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  1. 13 de mar. de 2018 · Adapting lungs in place of gills was a significant step in reptiles’ migration to land. While amphibians all have gills at some stage in their development, either temporarily during the larval stage or permanently through adulthood, reptiles are born with fully developed lungs.

  2. 17 de sept. de 2023 · Skin: The First Line of Defense Against Heat and Dehydration. The skin of reptiles is one of their most important adaptations to life on land. It is covered in scales or scutes that provide a barrier against water loss and physical damage. The scales help to prevent dehydration by reducing the amount of water that evaporates from the skin.

  3. 21 de may. de 2021 · Adaptaciones físicas. Escamas. Si miras de cerca a un reptil, notarás que está cubierto de piel gruesa con escamas de diferentes tamaños. Los reptiles adaptaron las escamas para ayudar a minimizar la pérdida de agua de sus cuerpos y ayudar a protegerlos de los depredadores.

  4. Laying eggs that can survive on land is a major adaptation allowing reptiles to live away from aquatic environments. Amphibians tend to lay soft, gelatinous eggs, and most use forms of external fertilization. Such eggs wouldn't survive the dry conditions found on land.

  5. Las adaptaciones de los reptiles a su hábitat son fundamentales para su supervivencia y éxito en el entorno en el que se desarrollan. Estas adaptaciones únicas les permiten enfrentar desafíos específicos, como la escasez de agua, altas temperaturas, depredadores y la búsqueda de alimento.

  6. Reptile - Clinging, Climbing, Adaptations: Forms of locomotion include clinging, climbing, swimming, and gliding. Some reptiles have claws, the most common clinging structures in vertebrates. Other adaptations include footpads, limbs, and wings.

  7. Reptile - Circulation, Respiration, Adaptations: Modern reptiles do not have the capacity for the rapid sustained activity found in birds and mammals. With the evolution of lungs in early tetrapods, a new and more efficient circulatory system evolved.