diff --git a/Turtle-a-thon/360-tree/360-tree.mp4 b/Turtle-a-thon/360-tree/360-tree.mp4
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diff --git a/Turtle-a-thon/360-tree/README.md b/Turtle-a-thon/360-tree/README.md
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+# 360-Tree🌳
+
+I've used turtle GUI 🐢 to make a 360-degree fractal tree. It comprises three layers and recursion has been used to implement the logic.
+
+## Author 🎨
+
+- **Apoorva**
+  - GitHub: [Apoorva57](https://github.com/Apoorva57) 👾✨
+
+## Project Showcase 🚀
+
+Take a look at the beautiful green 360-degree fractal tree with detailed branching.
+
+https://github.com/user-attachments/assets/84123f07-088f-4cac-9490-e6543510fb52
diff --git a/Turtle-a-thon/360-tree/main.py b/Turtle-a-thon/360-tree/main.py
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+import turtle
+
+t = turtle.Turtle()
+t.speed(0)
+turtle.bgcolor("black")
+t.left(90)
+t.speed(20) 
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(4)
+        t.pencolor("peru")
+        t.forward(l)
+        t.left(30)
+        draw(3 * l / 4)
+        t.right(60)
+        draw(3 * l / 4)
+        t.left(30)
+        t.backward(l)
+draw(20)
+t.right(90)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(4)
+        t.pencolor("saddle brown")
+        t.forward(l)
+        t.left(30)
+        draw(3 * l / 4)
+        t.right(60)
+        draw(3 * l / 4)
+        t.left(30)
+        t.backward(l)
+draw(20)
+t.left(270)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(4)
+        t.pencolor("peru")
+        t.forward(l)
+        t.left(30)
+        draw(3 * l / 4)
+        t.right(60)
+        draw(3 * l / 4)
+        t.left(30)
+        t.backward(l)
+draw(20)
+t.right(90)
+t.speed(2000)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(4)
+        t.pencolor('saddle brown')
+        t.forward(l)
+        t.left(30)
+        draw(3 * l / 4)
+        t.right(60)
+        draw(3 * l / 4)
+        t.left(30)
+        t.backward(l)
+
+
+draw(20)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(3)
+        t.pencolor("light green")
+        t.forward(l)
+        t.left(30)
+        draw(4 * l / 5)
+        t.right(60)
+        draw(4 * l / 5)
+        t.left(30)
+        t.backward(l)
+draw(40)
+t.right(90)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(3)
+        t.pencolor("sea green")
+        t.forward(l)
+        t.left(30)
+        draw(4 * l / 5)
+        t.right(60)
+        draw(4 * l / 5)
+        t.left(30)
+        t.backward(l)
+draw(40)
+t.left(270)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(3)
+        t.pencolor("light green")
+        t.forward(l)
+        t.left(30)
+        draw(4 * l / 5)
+        t.right(60)
+        draw(4 * l / 5)
+        t.left(30)
+        t.backward(l)
+draw(40)
+t.right(90)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(3)
+        t.pencolor('sea green')
+        t.forward(l)
+        t.left(30)
+        draw(4 * l / 5)
+        t.right(60)
+        draw(4 * l / 5)
+        t.left(30)
+        t.backward(l)
+draw(40)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(1)
+        t.pencolor("light green")
+        t.forward(l)
+        t.left(30)
+        draw(6 * l / 7)
+        t.right(60)
+        draw(6 * l / 7)
+        t.left(30)
+        t.backward(l)
+draw(45)
+t.right(90)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(1)
+        t.pencolor("sea green")
+        t.forward(l)
+        t.left(30)
+        draw(6 * l / 7)
+        t.right(60)
+        draw(6 * l / 7)
+        t.left(30)
+        t.backward(l)
+draw(45)
+t.left(270)
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(1)
+        t.pencolor("light green")
+        t.forward(l)
+        t.left(30)
+        draw(6 * l / 7)
+        t.right(60)
+        draw(6 * l / 7)
+        t.left(30)
+        t.backward(l)
+draw(45)
+t.right(90)
+# recursion
+def draw(l):
+    if (l < 10):
+        return
+    else:
+        t.pensize(1)
+        t.pencolor('sea green')
+        t.forward(l)
+        t.left(30)
+        draw(6 * l / 7)
+        t.right(60)
+        draw(6 * l / 7)
+        t.left(30)
+        t.pensize(1)
+        t.backward(l)
+
+draw(45)
+t.hideturtle()
+turtle.done()
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