Monocot Leaf vs. Dicot Leaf: Definition, 9 Differences, Examples

Leaf of a monocot vs. leaf of a dicot: Leaves are important to plants because they do photosynthesis. With the help of the sun’s energy, photosynthesis is the process by which organic molecules are made from simple inorganic molecules.

Because leaves are so important, there are many different kinds, and each one serves a different purpose. There are two kinds of leaves: monocot leaves and dicot leaves. Dicot leaves have two seed leaves, while monocot leaves only have one.

The only difference between these two types of leaves is the number of seed leaves. The shapes, sizes, and colours of monocot and dicot leaves are also different.

What Is Monocot Leaf?

A flowering plant with only one cotyledon, or seed leaf, is called a monocotyledon, or monocot.

Monocots are different from other plants because their leaf blades have parallel veins, their flower parts come in groups of three, and their roots are fibrous. Monocots are plants like grass, flowers, and palms.

What Is Dicot Leaf?

A dicot leaf has two cotyledons, which are the seed leaves. The word “dicot” comes from a Greek word that means “two seeds.” Cotyledons are often different sizes and shapes, and dicots are the first leaves to come out of a seed that is starting to grow.

Monocot Leaf vs. Dicot Leaf

The veins of a dicot leaf often branch out more than those of a monocot leaf, and the shape of a dicot leaf is more complicated. Dicot leaves are found on most plants that bloom, such as many trees and shrubs.

Monocot vs Dicot Leaves (13 Key Differences)

CharacteristicsMonocot leavesDicot leaves
DefinitionMonocotyledonous leaves are narrow and elongated with parallel venation, which is often used to distinguish monocotyledonous plants from dicots.Dicotyledonous leaves are usually rounded with reticulate venation that can be distinguished from monocotyledonous leaves in their structure and anatomy.
ShapeMonocot leaves are narrow, slender, and longer than dicot leaves.Dicot leaves are broad and relatively smaller than monocot leaves.
SymmetryMonocot leaves are isobilateral in symmetry.Dicot leaves are dorsoventral as the upper and lower surfaces of the leaves are distinguished.
VenationMonocot leaves have parallel venations as the longitudinal veins run along the length of the leaf that is connected by tiny commissural veins.Dicot leaves have reticulate venation consisting of veins of different sizes connected to form a complex network.
StomataThe number of stomata on the upper and lower surfaces of the leaves is equal, and thus monocot leaves are also termed amphistomatous.Dicot leaves contain more stomata on the lower surface than the upper surface. Some dicot leaves do not have any stomata on the upper surface, and such plants are termed hypostomatous.
Guard cellsThe guard cells in the monocot leaves are dumb-bell shaped.The guard cells in the dicot leaves are kidney-shaped.
Intercellular spacesMonocot leaves have smaller intercellular spaces as the cells are compactly arranged.Dicot leaves have larger intercellular spaces as the cells are loosely packed.
Vascular bundlesBoth large and small vascular bundles occur in the monocot leaves.Dicot leaves contain larger vascular bundles.
The xylem of monocot leaves is differentiated into metaxylem and protoxylem.The xylem in dicot leaves is not differentiated into metaxylem and protoxylem.
The bundle sheath of the monocot leaves is sclerenchymatous.The bundle sheath of the dicot leaves is parenchymatous.
EpidermisEpidermal cells of monocot leaf have heavy deposition of silica.Epidermal cells of dicot leaf do not have silica deposition.
The epidermis of monocot leaves has bulliform or motor cells.The epidermis of dicot leaves doesn’t have bulliform or motor cells.
MesophyllThe mesophyll of monocot leaves is differentiated into spongy mesophyll and palisade mesophyll.The mesophyll of dicot leaves is not differentiated.

Monocot Leaf vs. Dicot Leaf Similarities

  • Both leaves of monocots and dicots have chloroplasts, which are sites for photosynthesis.
  • Both of the leaves have stomata and guard cells.
  • Photosynthesis is well done by these leaves.

Monocot Leaf vs. Dicot Leaf Pros and Cons

Monocot Leaf Pros & Cons

Monocot Leaf Pros

  • The monocot leaf is from a real plant.
  • The leaf of a monocot is thin.
  • The monocot leaf is green.
  • The monocot leaf looks normal.

Monocot Leaf Cons

  • Compared to the leaves of other plants, the leaves of monocots are weak and hang down.
  • These leaves don’t lose their colour or die in the winter.
  • The leaves of monocots spread because they grow quickly.
  • The leaves of monocot plants don’t last long.

Dicot Leaf Pros & Cons

Dicot Leaf Pros

  • The dicot leaf is thin and light, and it is easy to pick by hand.
  • It costs less to farm the dicot leaf.
  • The dicot leaf farm does not need to be watered.
  • Pesticides are not required.

Dicot Leaf Cons

  • The shapes of the leaves of dicot plants range from oval to kidney-shaped.
  • There are a lot of dicot plants.
  • Dicots have leaves that grow on the side.
  • Dicot leaves are quite huge.
  • Leaves on dicot plants only grow once a year.

Examples of Monocot Leaves

1. Maize leaves

  • Because they are simple and neat, maize leaves are the most common type of monocot leaves.
  • Normal maize plants have about 20 leaves, which can be in different stages of growth at the same time. About 70 cm long and 8 cm wide, a mature maize leaf has a width of about 8 cm.
  • There are three parts to a maize leaf: the upper blade, the bottom sheath, and the auricle. The leaf cells are very aligned and oriented so that the lines are parallel and the shape is long.
  • The mesophyll and vascular tissue are surrounded by epidermal tissue on both sides of the blade of a maize leaf.
  • The cells that make up the epidermis of a maize leaf are either specialized or not specialized.
  • Specialized cells have stomatal complexes and three kinds of hair cells: huge macrohairs, tiny microbars, and two-celled hairs. These cells help keep things safe.

2. Grass

  • A grass leaf is a monocot leaf that has a long shape and grows from a node that has a cylindrical sheath at the bottom that wraps around the stem and other leaves.
  • The sheaths on the outside are hollow cylinders that are split down one side. Most of the time, these sheaths are made of structures that overlap.
  • The leaf has an auricle, which can look like an ear or be a hairy edge near the leaf’s base.
  • The epidermis of a grass leaf is made up of hair cells that protect the plant from different dangerous things.
  • Because the shape, texture, and amount of hair on the leaves can be different between species and even within the same plant, they are often used to tell grasses apart.

Monocot Leaf vs. Dicot Leaf

Examples of Dicot Leaves

1. Mustard leaves

  • Mustard is a common dicotyledonous plant that is used to study these kinds of plants.
  • In 4 weeks, mustard leaves will start to grow and reach a length of 6 to 8 inches. In about 6 weeks, a mustard leaf that is ready to be picked will be 15 to 18 inches long.
  • The leaves are green and broad, with numerous small veins running through them.The leaves are flattened from the back to the front, and the back is darker than the front.
  • Mustard leaves have a small number of specialized hair cells on the top layer of their skin. These hair cells protect the plant from losing water and from poisons.
  • Because they are full of nutrients, mustard leaves are used as vegetables.

2. Mint leaves

  • Mint is a fast-growing plant with pairs of round, lance-shaped leaves on opposite sides of the stem.
  • The leaves are only 4-5 inches long and are very small. On the other hand, the size of the leaves depends on how old and mature they are.
  • The leaves have a central midrib, from which veins branch out in different directions.
  • Both the top and bottom surfaces of the leaves are covered with tiny hairs.
  • The smell of mint leaves is strong and pleasant. In many different cultures, these leaves are used as spices in foods.


Dicot and monocot plants have very different leaves. The pattern of veins distinguishes monocot leaves from dicot leaves. Reticulate venation is found in dicot leaves, while parallel venation is found in monocot leaves.

Also, the leaves of monocots are flat and thin, while the leaves of dicots are broad. Also, the top and bottom sides of monocot leaves are the same and have the same colour, but the top and bottom sides of dicot leaves are different and have different colours.

Also, monocot leaves and dicot leaves have stomata in different places. Stomata are found in both layers of the epidermis of monocot leaves, but only in the lower layer of the epidermis of dicot leaves. This is the last point about how monocot and dicot leaves are different.

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