How to Fold 5 Types of Origami Paper Trees: A Step-by-Step Guide

Folding an origami paper tree involves selecting the right paper weight, mastering foundational bases like the waterbomb or bird base, and applying precise mountain and valley folds to shape trunks and foliage. Whether you are crafting a classic pine, a tropical palm, a broadleaf deciduous tree, a weeping willow, or a potted bonsai, success relies on crisp creasing and managing paper tension. In humid tropical climates like the Philippines, paper choice is especially critical, as moisture in the air can soften fibers and cause intricate folds to lose their shape. By understanding how different paper types behave and following structured folding sequences, you can create durable, beautiful paper sculptures that stand upright and retain their form over time.

Selecting Paper and Tools for Origami Trees

Selecting the right medium is the first step to achieving clean, structural folds that do not tear or collapse. Standard origami paper, known as kami, is highly recommended for beginners because it is thin, easy to crease, and typically comes with a different color on each side. This dual-color feature is incredibly useful for origami trees, allowing you to display a brown trunk and green foliage from a single sheet of paper. For more advanced models that require multiple layers, look for paper weights between 60 gsm and 80 gsm. Heavier cardstock should be avoided, as it tends to crack at the joints and creates excessive bulk when folded repeatedly.

Before starting, prepare a flat, clean, and dry workspace to protect your paper from moisture and dirt. A bone folder is an invaluable tool for this craft; running its smooth edge along each fold ensures sharp, flat creases that help the tree maintain its structural integrity. If a bone folder is unavailable, the edge of a plastic ruler or a clean plastic card can serve as an effective substitute. Additionally, keeping a small ruler nearby helps verify paper dimensions and alignment, ensuring your starting squares are perfectly symmetrical.

Folding the Classic Pine Tree

The classic pine tree is a traditional, layered conifer shape that relies on symmetrical valley and mountain folds. To begin, use a square sheet of green paper, white side up. Fold the paper diagonally in both directions, then fold it horizontally and vertically to establish the crease pattern for a waterbomb base. Collapse the paper along these creases to form a compact triangle with four separate flaps. This base provides the necessary volume and layers to build the pine’s iconic tiered branches.

Next, work with each of the four flaps individually. Fold the outer edges of each flap inward to meet the center crease, performing a squash fold to flatten them into neat, narrow diamonds. To create the distinct, stepped tiers of the pine tree, make horizontal valley folds across the bottom of these diamonds, folding the tips upward and then tucking them back inside. Repeat this process uniformly on all sides, adjusting the angle and width of each fold to ensure the tiers taper gradually toward the top of the tree.

To complete the model, focus on the bottom trunk section. You can fold the lowest points of the paper inward to form a self-standing base, or fold a separate, smaller square of brown paper into a tight cylinder to serve as a trunk. If using a separate trunk, gently slide the top of the brown cylinder into the bottom opening of the green canopy. Ensure the connection is snug so the tree remains balanced and upright when placed on a flat surface.

Folding the Tropical Palm Tree

Crafting a tropical palm tree requires a different approach, focusing on a tall, textured trunk and sprawling, frond-like leaves. For this model, you will use two separate sheets of paper: a brown sheet for the trunk and a green sheet for the canopy. Start with the trunk by cutting a brown sheet into a long, narrow rectangle. To mimic the rough, segmented texture of natural palm bark, apply a series of tight, parallel accordion folds along the entire length of the strip, then gently pull the ends to slightly expand the pleats.

For the palm fronds, take the green square and fold it diagonally to form a large triangle. Starting from the long folded edge, make alternating mountain and valley folds toward the opposite point, creating a fan-like pleat pattern. Once the pleating is complete, carefully open the folds from the center outward. This technique allows the paper to spread into wide, pointed fronds that resemble natural palm leaves without requiring any cuts.

To assemble the palm tree, insert the top of the pleated trunk into the center fold of the green canopy. Because palm trees are top-heavy, structural balance is essential. Flare the bottom of the brown paper trunk outward to create a wider, circular base. Test the stability of the tree on a flat surface; if it tilts, adjust the accordion folds in the trunk to redistribute the weight evenly.

Folding the Broadleaf Deciduous Tree

To fold a broadleaf deciduous tree, such as an oak or maple, you must generate a rounded, bushy canopy. Start with a square sheet of paper and fold it into a bird base, which provides multiple long flaps pointing in different directions. This base is ideal for creating the organic, spreading branches characteristic of deciduous trees.

Begin shaping the canopy by folding the top points of the bird base downward and outward. Use squash folds to flatten these points, transforming the sharp angles into softer, overlapping layers. Gently insert your fingers into the pockets of these folds to puff them out, giving the canopy a three-dimensional, rounded appearance. By varying the angles of these squash folds slightly, you can avoid rigid symmetry and achieve a more natural, organic look.

For the trunk, gather the lower sections of the bird base and twist them gently together to form a single, solid column. To enhance the realistic appearance of the tree, curve the twisted trunk slightly to one side. This slight bend simulates the natural growth patterns of trees reacting to wind and light, while also lowering the model’s center of gravity to help it stand securely.

Folding the Weeping Willow

The weeping willow is characterized by its long, drooping branches and delicate silhouette. This model requires careful handling, as the paper must be folded into thin, fragile strips. Start with a preliminary base, keeping the closed point at the top and the open flaps at the bottom.

To produce the hanging branches, perform sequential reverse folds to split the main lower flaps into multiple thin, downward-pointing strips. This branch-splitting technique requires patience; make sure each fold is aligned precisely before pressing it flat. If the paper is too thick, the strips may bunch up, so a lightweight kami paper is highly recommended for this specific design.

Once the hanging strips are formed, use a bone folder or the smooth barrel of a pen to gently curl the paper edges downward. Run the tool lightly along the paper strips, applying just enough pressure to create a soft curve without creasing or tearing the fibers. Because these thin paper points are delicate, handle them with minimal pressure, especially in humid environments where the paper may be more prone to tearing.

Folding the Potted Bonsai Tree

The potted bonsai tree is a more complex, advanced design that integrates a textured trunk, a compact canopy, and a structural pot from a single sheet of paper. Use a large square of dual-colored paper, starting with the pot color facing down. Fold the bottom third of the paper using a box-fold technique, similar to a traditional Masu box, to create a sturdy, three-dimensional square base that represents the ceramic pot.

From the center of this folded pot, pull the remaining paper upward to begin forming the trunk. Twist and crimp the paper tightly to expose the reverse color, creating a gnarled, weathered trunk texture typical of ancient bonsai trees. At the top of the trunk, fold the remaining paper into tight, compact clusters using a series of small squash folds to represent dense foliage pads.

Precision is absolutely vital when folding the potted bonsai. Because of the miniature scale and the complexity of integrating the pot and tree, even a minor misalignment in the initial box folds can cause the entire model to sit crookedly. Take your time with each crease, using a bone folder to lock the folds in place and ensure the finished bonsai sits perfectly level inside its paper pot.

Displaying and Preserving Your Origami Trees

Once your origami trees are complete, proper display and preservation techniques will keep them looking pristine for years. To help your trees stand upright on shelves or desks, use a small piece of non-damaging, reusable mounting putty under the base of the trunk. For permanent displays, a tiny drop of acid-free paper glue can secure the tree to a small wooden slice or a decorative cardboard base without damaging the paper fibers.

Environmental factors play a significant role in the longevity of paper crafts. In tropical climates, high humidity can cause paper to absorb moisture, leading to sagging branches and warped bases. To prevent this, display your origami trees away from open windows, air conditioning vents, and direct sunlight, which can quickly fade vibrant paper colors. Placing your finished models inside a glass dome or a sealed acrylic display case with a small packet of silica gel is an excellent way to protect them from dust and moisture.

When storing your origami trees, avoid stacking them or placing them in tight spaces where they might be crushed. Use sturdy, compartmentalized cardboard boxes, and gently pack tissue paper around the branches to maintain their three-dimensional shape. With proper care and storage, your hand-folded paper forest will remain a beautiful and durable testament to your crafting skills.

Frequently Asked Questions (FAQ)

What is the best paper size for beginners folding origami trees?

For beginners, a standard 15×15 cm (6×6 inches) square of origami paper is the ideal size. This dimension is large enough to handle comfortably without your fingers getting in the way of intricate folds, yet small enough that the paper retains its structural stiffness. As you progress to more complex models like the weeping willow or the potted bonsai, scaling up to a 20×20 cm (8×8 inches) or 25×25 cm (10×10 inches) sheet is beneficial. Larger sheets provide more surface area to accommodate multiple layers and complex folds without making the model too thick or bulky.

How do I fix a torn edge during a complex fold?

If a piece of paper tears during a complex fold, you can often make a discreet repair using a tiny amount of acid-free paper glue applied with the tip of a toothpick. Press the torn edges back together gently and let the glue dry completely before resuming folding. Alternatively, a small piece of matte, invisible document tape placed on the interior, non-visible side of the fold can secure the tear. However, if the tear occurs along a primary structural crease that supports the weight of the tree, it is usually best to restart with a fresh sheet of paper to ensure the finished model remains stable.