Green Milkweed Grasshopper: Essential Facts & Tips for Enthusiasts

Green Milkweed Grasshoppers are fascinating insects that are often found in habitats where milkweed plants thrive. These grasshoppers have a unique relationship with milkweed, which contributes to their vivid coloring and intriguing behavior. In this article, we’ll explore everything you need to know about this intriguing species. Milkweed plants, such as Asclepias viridiflora, provide an … Read more

Horse Lubber Grasshopper: All You Need to Know for Easy Identification and Fascinating Facts

The Horse Lubber Grasshopper is a fascinating insect that can be found in various parts of the United States, particularly in the western region. These grasshoppers are known for their striking appearance and unique behaviors, making them an interesting focus of study for both professional and amateur entomologists alike. Sporting vibrant colors, the Horse Lubber … Read more

How Many Legs Does a Grasshopper Have? Quick Facts and Curiosities

Grasshoppers are fascinating insects that can be found all over the world. They are known for their unique jumping ability, which is achieved primarily through their highly-specialized legs. When observing a grasshopper, it’s easy to notice that they have three pairs of legs, making a total of six legs.

Each pair of legs has a specific function and adapts to perform different tasks. The first and second pair of legs are relatively small, mainly responsible for walking and holding onto various surfaces. Meanwhile, the hind pair is much larger and designed for jumping, allowing the grasshopper to quickly propel itself over considerable distances.

The anatomical structure of grasshopper legs is quite intricate. The hind legs are well-equipped with muscles, allowing for powerful jumps to evade predators or reach new feeding grounds. These legs also possess distinctive features such as enlarged femur and tibia, which further contribute to their impressive jumping capability.

Grasshopper Basics


Grasshoppers are insects that belong to the suborder Caelifera. They have six legs, with the hind pair being much larger than the first and second pair due to their adaptation for jumping1. Their body is divided into three main parts: head, thorax, and abdomen2. They also possess two pairs of wings, differing in shape, structure, and function1.

Grasshoppers have compound eyes, providing them with a wide field of vision3. Male grasshoppers may have special structures on their wings for producing sound3.

Color and Size

Grasshopper species can vary in color, typically being brown, green, or a combination of both4. Their color can serve as camouflage, making them harder for predators to detect4.

  • Males: Usually smaller than females3
  • Females: Larger than males; possess sharp points at end of abdomen for laying eggs3

In general, female grasshoppers are larger than males. For example, females have sharp points at the end of their abdomen that help them lay eggs underground3.

Comparison Table

Feature Male Grasshoppers Female Grasshoppers
Size Smaller Larger
Wing Structure Special structures for sound3 None mentioned
Abdomen None mentioned Sharp points for laying eggs3

Legs and Jumping Capabilities

Number of Legs

Grasshoppers, like all insects, have six legs. These legs are divided into three pairs, with each pair serving a different function in the grasshopper’s movement and activities.

Functions of Hind Legs

The most notable of these legs are the hind legs, which are much larger and stronger than the other two pairs. These legs are specifically adapted for jumping, allowing grasshoppers to cover great distances in meadows and fields. Key features of hind legs include:

  • Enlarged femurs
  • Distinctive markings and coloration
  • Long tibia with spines for gripping surfaces

Jumping Mechanism

Grasshoppers use their hind legs to generate a powerful force for jumping. Their strong muscles and unique joint structure allow them to create an acute angle between the thigh and shin, enabling a catapult-like action. Here’s a brief overview of how grasshoppers jump:

  1. Grasshopper contracts powerful leg muscles.
  2. Acute angle between thigh and shin is created, storing energy in extensor muscles.
  3. Rapid release of stored energy propels the insect forward with great force.

In addition to their hind legs, grasshoppers also use their wings for short flights, further enhancing their mobility in their natural habitat.

Grasshoppers’ jumping capabilities, combined with their six legs and strong mandibles, make them an agile and versatile insect that can thrive in various environments, ensuring their survival and continuation as a species.

Grasshopper Diet and Predators

Feeding Habits

Grasshoppers are primarily herbivores. They consume various plants for their diet, including leaves, flowers, and stems. Their food preferences may differ depending on the species. Some examples of plants they eat are:

  • Grasses
  • Shrubs
  • Trees

Grasshoppers require protein to grow and molt, which they usually obtain from the plants they consume.

Common Predators

Grasshoppers have numerous predators in their environment. These predators can be classified into three categories – arthropods, birds, and mammals. Some common predators include:

  • Arthropods: Spiders, wasps, and robber flies
  • Birds: Turkeys, chickens, and other insectivorous birds
  • Mammals: Rodents and some reptiles

A comparison table of common grasshopper predators:

Predator Type Examples
Arthropods Spiders, wasps
Birds Turkeys, chickens
Mammals Rodents, reptiles

In the past, flocks of turkeys and chickens were sometimes used for grasshopper control due to their effectiveness in reducing grasshopper populations (source).

Lifecycle and Reproduction

Life Stages

Grasshoppers undergo a process called gradual metamorphosis, with three main stages:

  1. Egg: It all starts here. Females lay the eggs in a special structure called a pod, in the soil or vegetation.
  2. Nymph: Hatched from eggs, these immature grasshoppers resemble the adults but have no wings. They go through a series of molts, growing larger each time.
  3. Adult: Finally, when they develop fully functional wings, they are considered adults.

Mating and Egg Laying

Grasshoppers mate after becoming adults, and their reproductive organs get activated:

  • Females: They possess an ovipositor, enabling them to lay eggs in the habitat, typically soil or vegetation.
  • Males: Their role is to fertilize the eggs. They use special structures to hold and position the females during mating.

For example, the Eastern lubber grasshopper lays eggs in a pod, usually in a place with lots of food and an adequate environment for the nymphs to thrive.

Features Nymph Adult
Wings Not functional Fully functional
Size Smaller Larger
Reproductive organs Not active Active

In summary, grasshoppers have a simple life cycle, starting as eggs, developing into nymphs, and finally becoming adults capable of reproduction. Their mating and egg-laying habits are vital for their survival in a variety of habitats.

Notable Grasshopper Species

Differential Grasshopper

The Differential Grasshopper is a shiny, brownish-yellow insect, growing up to 1¾ inches long. Adults exhibit a unique feature:

  • Hind legs with black chevrons (v-shapes)

Lubber Grasshopper

The Lubber Grasshopper is well-known for its large size and vibrant coloration. Some interesting characteristics include:

  • Inability to fly due to small wings
  • Can excrete a toxic foam as a defense mechanism

Red-Legged Grasshopper

Red-Legged Grasshoppers sport a distinctive feature:

  • Bright red hind legs, contrasting with a green or brown body

Two-Striped Grasshopper

Texas A&M University’s resource highlights the Two-Striped Grasshopper’s features:

  • Yellow body with two dark stripes
  • Good short-distance flyers, supported by long hind legs
Grasshopper Species Color Size (approx.) Unique Features
Differential Grasshopper Brownish-yellow 1¾ inches Black chevrons on hind legs
Lubber Grasshopper Various Large Toxic foam, small wings
Red-Legged Grasshopper Green or brown body, red legs Medium Red hind legs
Two-Striped Grasshopper Yellow with dark stripes Medium Good short-distance flying ability

Grasshopper Management and Impact

Impact on Food Crops

Grasshoppers are known to have a significant impact on food crops. They can consume up to 50% of their body weight in forage daily, leading to reduced crop yields.

For example:

  • Wheat
  • Corn
  • Soybeans

This consumption has adverse effects on farmers and the agriculture industry.

Methods of Control

There are several methods available to control grasshopper populations, both chemical and non-chemical. Here’s a comparison table:

Method Pros Cons
Chemical control Effective, faster results Potential environmental harm, harmful to non-target species
Biological control Environmentally friendly, targets specific species Slower results, may require higher initial investment

Some of the common biological control methods include:

  • Predators: Birds, blister beetles, and robber flies.
  • Fungal and bacterial diseases
  • Parasites

For a more natural approach, maintaining a healthy ecosystem with a diverse range of predators and natural enemies assists in managing grasshopper populations.


  1. University of Wyoming – Grasshoppers of Wyoming and the West 2

  2. USDA ARS – FG External Anatomy

  3. University of Michigan – Kids’ Inquiry of Diverse Species 2 3 4 5 6 7

  4. Texas A&M University – Grasshoppers 2

Reader Emails

Over the years, our website, has received hundreds of letters and some interesting images asking us about these insects. Scroll down to have a look at some of them.

Letter 1 – Unknown Grasshopper from Namibia


Huge unknown Namibian grasshopper
Sun, Jan 25, 2009 at 12:08 PM
Hi, i came across this huge grasshopper (locust?) in the Zaris Mountains in Namibia. It must have been close to 10cm long, the biggest hopper i have ever seen! Can you help me identify the species? Can it be some kind of desert locust?
Geir Drange

Unknown Grasshopper from Namibia
Unknown Grasshopper from Namibia

Hi Geir,
We are going to post your image before we begin trying to identify your large Namibian Grasshopper. It appears to be a flightless species unless it is a nymph that is still growing.

Comment from Eric Eaton
Monday, January 26, 2009
I have no idea what kind of grasshopper that is from Namibia, there is not even anything like it in my Field Guide to Insects of South Africa (by Mike Picker, Charles Griffiths, and Alan Weaving).

Letter 2 – Unknown Grasshopper from Israel


Unknown grasshopper from Israel
April 12, 2010
I saw lots of these grasshoppers on my hike to Eastern Samaria (north-east of Jerusalem, Israel) on April 9-10, 2010. I had no luck in finding a name for them. Both nymphs and adults have distinctive yellow and black markings on the inner thighs of the rear (large) pair of legs, and the adults have reddish hind wings. Otherwise they have excellent camoflage as rocks.
Eastern Samaria, Israel

Unknown Grasshopper

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Exploring the World of the Gray Bird Grasshopper: Quick Facts

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