Answer:
Q1- D- Natural Populations tend to overproduce.
Q2- D- All of the above
Explanation:
Q1- Because that is not something that Darwin said.
Q2- Because these are all examples of structures that do the some thing.
Organ reserve, homeostasis,
allostasis
Young adults rarely experience
serious illness because organ reserve, homeostasis and allostasis functioning
tend to work in harmony. Organ reserve is the ability of an organ to
efficiently return to its original physiological state after repeated episodes
of stress. Homeostasis is the ability of a system to adjust to its internal
environment to maintain a stable equilibrium. Allostasis is the process of
maintaining homeostasis through the adaptive change of the organism’s internal
environment. All of these three systems of body functioning tend to work in
harmony.
The answer is Fish. An autotroph is a self feeding organism that produces complex organic compounds. Generally using energy from light. A fish doesn’t make its own food.
The interaction between red-billed oxpecker and impala is mutualism. The interaction between titan triggerfish and smaller fishes is commensalism.
<h3>Mutualism and Commensalism</h3>
Mutualism is a form of symbiotic interaction between two organisms in which both organisms benefit from the interaction without being negatively affected in any way.
Commensalism, on the other hand, is a form of interaction between two organisms in which one (the commensal) gains and the other neither benefits nor lose from the interaction.
The red-billed oxpecker gets its food off the fur of the Impala. The tick that serves as food for red-billed oxpecker is a parasite that harms the impala. Thus, the red-billed oxpecker gets its food while the impala gets the ticks that can harm it removed. A mutually beneficial relationship.
The activities of the Titan triggerfish benefit smaller fishes. The Titan triggerfish neither benefits nor gets harmed in the interaction. A form of commensalism.
More on mutualism and commensalism can be found here: brainly.com/question/17589318
#$SPJ1
They would have to experiment on the different types of plants and put them in different environments to test there's physical features but before that they have to make an hypothesis of what would happen and analyze