Organisms that live in desert and desert-scrub biomes have developed unique adaptations that aid in their survival. the sahara desert takes up ten percent of the continent of africa, and is the largest desert in the world. the species that live in the sahara are highly adapted to survive in the extreme conditions they live in. what morphological and physiological adaptations might be seen in the organisms that live in the sahara desert? a. water absorbing skin, large eyes for hunting at night, webbed feet. b. light colored fur or feathers for camouflage, dense layer of fat and fur for warmth, hibernation during cold months. c. small bodies and long limbs in warm-blooded organisms, light colored fur or feathers to reflect sunlight, lack of sweat glands in many organisms, hibernation during hot months. d. dark colored fur or feathers for heat absorption, large bodies and short limbs, consumption of primarily scrub and short grasses.

The correct answer is C) small bodies and long limbs in warm-blooded organisms, light-colored fur or feathers to reflect sunlight, lack of sweat glands in many organisms, hibernation during hot months.

The morphological and physiological adaptations that might be seen in the organisms that live in the Sahara Desert are small bodies and long limbs in warm-blooded organisms, light-colored fur or feathers to reflect sunlight, lack of sweat glands in many organisms, hibernation during hot months.

Organisms that live in desert and desert-scrub biomes have developed unique adaptations that aid in their survival. The Sahara Desert takes up ten percent of the continent of Africa and is the largest desert in the world. The species that live in the Sahara are highly adapted to survive in the extreme conditions they live in. 

Desert conditions are so harsh that creatures and living beings need to adapt in order to survive. This adaptation capacity was learned throughout evolution until the species learned how to adapt and survive.

on the planet jupiter, the acceleration due to gravity is approximately 26 m s2 , roughly 2.7 times the acceleration due