish traps should be used responsibly and in accordance with local fishing regulations. Overuse or improper placement can harm fish populations and disrupt ecosystems.

### Setting Up a Blind Roller for an Automatic Fisherman

1. Attach the Blind Roller: Fix a discarded blind roller to a pole or convenient branch of a tree using its bracket.
2. Secure the Fishing Line: Tie the fishing line to the roller and pull it so that it touches the water or reaches the desired tension.
3. Engage the Pawls: Ensure the pawls on the roller are engaged before proceeding.
4. Rewind the Roller: Remove the roller from its bracket and manually rewind it, ensuring the line is taut enough to play the fish effectively.
5. Lower the Baited Hook: Lower the baited hook into the water while keeping the pawls engaged. This ensures that when a fish strikes, the pawls will disengage, allowing the roller to release tension and pull the fish toward the surface.
6. Retrieve the Catch: Once the fish is near the surface, unhook it, rebait the line, and cast again for another catch.

Important Notes: It is generally better to set the blind roller on a pole that can be lashed horizontally above the water to a tree or stake. This makes it easier to remove the catch and reset the trap in different locations.

Procedure for Artificial Breeding of Fish

1. Identify Spawning Readiness: Observe the female fish for signs that she is ready to spawn, such as a distended belly and a fluctuation under pressure.

2. Prepare Vessel: Have a flat-bottomed vessel containing clear water ready for use.

3. Extract Eggs:
- Use your left hand to hold the female fish by the head and thorax, suspending her over the vessel.
- With your right hand, gently squeeze the loosened eggs through the anal opening into the water.

4. Extract Milt from Male Fish:
- Take a male fish and repeat the squeezing process to extract milt (the white, cream-like substance).
- The milt may flow by simply suspending the fish.

5. Mix Eggs and Milt: Ensure that the eggs and milt are thoroughly mixed in the water. This can be done by gently stirring with your hand or a soft brush.

6. Fecundation Timeframe: Allow the mixture to sit for 2-3 minutes to complete the fecundation process.

Notes:
• The resulting water will resemble whey due to the presence of milt.
• This method is essential for artificial breeding and can be used to transport eggs to other locations for hatching.

Procedure for Cleaning Fish Eggs

1. Monitor Egg Condition: After the fecundation process, observe the eggs in the hatching box.

2. Remove Impurities: If a film or impurity forms on the surface of the eggs due to water contamination, gently clean them using:
- A feather
- A fine brush made from badger's hair

3. Transfer Eggs if Necessary:
- Use a glass pipe with one end closed by your finger to transfer the eggs.
- Remove your finger to allow the eggs to enter the tube and move them to another vessel as needed.

4. Maintain Clean Environment: Ensure that the water remains clean throughout the hatching process to prevent contamination or damage to the eggs.

Procedure for Feeding and Rearing Young Fish

1. Prepare the Basin: Use a basin with compartments for fish of different ages. The wall should be built waist-high to allow easy observation.

2. Create Natural Conditions:
- Add small heaps of rounded pebbles on the gravelly bed.
- Place little shelters made from earthenware around the basin for the fish to hide and rest.
- Include a few aquatic plants to mimic natural environments.

3. Feed Appropriately: Provide food based on the species and age of the fish:
- For salmon, trout, and eel: Use boiled beef or horse-flesh pounded in a mortar.
- After 8-10 days, switch to raw meat, also pounded into small pellets.
- In some cases, use flesh from cheaper fish or small earthworms and crustacea for feeding.

4. Monitor Growth: Fish like pike and trout can be released into ponds or rivers after a short period, while more delicate species should remain in artificial basins until they are strong enough to survive in natural waters.

5. Scale of Rearing: In some cases, up to 2000 salmon can be reared in a box measuring less than 2 feet long, 6 inches wide, and 4 inches deep.

Setup of Hatching Apparatus

1. Choose a Container: Use a long and narrow wooden box lined with zinc or lead, or an earthenware fish box.

2. Prepare the Frame: Construct a movable frame or grate composed of glass rods spaced about one-tenth of an inch apart to hold the eggs.

3. Ensure Running Water: The hatching trough must be supplied with running water for optimal conditions. In laboratory settings, troughs made of potter's enamelled ware are used.

4. Place Eggs on Frame: Spread the impregnated eggs onto the glass rod frame inside the container.

5. Maintain Water Flow: Ensure a constant flow of clean water through the apparatus to support hatching.

Notes:
• The use of running water is essential for successful hatching, as it mimics natural conditions.
• Avoid using wire gauze sieves in ponds and rivers due to potential damage to eggs and young fish.

Procedure for Transporting Fish Eggs

1. Prepare Packaging Based on Egg Type:
- For eggs with a tough covering (e.g., salmon and trout): Use pine boxes filled with sand, moss, sponge fragments, or aquatic plants to hold the eggs in layers.
- For agglutinated clusters of eggs (e.g., carp, roach, perch): Place them in jars that are three-quarters full of water and contain some aquatic plant.
- For eggs deposited on grass or small sticks: Wrap the grass or sticks with a wet cloth and place them in a box or basket.

2. Transport Young Fry:
- Use bottles containing water and living aquatic plants to transport young fish.
- Ensure that the water is renewed regularly during transit.

3. Maintain Oxygen Supply: To ensure adequate air supply for the fish, use an apparatus such as a bellows (like those used in Scottish bagpipes) operated under the arm to send air through the water containing the fish. This method was devised by fishermen of the Vosges.

To examine the nut bore in a branch of a nut-tree:

1. Observe a branch of a nut-tree that shows evidence of a nut being bored.
2. Look for signs of damage or entry points on the branch where the nut was extracted.
3. Use this illustration to understand how nuts are removed from their shells by natural means or tools.
4. Note any patterns or characteristics of the bore hole for further study.

To examine the structure of *Platanus occidentalis* (Western Sycamore):

1. Refer to the illustration provided for a detailed view of Platanus occidentalis.
2. Observe the leaves, bark, and overall tree structure in the image.
3. Use this information to identify the tree in the field or during botanical studies.
4. Note any distinguishing features that help differentiate *Platanus occidentalis* from similar species.

To examine the rostrum tips of *Balininus nucum*:

1. Magnify the tips of the rostrum for detailed observation.
2. Look closely at the jaws, labeled as 'a a' in the illustration.
3. Use this magnified view to study the anatomical features and structure of the rostrum.
4. Compare with other illustrations or descriptions if available for better understanding.

To study the anatomy of *Aquilegia canadensis*:

1. Examine Illustration 1, which shows the torus with a stamen, pistil, and petal detached.
2. Note the structure of the flower, including its reproductive parts (stamen and pistil) and petals.
3. Examine Illustration 2, which depicts the follicle — this is the fruit of *Aquilegia canadensis*.
4. Use these illustrations to understand the plant's reproductive system and life cycle.

To study *Bitter Vetch*:

1. Refer to the illustration provided for a detailed view of Bitter Vetch.
2. Observe the plant's structure, including its leaves, stems, and flowers.
3. Use this information to identify the plant in the field or during botanical studies.
4. Note any distinguishing features that help differentiate *Bitter Vetch* from similar plants.

Tools Required: A sharp knife and a rubber mallet (optional).

Steps:
1. Make a cut on either side of the fish’s head just above the pectoral fin.
2. If you have difficulty cutting through the fish’s thick neck bones, hit the back of your knife with a rubber mallet to help break through the bone.

Tools Required: A sharp, small knife.

Steps:
1. Make a slit from the fish’s anal opening to the gill openings using a sharp, small knife.
2. Use your fingers to pull out the innards.
3. Use a spoon or knife to scrape out any remaining innards.
4. Rinse the fish thoroughly under running water.

Tools Required: A boning or paring knife.

Steps:
1. Use the knife to make an 1/8-inch-long cut on each side of the fin, making both cuts at an angle so that you form a V with the fin in the middle.
2. Use your hands or a pair of pliers to pull out the fin, along with the bones that attach it to the fish.

Tools Required: A sharp ten- or twelve-inch chef's knife, a paring knife, and a boning or fillet knife with a six- to eight-inch-long blade.

Steps:
1. Rinse the fish thoroughly under running water.
2. Place the fish on a flat surface, holding it by the tail.
3. Use the back of a knife, a spoon, or a fish scaler to begin scraping from the tail toward the head with short, authoritative strokes.
4. Scale the entire fish, including the belly and back.
5. Rinse the fish well after scaling.

Materials Needed:
• A straight stick
• A whippy length of cane or very pliable stick
• A puddle of water (to serve as a horizon)

Steps to Construct the Quadrant:
1. Mark the Straight Stick:
- Mark off the straight stick into 57 equal divisions. The actual length of each division is not important, but they must be as regular as possible.
2. Mark the Whippy Stick:
- Mark off the whippy cane or pliable stick into 90 equal divisions of the same length as those on the straight stick. For convenience, these can be marked at five or ten division intervals; however, a smaller stick should be marked with separate divisions for accurate reading between these marks.

Using the Quadrant:
1. Positioning the Straight Stick:
- Lay the straight stick across the puddle in line with the heavenly body to be measured (e.g., the sun or stars).
2. Fixing the Whippy Stick:
- Push the end of the 90-division stick into the ground so that the first mark is just level with the water surface.
3. Bending the Whippy Stick:
- Bend the whippy stick by hand until it assumes the shape of a semicircle, ensuring that its other end reaches the other end of the 57-division straight stick. Push this end into the soft dirt beneath the water.

Measuring the Angle of Elevation:
1. Positioning Your Eye:
- Place your eye against one of the divisions on the semicircular whippy stick, on the side farthest from the object to be viewed (e.g., the sun or stars).
2. Observing the Reflection:
- Look at the surface of the water for the reflection of the heavenly body.
3. Aligning the Pointer Stick:
- Move a free hand or pointer stick along the far side of the curve until it cuts off the ray of light from the heavenly body.

Calculating the Angle of Elevation:
1. Count Divisions:
- Count the number of divisions from the water to where the pointer stick cuts off the ray of light (this is the angle of incidence).
- Count the number of divisions from the water to the division against which your eye was placed (this is the angle of reflection).
2. Add the Divisions:
- Add these two numbers together to get the total angle of elevation above the horizon.

Accuracy Tips:
• With careful shaping of the whippy stick and precise measurement of divisions, you should be able to read angles with an accuracy of up to a quarter of a degree.

Materials Needed:
• Pegs
• Cord
• Knife
• Level, open patch of bare earth

Steps to Create a Camp Sun Clock:
1. Select Location: Choose a level, open patch of bare earth near your camp that is exposed to sunlight throughout the day.
2. Mark Center Point: Insert a peg in the center of this area. Use a length of cord as a loop around the peg and scratch a circle on the ground with a radius of at least 5' [1.5 m].
3. Draw True North Line: Using a compass or other method, draw a line from the central peg that points to True North (not Magnetic North). Extend this line so it intersects the southern edge of the circle.
4. Add East-West Lines: Draw accurate East and West lines crossing at the center of the circle.
5. Divide Circle into 24 Equal Parts: Divide the circumference of the circle into twenty-four equal divisions, each representing fifteen degrees.
6. Determine Latitude: Using your map, find your current latitude in degrees. Mark this on the outside of the circle by placing small pegs at the appropriate degree points, noting whether you are north or south of the equator.
7. Stretch Cord Between Pegs: Stretch a cord over the two pegs marking your latitude and mark where it crosses the North-South line. Insert a peg at this intersection point on the North-South line.
8. Mark East-West Line Ends: Place two additional pegs at either end of the East-West line so that the 'degree' pegs are positioned at right angles to these lines.
9. Tie Cords Around Pegs: Tie a cord to each of the East-West pegs, allowing it to pass around the peg on the North-South line. Lift the cord over the central peg and use your knife to scratch an ellipse on the ground that touches both the circle at the point where the East-West line crosses and the peg on the North-South line.
10. Connect 15-Degree Marks: Use a cord to connect the fifteen-degree marks on the circle, aligning them parallel with the North-South line. Where the cord intersects the ellipse, insert small pegs firmly into the ground.
11. Place Hour Pegs: There will be thirteen pegs following the curve of the ellipse. These are the hour pegs: starting from 6 a.m. on the left (where the West line cuts the circle), continuing to 12 noon at the North-South line, and ending with 6 p.m. on the right (where the East line cuts the circle).

Shadow Stick Placement:
• The position of the shadow stick depends on whether the sun is north or south of the equator. Ensure that your setup accounts for this to maintain accuracy.

Procedure for Creating a Sun Compass/Sun Clock:

1. Choose the Surface:
- On a map: Select an area where important information will not be obliterated.
- On the ground: Ensure the area is clean, level, and open to sunshine throughout the day.

2. Draw a Circle:
- Size depends on the surface:
- Map: 6" or 7" (15 cm or 17.5 cm)
- Card: 2" or 3" (5 cm or 7.5 cm)
- Ground: 3' to 6' (0.9 m to 1.8 m)

3. Mark True North Line:
- This is critical for accuracy.
- On a map, use the grid lines or the NORTH arrow head to determine TRUE North (not magnetic).
- Draw a line from North to South through the center of the circle.

4. Draw East-West Line:
- Draw another line through the center of the circle from East to West, perpendicular to the North-South line.

5. Divide Circle into 24 Equal Parts (15° Each):
- Use a protractor if on a card or use a cord for radius measurements if on the ground.
- Divide the outer circumference of the circle into 24 equal divisions, each representing 15 degrees.

6. Mark Divisions with Faint Lines:
- Connect these divisions with faint lines parallel to the North-South line.

7. Determine Latitude (if Unknown):
- Consult your map for approximate latitude within an error of five degrees.
- Start on the East-West line at zero, move up toward North or down toward South along the circle until you can roughly pinpoint your current latitude relative to the Equator.

8. Mark Latitude Point:
- Mark where this point intersects the North-South line.

9. Draw an Ellipse:
- Place two pins (or pegs) on the East-West line, aligned with the latitude points on the circle and parallel to the North-South line.
- Tie a thread or cord between these pins, ensuring it spans from one pin on the East-West line to the corresponding point on the North-South line.
- Insert a pencil (or knife back) into the loop of the thread and draw an ellipse that touches both the latitude point on the North-South line and the East-West intersection point.

10. Mark Hours on Ellipse:
- Start with 12 at the top of the North-South line.
- Mark 6 p.m. on the east side and 6 a.m. on the west side (since the sun in the East casts shadows to the West and vice versa).
- Use Roman numerals for clarity.

11. Add Half and Quarter Hour Intervals:
- Estimate these intervals with reasonable accuracy and mark them on the ellipse.

12. Create a Declination Circle:
- Mark 23½ degrees on the outer circle of the Sun Compass and transfer this to the North-South line.
- Use this as a radius to draw a smaller circle from the center of the main circle.

13. Set Up Shadow Stick (Gnomon):
- Place the shadow stick vertically on the North-South line, opposite the appropriate date on the declination circle.
- Ensure it is vertical using a plumb-bob.

14. Use the Sun Compass as a Clock:
- The shadow will fall across the elliptical line, indicating Solar Time.
- Adjust for Equation of Time and Longitude Corrections to obtain accurate standard time.

Note: A Sun Compass drawn on an 'ordnance' (military) map can be used to obtain accurate time by orienting the map with recognizable ground features and making necessary corrections.

Materials Needed:
• Stakes or markers
• A known number of paces

Steps to Measure the Distance:
1. Select a mark on the opposite bank ('A') and drive a stake on the near bank ('B').
2. Walk at right angles for a known number of paces, placing another marker stake ('C'), then continue an equal number of paces and place a third marker ('D').
3. Turn at right angles away from the river and move back until the center marker ('C') and the mark on the opposite bank ('A') are in line with a new point ('E').
4. Measure the distance from the last marker ('D') to the point 'E'. This distance will equal the width of the river or gorge.

Materials needed: A dead, straight-grained stick 1" [2.5 cm] thick and about 18" [45 cm] long.

Steps:
1. Sharpen one end of the stick to a point.
2. Rub the sharpened end fairly smooth on a stone to prevent splitting during use.
3. Narrow the other end until it is about ¼" [6 mm] thick, but keep the full width of the stick intact.
4. Flatten this narrowed end for about 3" [7.5 cm] to create a flat surface for tying.
5. Cut an eye through the flat side, approximately ¼" [6 mm] wide and at least ½" [12 mm] long, about two inches from the end.

Usage:
• Use this needle to sew thatching material securely onto the thatching battens.

Materials needed: Sticks (for tying), thatching material, and thatching battens.

Steps:
1. Tie sticks about 2' [60 cm] apart on the thatching batten.
2. Tie one end of a thatching stick to the batten.
3. Place the thatching material under the stick and position it so that the free end reaches the next tie point on the batten.
4. When the next tie is reached, secure the other end of the stick to the batten, binding the thatching in place.

Important:
• This method is useful when long lengths of sewing material are not available.
• Follow the same overlapping and general principles as with sewn thatching for maximum effectiveness.

Materials needed: Long, pliable thatching material (e.g., reeds or sedges), gloves or socks (optional for protection).

Steps:
1. Gather the thatching material into small sheaves, about 1" [2.5 cm] thick.
2. Bend the butt end of each sheaf over the thatching batten and secure it by twisting a few strands around the sheaf and pushing them through the bunched-up material to hold it in place.
3. Slide the tuft along the thatching batten so that it lies alongside the preceding tuft, leaving about ½" [12 mm] or more between the bent-over ends on the battens.
4. Repeat this process, ensuring each new row of tufts overlaps the two or three preceding rows to maintain a secure and waterproof layer.

Important:
• This method is ideal for reeds, sedges, or sword grasses.
• Wear gloves or socks when working with sharp materials like sedges or sword grasses to avoid cuts.
• The open space between bent-over ends will be covered by the free ends of the next row.

Materials needed: Thatching material (grass, reeds, etc.), thatching needle with eye, and a timber hitch.

Steps:
1. Lay the thatching material with the butts facing upward toward the roof and the lower end on the lowest batten.
2. Secure one end of the sewing material using a timber hitch to the thatching batten.
3. Thread the other end through the eye of the thatching needle.
4. Sew in the ordinary manner to secure the thatching material onto the batten.
5. Avoid creating holes where the sewing may cause the thatching to bunch together by passing the needle through the thatch at an angle and pushing the thatch over the crossing of the stitches.

Important:
• Ensure that each layer is held by three rows of stitching for maximum security.
• The stitching of every row must be completely covered by the free ends of the next layer above it to prevent leaks.

Materials Needed:
• Two short forked stakes
• Two back forked stakes (3½' [1.05 m] long)
• Cross-bars (about 3" [7.5 cm] thick)
• Straight smooth sticks for the seat and backrest

Steps:
1. Drive two short forked stakes into the ground, ensuring that their forks are pointing outward, away from each other.
- The bottom of the forks should be about 8" to 10" [20 to 25 cm] above the ground level.

2. Drive two back forked stakes (each approximately 3½' [1.05 m] long) into the ground, 15" to 18" [38 to 45 cm] behind the short stakes.
- These back stakes should be driven in at a slight angle, leaning away from the two forward forks.
- The forks of the rear stakes should also point outward.

3. Ensure that both the short and long stakes are not less than 2" [5 cm] thick, with the fork at least 1½" [3.5 cm] thick.

4. Cut two cross-bars, each about 3" [7.5 cm] thick. Make nicks in these so they fit snugly into the forks and connect the front and rear forks.

5. Lay straight smooth sticks (1" to 2" [2.5 to 5 cm] thick) lengthways across the seat portion of the chair. These must be close together.

6. Along the backrest, lash similar sticks spaced from 2" to 3" [5 to 7.5 cm] apart.

Placement Tips:
• The short stakes should be placed at a convenient distance from the fireplace, typically between 3' to 6' [0.9 to 1.8 m], depending on the size of your fire.

Materials Required:
• Dead timber (not green wood)
• Forked stakes (at least 3" [7.5 cm] thick and 4' to 5' [1.2 to 1.5 m] long)
• Straight stakes for framework, table top, and seats
• Rope or lashing material
• Pegs for bracing

Steps:
1. Select Forked Stakes: Choose two forked stakes at least 3" [7.5 cm] thick and 4' to 5' [1.2 to 1.5 m] long. The length depends on the soil type and how deep you need to drive them into the ground for stability.

2. Prepare Forked Stakes: Sharpen the lower end of each stake, and bevel the head. Drive the first stake well into the earth so that the lowest part of its crotch is 3' [91 cm] above the ground. The prong should point outward from the table.

3. Position Second Stake: Measure off the desired length for your table (4' to 7' [1.2 to 2.1 m]) and drive in the second stake with its prong pointing away from the first stake. Ensure both stakes are driven to the same depth.

4. Attach Side Poles: Cut four strong straight stakes, 4½' to 5' [1.35 to 1.5 m] long and at least 2½" [6.5 cm] thick. Place these with one end in the crotch of the forks, ensuring they are at right angles to the line of the forked stakes. Make scarf cuts where the sticks cross each other so that they nest securely in the crotch.

5. Attach Table Top Poles: About 2' [60 cm] above ground level, attach two strong poles (2" [5 cm] thick) to the side poles using tight lashings. These will support the table top.

6. Attach Seat Poles: At 15" [37 cm] above ground level, attach two very strong poles (3" [7.5 cm] thick and 7' or 8' [2.1 to 2.4 m] long) to the side poles and forked stakes using tight lashings. These serve as bracing for the seat.

7. Construct Table Top: Cut short, straight sticks for the table top. Use eight sticks per 1' [30 cm] of table length. Lace these sticks side by side across the table top poles.

8. Attach Seat Sticks: Cut seat-sticks (at least 3" to 4" [7.5 to 10 cm] thick) 1' [30 cm] longer than the table's length. Use at least three per side, allowing them to lie on the cross poles so that the distance of the seat from the table can be adjusted by pushing or pulling the sticks.

Bracing for Soft Ground:
• If the ground is soft or sandy, add two diagonal braces from the table level of each forked stake to the foot of the other. Lash where they cross.
• Alternatively, use two 5' [1.5 m] forks to brace below the stakes in the ground. Ensure their butts are firmly seated and held with a stout peg driven into the ground.

Finishing Touches:
• A fly (a piece of fabric) can be thrown over the top bar for shade.
• For dry country, dig two trenches 2' to 3' [60 to 90 cm] apart and at least 10" to 12" [25 to 30 cm] deep. Use sods to raise the seat level and replace them when you leave the camp site.
• Weave grass mats over the seat for cleanliness.

Materials Needed:
• Two stout forked sticks, 4' [1.2 m] long and 3" [7.5 cm] thick
• A third forked stick, 4' [1.2 m] in length
• Straight sticks for the seat and backrest

Steps:
1. Select two stout forked sticks that are approximately 4' [1.2 m] long and 3" [7.5 cm] thick. The forks must be at a wide angle.
- Cut the straighter of the two prongs on each stick to about 9" to 10" [22.5 to 25 cm].
- Cut the other, wider-angled prong on each stick to about 12" to 15" [30 to 38 cm].

2. Cut a third forked stick that is also approximately 4' [1.2 m] in length. This stick should have prongs long enough to hold the previously cut sticks.

3. Across the seat portion of the chair, lash straight sticks about 1" [2.5 cm] thick. These sticks must be close together on the seat portion but can be spaced 2" or 3" [5 or 7.5 cm] apart along the backrest.

Alternative Method Using Hooked Stakes:
• If suitable forked sticks are not available, use two hooked stakes instead.
- The crotch of each hook should be about 8" [20 cm] above the end of the stick.
- The sticks themselves should be approximately 3½' [1.05 m] long.

4. Lay two side poles, each about 5' [1.5 m] long, through the hooked portion of the stakes.

5. Lash the upper ends of the hooked stakes together behind the chair.

6. Use a forked pole that leads from the upper end where the hooked stakes are lashed and lash it again to the two side poles. This forms the framework for your camp chair.

Alternative Methods for Creating a Comfortable Seat:

1. Using a Fallen Log or Tree:
- Look for a fallen tree or log that can be used as a natural seat.
- If no such object is available, roll up a log to create a makeshift seat.

2. Building a Platform with Stones and Poles:
- Use stones to build a platform on the ground.
- Lay two or three poles between these stones to form a comfortable seating surface.

Tips:
• This method is ideal when you are in an area where forked sticks or other materials for constructing a chair may not be readily available.
• It requires no tools and can be done quickly in any outdoor environment.

Avoid all forms of fungus growth.

• The food value of fungi is negligible.
• Unless you know for certain that a particular fungus is safe to eat, do not touch it.
• Fungi contain poisons that affect the nerves by causing paralysis.
• Many are extremely dangerous, and very little is known about them.
• A few fungi, such as the puffball in its early stage of growth (before the ball has dried and become puffy), may be palatable and safe to eat.
• The author's advice: Leave all fungus growth severely alone.

Some seeds contain deadly poisons, which may not always be detected by the palate.

• A bitter, strongly acid, or burning 'hot' taste is a sign of poisonous contents.
• Any seeds with these tastes should be avoided.
• Tasting seeds will not affect you. The poison may be tasted but must not be swallowed.
• When testing seeds for edibility:
- Taste them and spit out the portion if it is unpalatable.
- There will be no ill-effects from this process.

Nuts (which are seeds) should also be tested carefully.

• Many nuts contain hydrocyanic acid poison, which can be detected by the palate and dissolved by boiling or soaking in water for 10 to 12 hours.
• Other nuts, such as candle nuts, may act as violent purgatives but can become harmless after cooking (boiling or baking).
• Unless you know for certain that the nuts are safe to eat, regard them with suspicion and test by first tasting.
• If taste indicates no poison, then eat a small quantity.
• If there are no ill-effects within one hour, the nut is likely safe.

In cold climates, most berries are edible, unlike in tropical and sub-tropical areas where they should be regarded as probably poisonous.

• In tropical areas, the colour red is a danger signal. Avoid all red berries.
• This rule does not apply in colder climates, where almost all red berries are edible.
• Poisons may be present in berries, so always observe this general rule when dealing with unknown berries.

Most roots and tubers are safe to eat, but almost all must be boiled or heat treated before they are digestible.

• The common potato is nearly valueless as food unless cooked.
• Yams are not a specific species of plant. The term 'yam' refers to the root of a ground vine, and sweet potatoes are also yams.
• They are a prolific source of food in tropical and sub-tropical regions.
• Many vines produce these tubers, and all such tubers are edible if free from oxalate of lime crystals.

Hydrocyanic poison is water soluble in most yams. The leaf's veining system can be a guiding principle for identifying plants that may have edible tubers:
• If the veins radiate from the point where the leaf joins the stalk, rather than from a main vein, there may be tubers to dig.

Testing for safety:
• Use your senses: sight, smell, and taste.
- If food looks healthy and clean, it may be safe.
- If it smells all right, proceed to taste it.
- If the taste is acceptable, the food is likely safe.

Remember these rules for safety:
• Be careful with nuts and seeds.
• Regard red as a danger signal in tropical areas.
• Avoid fungi.

Procedure for Preventing Drone Rearing:

1. Use Movable Frames: Utilize hives with movable frames to easily manage drone comb.
2. Remove Drone Comb: Remove all large comb (used for rearing drones) from the main hive and fasten it in surplus honey-boxes where it can be used for storing honey.
3. Monitor Hive Activity: Colonies with fertile queens do not build drone comb, so place these colonies in empty hives and provide them with good worker comb already built.
4. Avoid Drone Rearing: Prevent the rearing of drones as they consume significant amounts of honey without contributing to stores.

Notes: It is unnecessary to construct traps for drones; instead, focus on preventing their existence by managing hive combs effectively.

Procedure for Replacing Old Queens:

1. Assess Queen Age: After the second summer, assess the queen's laying capacity as it begins to decline.
2. Replace with Young Queen: Although an old queen may live for two more seasons, it is better to replace her with a young one for colony prosperity.
3. Use Movable Frames: With movable frames, this replacement can be done easily and efficiently.

Notes: The use of movable frames simplifies the process of replacing queens and maintaining healthy bee colonies.

Procedure for Constructing Movable Frame Bee Hives:

1. Use frames that allow combs to be built and secured by bees on movable frames. This enables the bee-keeper to examine, remove, or replace combs without harming the bees.
2. Ensure each frame is designed with a space between them (the 'bee space') so that bees can build combs properly. This principle was introduced by Rev. L. L. Langstroth and is essential for proper hive function.
3. Construct hives in a simple, practical form. The American improved movable comb hive is recommended as it is easy to construct and safe for winter use.
4. Avoid unnecessary ornamentation or features that are not useful to the bees. A good plain, well-painted hive will last a lifetime and meet the needs of the bees.
5. Provide ample room on all hives for boxes to contain surplus honey. Bees naturally store their choice honey as near the top as possible.
6. Use surplus boxes with one glass side when intended for market. This makes honey more salable, and boxes should hold about six pounds of honey.
7. For family use, use larger boxes that can contain 12 to 20 pounds of honey.
8. Do not place surplus boxes on hives until fruit-blossoms are abundant. Early in the spring, bees focus on rearing brood and would not use surplus boxes.
9. Once bees begin storing honey in the surplus boxes, closely monitor them. When full, replace them immediately with empty ones to prevent bees from becoming idle due to lack of space.

Procedure for Uniting Bee Colonies:

1. Examine Hives: As soon as frost cuts short the honey season, examine all hives using movable combs to determine their exact state.
2. Identify Weak and Strong Colonies: Identify colonies with too little honey and those with fewer bees but sufficient honey.
3. Prepare for Uniting:
- Blow smoke among both colonies to alarm the bees and induce them to fill their sacs with honey.
- Alternatively, sprinkle both colonies with sugar and water to achieve the same effect.
4. Remove Combs: In a few moments, remove combs from both hives.
5. Arrange Combs: Place full combs in one hive and reserve empty ones for future use.
6. Combine Bees: Brush bees from both colonies together at the entrance of the hive so they can enter peaceably.
7. Remove One Queen: One queen will be destroyed during this process; if possible, choose which queen to remove and kill the other.

Notes: This method ensures that all bees are saved and valuable colonies are formed without loss.

The additional knowledge and skills required of assault climbers include:

• Use specialized mountaineering equipment
• Perform multipitch climbing: Free climbing and aid climbing, leading on class 4 and 5 terrain
• Conduct multipitch rappelling
• Establish and operate hauling systems
• Establish fixed ropes with intermediate anchors
• Move on moderate angle snow and ice
• Establish evacuation systems and perform high-angle rescue
• Perform avalanche hazard evaluation and rescue techniques
• Be familiar with movement on glaciers