What are advantages of having an exoskeleton?

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1. http://en.wikipedia.org/wiki/Exoskeleton

2. http://science.howstuffworks.com/exoskeleton.htm

ADVANTAGES of an exoskeleton The external skeleton is tough and and therefore provides protection from attack.

It supports internal organs and keeps the animal’s shape.
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Advantages of having an exoskeleton include:

1. Protection: The tough, external skeleton provides a protective barrier from potential attacks and predators.
2. Structural support: An exoskeleton supports internal organs and maintains the shape of the organism.
3. Reduced water loss: In arthropods, the exoskeleton helps to minimize water loss, which is especially important in arid environments.
4. Locomotion: In some cases, the exoskeleton serves as a support for muscles that enable the organism to move efficiently.
5. Defense and camouflage: Some organisms have spiny or textured exoskeletons that help them blend into their surroundings or deter predators.

Advantages of having an exoskeleton include the following:

1. Protection: The tough and rigid external skeleton provides a protective barrier against physical damage, such as attacks from predators or environmental hazards.

2. Structural Support: The exoskeleton supports the internal organs and helps maintain the overall shape and structure of the organism. It gives the body rigidity, preventing collapse or deformation.

3. Attachment Points: Exoskeletons serve as attachment points for muscles, allowing for better control and movement of body parts. By providing leverage and support to muscles, an exoskeleton can enhance an organism's strength and agility.

4. Sensory Functions: Some exoskeletons have sensory hairs or receptors that can detect changes in the environment, such as vibrations or chemical signals. This allows the organism to respond to stimuli and adapt accordingly.

5. Water Conservation: In certain organisms, such as insects, the exoskeleton helps reduce water loss by providing a barrier against evaporation. This adaptation is particularly useful in arid environments.

6. Molting: Many organisms with exoskeletons undergo molting, where they shed their old exoskeleton and grow a new one. This allows for growth and development without major physical limitations.

It is important to note that the advantages of an exoskeleton can vary depending on the specific organism and its environment.

Having an exoskeleton comes with several advantages:

1. Protection: The tough and rigid nature of an exoskeleton provides a strong defense against predators and other external threats. It acts as a protective armor, safeguarding the organism from physical damage.

2. Structural Support: The exoskeleton serves as an external framework, supporting the organism's body and keeping its shape intact. It prevents collapsing or deformation of the body and provides structural stability.

3. Enhanced Mobility: An exoskeleton enables improved movement and mobility. It acts as a rigid structure that muscles can attach to, providing leverage and support for efficient locomotion.

4. Resistance to Environmental Factors: Exoskeletons are often resistant to environmental factors, such as extreme temperatures, desiccation, and UV radiation. This allows organisms to thrive in diverse habitats and adapt to challenging conditions.

To get more information on the advantages of having an exoskeleton, you can refer to reliable sources like the ones mentioned earlier, such as the Wikipedia page on exoskeletons and the HowStuffWorks article on exoskeletons. These sources provide detailed explanations and insights on the topic.