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Driftwood Joinery Without Nails

April 4, 2026 by admin

Anyone can tie sticks together, but only a master knows how to make the wood hold itself. The difference between a ‘beach craft’ and a legacy piece of furniture is in the joinery. We’re showing you how to move from ‘Standard’ plastic fasteners to ‘Pro’ level natural wood interlocking.

Working with driftwood requires a unique mindset. This material has spent months or years in the belly of the ocean, being tumbled, salt-cured, and sand-scoured. Most people see a twisted branch and reach for a plastic zip tie or a handful of deck screws. Those methods are fast, but they fight against the wood instead of working with it.

True driftwood joinery treats the irregular shapes of the shore as a puzzle to be solved. Instead of forcing a straight line where none exists, you learn to carve the wood so it fits like a lock and key. This process is slower and requires more grit, but the result is a piece that feels like it grew together on the sand.

Natural interlocking joinery relies on the physics of friction and gravity. It moves beyond the temporary and into the realm of the heirloom. When you master these techniques, you aren’t just building furniture; you’re preserving a story told by the tides.

Driftwood Joinery Without Nails

Driftwood joinery is the art of connecting ocean-found timber using only the wood itself. It replaces metal hardware with structural geometry. This approach is rooted in ancient maritime and pioneer traditions where iron was a luxury and wood was abundant.

In a world of mass-produced plastic, this method stands out for its sustainability and raw beauty. Driftwood is often salt-saturated, which makes it resistant to rot but also brittle and prone to shattering if you try to drive a nail into it. Joinery bypasses this risk by distributing pressure across a larger surface area.

Real-world applications range from coastal furniture like benches and tables to large-scale beach shelters. Architects and artisans choose this path because it creates a seamless visual flow. A metal screw is a jarring interruption in a sea-weathered log, but a wooden peg is a quiet continuation of the grain.

Think of it like the difference between a taped-together box and a dovetail chest. One is a temporary solution for a short-term problem. The other is a structural statement that respects the material’s integrity and history.

How the Wood Holds: The Mechanics of Interlocking

The secret to nail-free joinery lies in three principles: friction, mechanical locking, and moisture management. . When two pieces of wood are carved to fit perfectly, the microscopic fibers interlock and create a bond that resists movement.

The Power of the Mortise and Tenon

The mortise and tenon is the backbone of traditional woodworking. In driftwood, where logs are rarely straight, this joint becomes a masterpiece of customization. You carve a ‘tenon’ (a protruding tongue) on one piece and a ‘mortise’ (a corresponding hole) in the other.

Because driftwood is often irregular, the mortise must be hand-chopped to match the specific curve of the branch. This is not about 90-degree angles. It is about ‘scribing’—tracing the exact contour of the branch onto its partner so they seat together without gaps.

Treenails and the Art of the Peg

Treenails, also known as ‘trunnels,’ are wooden pegs used to lock a joint in place. Unlike a metal nail that rusts and expands, a treenail behaves exactly like the wood around it. It breathes with the seasons.

You can make your own treenails by whittling down scraps of harder wood or using a draw plate. When you drive a bone-dry peg into a slightly damp driftwood joint, the peg absorbs moisture, swells, and creates a permanent, structural lock that is nearly impossible to pull apart.

Wedged Through-Joints

A wedged through-tenon is where the tenon passes completely through the mortised log. You then cut a small slit in the end of the tenon and drive a thin wooden wedge into it. This flares the end of the tenon, making it wider than the hole it passed through.

This technique creates a mechanical lock that does not rely on glue. It is an honest joint—you can see exactly how it works from the outside. For a practitioner, it is the ultimate expression of ‘pioneer-grit’ engineering.

Benefits of Natural Joinery

Choosing natural joinery over plastic or metal offers practical advantages that go beyond aesthetics. The most immediate benefit is longevity. Metal fasteners in a coastal environment are a ticking clock; salt air eventually wins the battle against steel.

Wood-to-wood connections distribute stress. When a person sits on a driftwood bench, the weight is shared across the entire surface of the mortise and tenon. In a screwed joint, all that pressure is concentrated on the tiny threads of the screw, which eventually crush the surrounding fibers.

Environmental harmony is another factor. A piece of furniture held together with wooden pegs can eventually return to the earth without leaving behind a trail of microplastics or rusted shards. It is a closed-loop system of craftsmanship.

Finally, there is the ‘pride of the maker.’ Anyone can pull a trigger on a power drill. Carving a nested joint by hand requires a deep understanding of wood grain and structural limits. It transforms a hobby into a trade.

Challenges and Common Mistakes

Working with driftwood is not for the faint of heart. . One of the most common pitfalls is ignoring ‘punky’ wood. Driftwood often has soft, rotted sections hidden under a sun-bleached exterior. If you cut a joint into punky wood, the structure will fail under the first sign of load.

Failing to account for salt crystals is another error. Driftwood is essentially sandpaper in log form. If you do not clean the wood thoroughly, the salt and sand embedded in the fibers will dull your chisels in minutes. . A master always starts with a stiff wire brush.

Beginners often try to force ‘perfect’ geometry on ‘imperfect’ logs. Trying to cut a perfectly square tenon on a twisted cedar root usually results in a weak joint. You must learn to work with the natural ‘crook’ or ‘sweep’ of the wood.

Another mistake is over-reliance on glue. While glue has its place, a truly successful natural joint should hold its own weight before the adhesive is ever applied. If your joint falls apart without glue, the geometry is wrong.

Limitations of the Method

Natural joinery requires significant time and patience. A single complex joint can take hours to scribe and cut, whereas a screw takes seconds. This method is not ideal for high-production environments or projects with tight deadlines.

Tool requirements are also more specific. You cannot do this with a basic household toolkit. You need sharp chisels, a high-quality mallet, a brace and bit for boring deep holes, and a reliable way to keep your edges razor-sharp.

Environmental constraints also play a role. Very brittle, old driftwood may lack the structural integrity needed for complex interlocking. In these cases, the wood may be better suited for decorative art rather than functional furniture.

Weight is the final limitation. Traditional joinery often uses thicker members to ensure enough ‘meat’ is left around a mortise. This can result in very heavy furniture that is difficult to move alone.

Comparison: Plastic Ties vs. Natural Interlocking

Understanding the trade-offs between modern convenience and traditional skill is essential for any serious builder. The following table breaks down the key differences between ‘Standard’ fasteners and ‘Pro’ joinery.

Factor	Plastic Fasteners (Standard)	Natural Joinery (Pro)
Durability	Low; degrades in UV and salt.	High; lasts for generations.
Visual Appeal	Industrial; distracting.	Organic; seamless.
Skill Level	Novice; requires no training.	Advanced; requires practice.
Cost	Low upfront; high replacement cost.	High tool cost; zero material cost.
Maintenance	Requires tightening or replacing.	Virtually zero.

Practical Tips and Best Practices

Success in driftwood joinery begins at the shoreline. When selecting wood, look for ‘silver-backs’—logs that have been bleached white by the sun and feel heavy for their size. This indicates a high mineral content and a dense, structural core.

Always keep a sharpening stone on your workbench. Salt-saturated wood is abrasive. A chisel that was sharp at 8:00 AM will be dragging by 10:00 AM. Frequent, light honing is better than waiting until the tool is blunt.

Use the ‘sun-bleached test’ to check for moisture. If a log feels cool to the touch even after sitting in the sun, it is likely still wet inside. Working with wet wood leads to shrinking joints that will eventually rattle and fail. Let your wood sit in a dry, shaded area for at least two weeks before cutting.

Mark your joints with a knife rather than a pencil. Driftwood surfaces are often dusty or irregular, making pencil lines hard to see. A deep knife wall gives your chisel a place to ‘seat,’ ensuring a more accurate first cut.

Advanced Considerations: The Scribe-and-Fit Method

For serious practitioners, the ultimate challenge is joining two completely irregular logs at a complex angle. This requires a technique called ‘full-log scribing.’ You level the base log, suspend the top log exactly where you want it to sit, and use a specialized scriber (a compass with levels) to transfer the bottom log’s topography to the top one.

This method allows you to create ‘saddle notches’ or ‘coped joints’ that look as if the wood flowed around itself. It is a three-dimensional puzzle. You are not just cutting a hole; you are carving a negative space that perfectly mirrors the positive space of the adjoining branch.

Think about the physics of the ‘long groove.’ In log construction, the weight of the upper log is carried by the outer edges of the joint, while the center remains slightly hollow. This ‘over-scribed’ fit ensures that as the wood dries, the joint pulls tighter rather than opening up.

Mastering this allows you to build structures like driftwood pavilions or archways that can withstand coastal winds without a single ounce of metal. It is the pinnacle of the pioneer-grit aesthetic.

Example Scenario: Building the Shore-Bound Bench

Imagine you have found two thick, Y-shaped driftwood stumps and one long, straight cedar log. You want to build a bench that sits firmly on the sand. A beginner would screw the log across the top of the Y-shapes. A pro uses the through-mortise.

First, you flatten the top ‘crotch’ of the Y-stumps using a drawknife. You then bore a series of 1-inch holes through the center of the Y using a brace and bit. After cleaning the waste with a chisel, you have two rectangular mortises.

Next, you carve the ends of the long cedar log into tenons that match the mortises. You leave the tenons long enough to stick out two inches on either side. Before assembly, you cut a vertical slit in each tenon end.

Finally, you slide the seat into the legs. You drive a wedge made of oak or black locust into the slits. The tenon flares, the joint locks, and you have a bench that will remain solid long after the plastic chairs at the beach house have cracked and faded.

Final Thoughts

Moving from plastic fasteners to natural joinery is more than a technical upgrade. It is a shift in how you perceive the world around you. You stop looking for ways to dominate the material and start looking for ways to cooperate with it. This is the essence of the master’s path.

While the learning curve is steep and the labor is hard, the rewards are measured in decades rather than seasons. A piece of driftwood held together by its own strength carries a weight and a presence that no ‘beach craft’ can ever match. It is a testament to the endurance of both the wood and the maker.

We encourage you to go to the shore, find two pieces that speak to each other, and try a simple mortise and tenon. Don’t worry about perfection on the first try. Just focus on the feel of the wood and the honesty of the joint. Once you see a piece of wood hold itself, you’ll never go back to plastic again.

Sources

¹ youtube.com (https://www.youtube.com/shorts/WY0I65hS8vI) | ² knappconnectors.com (https://knappconnectors.com/blog/how-to-resources/the-history-of-traditional-woodworking-joinery/) | ³ cabidigitallibrary.org (https://www.cabidigitallibrary.org/doi/pdf/10.5555/20143263902) | ⁴ americanrotary.com (https://www.americanrotary.com/blog/woodworking-joints/) | ⁵ wwgoa.com (https://www.wwgoa.com/post/best-woodworking-joints) | ⁶ outdoorrevival.com (https://www.outdoorrevival.com/instant-articles/before-nails-there-was-pegged-wood-construction.html) | ⁷ amishfurniturefactory.com (https://www.amishfurniturefactory.com/amishblog/a-guide-to-wood-joinery/)

Diy Driftwood Garden Trellis

April 4, 2026 by admin

While big-box stores charge a premium for flimsy plastic, the ocean is washing up professional-grade garden infrastructure for $0. Why spend $50 at the garden center for something that snaps in a light breeze? The ocean has spent decades sun-curing and salt-hardening the strongest plant supports on earth. Discover how to turn a morning beach walk into a lifetime of indestructible garden infrastructure.

Most modern gardeners are trapped in a cycle of buying and replacing. We purchase thin cedar lath or hollow green plastic stakes that bow under the weight of a single heavy tomato crop. This is a waste of money and a disservice to the plants that deserve a steady foundation. The solution isn’t in a catalog, but rather at the high-tide line where the tide deposits timber that has been tested by the elements.

Gardeners of the past knew that the best materials were those that had already survived the worst conditions. Driftwood isn’t just “old wood.” It is timber that has been stripped of its bark, leached of its rotting saps, and mineralized by the sea. When you bring these pieces into your garden, you are installing a piece of natural history that can support your heaviest climbers for decades.

Diy Driftwood Garden Trellis

A DIY driftwood garden trellis is a plant support structure built entirely from salvaged timber found along coastlines, riverbanks, or lake shores. Unlike the uniform, pressure-treated lumber found at the local yard, driftwood possesses unique, weathered shapes that provide superior “grip” for climbing vines. It exists as a marriage between functional engineering and organic art, serving as a focal point in the landscape even when the plants are dormant.

This type of infrastructure is used in real-world situations ranging from small-scale kitchen gardens to large ornamental estates. In a vegetable patch, it serves as a vertical ladder for heavy cucumbers and pole beans. In a formal flower garden, it provides a rustic contrast to the delicate blooms of clematis or climbing roses. Because every piece of wood is shaped by water and stone, no two trellises are ever identical.

Visualize the difference between a standard grid of plastic mesh and a towering tripod of salt-cured oak. The plastic is an eyesore that hides behind the foliage. The driftwood is a sculptural element that enhances the garden’s character. It tells a story of the forest meeting the sea, ending its journey as a servant to your soil.

How It Works: From Shoreline to Soil

Building a driftwood trellis begins with a keen eye and a sturdy pair of boots. You must look for wood that has been “processed” by the water. This means the bark is gone, the edges are rounded, and the wood feels surprisingly lightweight yet hard to the touch. This lightness indicates that the sap has been leached out, leaving behind a structural skeleton of lignin and cellulose that is highly resistant to further decay.

Once you bring your timber home, the first step is desalinization. While salt is a natural preservative for the wood, it can be a toxin for your soil if it leaches out in high concentrations near sensitive roots. Soak your wood in a trough of fresh water for 48 to 72 hours, changing the water daily. . This process draws the salt out of the outer layers of the wood, making it safe for direct contact with your prize-winning vegetables.

Assembly is the stage where you must think like an old-world shipwright. Driftwood is rarely straight, so you cannot rely on standard carpentry squares. You must work with the natural curves of the wood, using “lashing” techniques or pre-drilled joinery. Use heavy-gauge copper wire or rot-resistant jute twine to bind the pieces together. Copper is particularly useful because it develops a beautiful patina and has natural antimicrobial properties that can help prevent fungal spread on the trellis.

For more permanent structures, use a drill to create holes for wooden dowels. When the dowels get wet from rain or irrigation, they swell inside the hole, creating a “lock” that tightens over time. This avoids the use of iron nails which can rust and cause “iron rot” in the wood. A well-constructed driftwood trellis is an exercise in tension and balance, relying on the wood’s inherent strength rather than modern fasteners.

Benefits of Salt-Cured Infrastructure

The primary advantage of using driftwood is its incredible longevity. Ocean-sourced timber has been cured in a brine that naturally kills wood-boring insects and fungal spores. This salt-curing process creates a material that is often more durable than the “rot-resistant” cedar sold at retail. You are effectively getting professional-grade material for the cost of a walk on the beach.

Aesthetics play a massive role in the value of these structures. . The silvery-gray patina of sun-bleached wood blends perfectly with the natural tones of a garden. It creates a “timeless” look that looks better as it ages. While a painted plastic trellis will peel and crack under UV exposure, driftwood only grows more characterful as the sun continues to cure its surface.

Environmental stewardship is another measurable benefit. By salvaging driftwood, you are preventing waste and reducing the demand for commercially harvested lumber. Many commercial “garden woods” are sourced from old-growth forests or treated with harsh chemicals like ACQ (Alkaline Copper Quaternary) to prevent rot. Driftwood is a 100% natural, carbon-neutral alternative that requires no industrial processing or shipping halfway across the globe.

Practicality for the plants themselves cannot be overlooked. The rough, pitted surface of weathered wood provides thousands of tiny “handholds” for the tendrils of peas and passionflowers. Smooth plastic or metal often requires the gardener to manually tie the plants to the support. On driftwood, the plants can climb naturally and securely, even in high winds.

Challenges and Common Mistakes

One of the most frequent errors is failing to check the structural integrity of the wood. Not everything that washes up is solid. Some pieces may be infested with “shipworms” (Teredo worms) or have internal rot from being trapped in anaerobic mud. Always perform the “knee test”: place the wood across your knee and apply downward pressure. If it gives or cracks easily, it belongs in the kindling pile, not the garden.

Ignoring local regulations is another pitfall that can lead to heavy fines. Many public beaches have strict “driftwood rules” to protect the shoreline ecosystem. In some states, like Oregon, you can take small amounts for personal use, but using mechanized equipment or taking large quantities is prohibited. Always research the specific rules for your stretch of coast before you start loading up the truck.

Gardeners often forget to stabilize the base of the trellis. Because driftwood pieces are often heavy and irregularly shaped, they can be top-heavy. Simply sticking the wood a few inches into the dirt is a recipe for disaster during a summer storm. You must either bury the main supports at least 12 to 18 inches deep or secure them to a hidden metal T-post for extra leverage.

Failing to rinse the wood is a silent killer for gardens. If you take wood directly from a salt-spray environment and place it next to a salt-sensitive plant like a cucumber, the first rain will wash a concentrated brine into the root zone. This causes osmotic stress, where the salt pulls water out of the plant’s roots. Always prioritize the 72-hour fresh-water soak to ensure your soil stays healthy.

Limitations and Environmental Constraints

Driftwood is not a universal solution for every gardening scenario. If you live in a landlocked state, the cost of shipping driftwood or the fuel spent driving to the coast may outweigh the “free” aspect of the material. In these cases, look for “riverwood” or fallen branches in local forests, though these will not have the same salt-cured durability as ocean timber.

Size constraints are a real boundary. Unless you have a large vehicle or live within walking distance of the beach, you are limited to the size of wood you can physically transport. Building a massive pergola out of driftwood requires sourcing “hero pieces” that are often too heavy for a single person to move. You must be realistic about the scale of your project versus your logistics.

The weight of the plants themselves must be considered. While a thick piece of salt-cured oak can hold a heavy wisteria, smaller decorative branches are only suitable for light annuals like sweet peas or morning glories. Perennial vines like grapes develop thick, woody trunks that can actually crush or snap thinner driftwood supports as they grow. Match the gauge of your wood to the expected “mature weight” of your crop.

Lastly, consider the “habitat trade-off.” Driftwood on the beach provides essential shelter for birds, insects, and small crustaceans. Removing too much wood from a single area can disrupt the local ecosystem. Practice ethical beachcombing by only taking what you need and leaving the largest, most “embedded” logs to continue their role as nature’s coastal armor.

Comparison: $45 Plastic Trellis vs Free Hardbeach Timber

When deciding whether to spend your Saturday at the garden center or the beach, it helps to look at the hard data. The following table breaks down the measurable differences between the standard retail option and the salvaged approach.

Feature	$45 Plastic Trellis	Free Hardbeach Timber
Initial Cost	$45.00 + Tax	$0.00 (Labor Only)
Lifespan	2-4 Years (UV Degrades Plastic)	15-30 Years (Salt-Cured)
Load Capacity	Low (Bends under weight)	High (Solid wood core)
Aesthetic Value	Industrial / Artificial	Natural / Sculptural
Environmental Impact	High (Petroleum-based)	Zero (Carbon-neutral)
Maintenance	None (Until it snaps)	Occasional tightening of ties

Practical Tips and Best Practices

Focus on “triangle geometry” when designing your trellis. The triangle is the strongest shape in nature and engineering. Creating a “tripod” or “teepee” style trellis by lashing three pieces of driftwood together at the top is the most stable way to support heavy vines like pole beans. This design is also highly wind-resistant because the circular base allows gusts to move around the structure rather than pushing against a flat surface.

Use “natural cordage” for a truly integrated look. While nylon zip-ties are fast, they are a nightmare for the environment and eventually become brittle in the sun. Tarred bank line or heavy manila rope provides a “nautical” feel that matches the wood’s origin. These materials are designed for moisture and will outlast any cheap twine found at a grocery store.

Stabilize with T-posts: For tall trellises, drive a metal T-post into the ground and lash your driftwood to it. This provides a hidden spine that prevents the structure from tipping.
Orient for Sun: Place your trellis so it runs North-to-South. This ensures that the plants on both sides of the wood get an equal amount of sunlight throughout the day.
Check the End-Grain: If you must cut a piece of driftwood, seal the fresh end-grain with a bit of beeswax. This prevents moisture from entering the core of the wood where the salt-curing might be less intense.
Use Copper Accents: Wrapping a few coils of copper wire around the base of the wood can help deter slugs and snails from climbing up to eat your tender leaves.

Think about the “reach” of your plants. If you are growing peas, you need thinner “twiggy” driftwood pieces. If you are growing heavy squash, you need thick “limb-grade” timber. A common mistake is using wood that is too thick for a plant’s tendrils to wrap around. . If your main supports are thick, weave some thin jute twine horizontally between them to give the plant a ladder to climb.

Advanced Considerations for Serious Practitioners

Serious garden builders may want to explore “Shou Sugi Ban” or charring for their driftwood. Even though ocean wood is salt-cured, charring the bottom 12 inches of the wood that will be buried in the soil creates an extra layer of carbonization. This carbon layer is unappealing to fungi and soil microbes, effectively doubling the life of the underground portion of your trellis.

Joinery techniques can be elevated beyond simple lashing. Using a “mortise and tenon” joint—where one piece of wood is carved into a tab (tenon) and inserted into a hole (mortise) in the other—creates a mechanical bond that doesn’t rely on string or wire. This is difficult with the irregular shapes of driftwood but results in a piece of furniture-grade garden architecture that can last for generations.

Consider the “mineralization” of the wood. Some driftwood has been submerged for so long that it has absorbed silicates and other minerals from the water, making it almost stone-like. These pieces are exceptionally heavy but are the “gold standard” for permanent garden features. When you find a piece of “petrified” or highly mineralized driftwood, reserve it for your most permanent perennial beds, such as those for grapes or climbing roses.

Scaling up to a driftwood “archway” or “pergola” requires a deep understanding of load-bearing points. You must select pieces with natural “crooks” or “forks” that can act as structural supports for cross-beams. Instead of forcing the wood into a design, let the forks in the wood dictate where the beams will sit. This “organic engineering” is more resilient than modern bolted joints because it utilizes the wood’s natural grain strength.

Scenario: The Coastal Cucumber Ladder

Imagine you want to grow “Suyo Long” cucumbers, a variety known for reaching 15 inches in length. On the ground, these cucumbers would curl and rot. You decide to build a 6-foot driftwood ladder. You find two long, relatively straight pieces of sun-bleached fir and five shorter, uniform pieces of cedar driftwood for the “rungs.”

First, you soak all seven pieces in a large trough of fresh water for three days. After they air-dry in the sun for a week, you lay the two fir poles parallel on the grass. You use a 1-inch spade bit to drill holes halfway through the fir poles at 12-inch intervals. You whittle the ends of the cedar rungs to fit snugly into these holes.

Once the rungs are inserted, you use a small amount of exterior wood glue in the joints and further secure them with a “square lash” using tarred twine. You carry the completed 6-foot ladder to the garden and drive two 4-foot T-posts into the soil, leaving 2 feet exposed. You lash the base of the ladder to these posts. By August, the ladder is hidden behind a wall of green, and the heavy cucumbers hang perfectly straight, supported by wood that was once floating in the Pacific.

Final Thoughts

Building with driftwood is a return to a more resilient way of life. It rejects the “disposable” culture of modern gardening and replaces it with materials that have been hardened by the very forces they must now withstand. A driftwood trellis is not just a tool for growing food; it is a testament to the durability of nature and the resourcefulness of the gardener.

By choosing salvaged timber over retail plastic, you are creating a garden that is both more beautiful and more sustainable. You are saving money while investing in an infrastructure that will likely outlive the very plants it supports. It encourages you to slow down, walk the shoreline, and look at the world as a source of raw potential rather than just a collection of products to be purchased.

Start small with a simple tripod or a single decorative stake. As you gain confidence in your lashing and joinery, move on to larger structures like arches and fences. Every piece of wood you pull from the tide is a gift from the ocean—hardened by salt, cured by the sun, and ready to stand tall in your soil for years to come. Apply what you have learned, respect the coast, and let your garden grow on the back of the sea.

Sources

¹ reddit.com (https://www.reddit.com/r/PlantedTank/comments/ukktv3/whats_the_best_way_to_attach_pieces_of_driftwood/) | ² wikihow.com (https://www.wikihow.com/Clean-Driftwood) | ³ houzz.com (https://www.houzz.com/discussions/2162823/how-to-sterizilize-driftwood) | ⁴ gardenpondforum.com (https://www.gardenpondforum.com/threads/driftwood-wood-in-general-whats-safe-where-can-you-get-some.13545/) | ⁵ wikihow.com (https://www.wikihow.com/Preserve-Driftwood) | ⁶ mymumthedreamer.com (https://mymumthedreamer.com/how-to-clean-driftwood-for-crafting/) | ⁷ quora.com (https://www.quora.com/Is-it-illegal-to-take-driftwood-from-a-beach) | ⁸ public.law (https://oregon.public.law/rules/oar_736-026-0010) | ⁹ driftwoodacademy.com (https://driftwoodacademy.com/is-it-legal-to-collect-driftwood/) | ¹⁰ youtube.com (https://www.youtube.com/watch?v=LGp8Im1dYWc) | ¹¹ almanac.com (https://www.almanac.com/how-make-diy-trellis-step-step-guide-pictures)