Many insects like to hop. 
Some insects are great at jumping.
These insects can make songs. They rub their wings or legs together to do this. 
Most of these insects lay eggs in the ground. The babies look like small adults. They just do not have wings yet.
As they grow, they shed their old skin. This helps them get bigger. Soon, they grow wings and become adults.
Some people even eat these insects for food. They are found all over the world. 
Orthoptera is a large group of insects. It includes grasshoppers, locusts, and crickets. 
These insects have special bodies for jumping. They have long back legs with strong muscles. Most have two pairs of wings. The front wings are tough. The back wings are thin and can fold like a fan. 
Many Orthoptera make sounds to find others. This is called stridulation. They make noise by rubbing their wings or legs together. 
These insects grow in steps. The young are called nymphs. They look like small adults but have no wings. As they grow, they shed their skin. They do this many times until they are adults. 
Orthoptera is a huge group of insects found all over the world. This group includes many well-known bugs like grasshoppers, locusts, and crickets. It also includes relatives like katydids and wētā. 
These insects have a special way of making noise called stridulation. They create sound by rubbing their wings or legs together. The wings or legs have tiny bumps that help make the noise. 
Orthoptera grow through a process called incomplete metamorphosis. This means they do not go through a pupa stage like butterflies do. Instead, they start as small nymphs that look like tiny adults. 
Some of these insects can be very hard for farmers. Locusts are famous for making huge groups called swarms. A single swarm can have 80 million insects and cover 460 square miles. These swarms can eat a whole field of crops in just one day. This is because a locust can eat its own body weight every day. Grasshoppers can also damage crops, especially if there is a drought or if they run out of weeds to eat.
Many people around the world actually eat these insects. About 13% of all insects are eaten by humans, and 80 species of grasshoppers are eaten regularly.
Orthoptera is a diverse order of insects found all over the world. This group includes well-known creatures like grasshoppers, locusts, and crickets. It also contains relatives such as katydids, bush crickets, and wētā. 

These insects communicate through a process called stridulation. This is the act of producing sound by rubbing body parts together. They may rub their wings against each other or rub their legs against their wings. These body parts contain rows of corrugated bumps that help create the noise. 
Orthopterans are divided into two main suborders: Caelifera and Ensifera. The Caelifera suborder includes grasshoppers, locusts, and their close relatives. This group contains several superfamilies, such as Acridoidea, which includes locusts, and Pyrgomorphoidea, which includes gaudy grasshoppers. 
These insects undergo a life cycle known as incomplete metamorphosis, or paurometabolous development. This means they do not have a pupa stage like butterflies. Instead, they hatch from eggs laid in the ground or on plants as nymphs. 
Some species of Orthoptera can be significant pests to humans. Locusts are particularly famous for their ability to form massive swarms. A single swarm can contain up to 80 million individuals and cover 460 square miles. A locust can eat up to its own body weight in a single day. Historically, these swarms have been known to wipe out entire fields of crops in one day. Grasshoppers can also cause agricultural damage, especially during droughts when they switch from eating weeds to eating crops.
Interestingly, many orthopterans are a regular part of the human diet. About 13% of all insects are edible, and humans regularly consume 80 species of grasshoppers.
Beyond food, these insects are being studied for their potential in green technology. Scientists are interested in the guts of grasshoppers as a source for biofuel. They have the ability to break down cellulose and lignin. This process is useful because it does not produce greenhouse gases. This makes them a promising subject for research into alternative energy sources.
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