What Does a Monstera Node Look Like? Visual Guide

By Marcus Williams · January 24, 2026

A Monstera node is a small, raised bump on the stem where leaves, aerial roots, and new growth emerge—it’s essential for propagation and plant health. Nodes appear as circular or ring-like ridges, typically located directly below where a leaf attaches to the stem.

Understanding the Monstera Node: Structure and Function

The node is one of the most critical parts of a Monstera deliciosa or related species. It’s not just a physical feature; it’s a growth powerhouse. Each node contains meristematic tissue capable of producing new stems, leaves, and aerial roots.

Key Features of a Healthy Monstera Node

Visible as a slight bulge or ridge on the stem
Located directly below the petiole (leaf stem)
May have a brownish or woody appearance in mature plants
Can produce aerial roots, especially in humid environments
Must be included in cuttings for successful propagation

How to Identify a Monstera Node vs. Other Stem Features

Misidentifying nodes can lead to failed propagation attempts. Here are common points of confusion:

Node vs. Leaf Scar: A leaf scar is a flat mark left behind after a leaf falls; a node is raised and active.
Node vs. Internode: The internode is the smooth stem section between nodes—no growth originates here.
Node vs. Aerial Root: Roots emerge from nodes but are distinct structures; a node itself is part of the stem.

Why Monstera Nodes Matter for Propagation

Successful propagation depends entirely on including at least one node in your cutting. Without it, no new roots or shoots can form.

Steps to Take a Node-Inclusive Cutting

Locate a healthy node below a leaf junction.
Use sterilized scissors to cut 1–2 inches below the node.
Ensure the cutting includes at least one node and one leaf.
Place the node submerged in water or buried in soil.
Maintain warmth and indirect light for root development.

Feature	Present at Node?	Typical Color	Texture	Growth Potential
Leaf Attachment Point	Yes	Green to brown	Raised, woody	High (new leaves)
Aerial Root Emergence	Yes	Tan to brown	Knobby	High (roots)
Internode Region	No	Uniform green	Smooth	None
Leaf Scar	No	Tan, flat	Flat, healed	None

Table data source:1, 2

The data confirms that only the node region supports multi-directional growth. Aerial roots and new shoots originate exclusively from nodes, making them indispensable for cloning or reviving Monsteras. In contrast, internodes and scars show no regenerative capacity.

Common Mistakes When Handling Monstera Nodes

Propagating without a node—leads to leaf death with no new growth
Overwatering cuttings—causes node rot before rooting occurs
Placing node above water or soil—prevents root initiation
Confusing aerial roots with nodes—results in incorrect cutting techniques

Frequently Asked Questions About Monstera Nodes

What does a Monstera node look like?

A Monstera node appears as a raised, ring-like bump on the stem, usually just below where a leaf connects. It may have a slightly woody texture and can emit aerial roots. It’s often tan to brown and more prominent than the surrounding stem.

Can a Monstera leaf propagate without a node?

No, a leaf alone cannot grow into a new plant. While it may survive in water for weeks, it lacks meristematic tissue found only in nodes. Without a node, no roots or new stems will develop.

How many nodes should a Monstera cutting have?

At least one node is required for propagation. However, cuttings with two nodes increase success rates and promote faster root and shoot development, especially in low-humidity environments.

Do all Monstera stems have visible nodes?

Mature stems always have nodes, but they may be less visible on young growth. As the plant ages, nodes become more pronounced and woody. In rare cases, etiolated (stretched) plants may have spaced-out, harder-to-spot nodes.

What happens if a Monstera node turns black?

A black or mushy node indicates rot, usually due to overwatering or poor sanitation. Remove affected tissue immediately and replant in dry, well-draining medium. If the entire node is compromised, propagation may fail.