Answer:
Migration.
Explanation:
When an individual leaves an area, they are migrating.
Lll. a limited supply of necessary resources. If there isn't enough resources the species will have to learn to adapt to be able to gather the new food supply they need. Such as birds and there beaks, if the insects population went down and that was the main food supply for that type of bird they would have to be able to adapt in order to survive, so evolution occurs. Over time that bird would change to adapt to its new feeding source.
Hope this helps!
There are no truly 'organic' compounds, as they can be synthesized using technology, but in a practical sense, organic compounds tend to have carbon in them, but some inorganic substances contain carbon(limestone).
Answer:
Physical characteristics: Freshwater sponges are crustlike, branched, or clumped. The texture is fragile and soft, and the color is whitish or green. Freshwater sponges have irregularly scattered and barely visible water-exit holes.
Geographic range: Freshwater sponges live in North America, Europe, and Asia.
Habitat: Freshwater sponges live in standing and running fresh water.
Diet: Freshwater sponges are filter feeders.
Behavior and reproduction: Scientists know little about how freshwater sponges behave. These sponges reproduce asexually by forming buds in late summer that spend the winter in a dormant state and emerge from the adult in the spring. Freshwater sponges reproduce sexually during the summer, giving birth to live larvae.
Explanation:
<span>At the inner mitochondrial membrane, a high energy electron is passed along an
electron transport chain. The energy that is being released pumps hydrogen out
of the matrix space. The gradient is
created by this process, drives hydrogen back through the membrane, through the
ATP synthase. Thus, </span>the ATP is very essential for life, and that a
proton gradient and membrane prospective are vital in order for ATP synthesis
to occur in the mitochondria. However, mitochondria is very active that it can converse
its process. Complex V is the enzyme liable for final ATP synthesis at the end
of oxidative phosphorylation.
