gills, fins, secondary transparent eyelids, to name a few.
Here is one of the structural adaptations for the Atlantic puffin they're wings help them "fly" through the water
floaties.
that it survive by water and the sunlight it need.
Some structural adaptations of cacti include reduced leaves or spines for water conservation, a thick stem for storing water, a shallow but extensive root system to quickly absorb water after rain, and a waxy outer layer to prevent water loss.
someone else other then me answer this question please
Structural adaptations of cockles include a hard shell for protection from predators, a muscular foot for burrowing into the sand or mud, and siphons for drawing in water and filter feeding. These adaptations help cockles survive and thrive in their marine habitats.
webbed feet for swimming in the water and long beaks for catching fish.
no, in order for a plant to survive water is vital. it provides for structural integrity in the plant as well as carrying out important functions in ATP production. If a plant is not given water it will not survive long enough to provide food.
adaptations: they walk long distances survive without water for a long time and live in hot areas
Leafless plants have developed adaptations such as storing water in their stems, reducing water loss through specialized structures, and relying on photosynthesis in their stems or roots to survive in their environment.
salt water, warm weather, and food
Structural adaptations include kidneys capable of functioning with very little water, large ears to lose excess heat, etc. Any structure that helps an animal conserve water and stay cool counts. Behavioral adaptations include hiding in burrows during the day and foraging at night to avoid the heat.