<span>transform movement (2) spreading movement (3) subduction (4) convergence .</span>
Options are not given in the question, so the complete question is as follows:
Scientists have a theory about the relationship between climate and biodiversity. Which best describes this theory?
A) Warmer climates promote higher biodiversity, allowing plants to grow year-round. This supports more organisms that rely on plants.
B) Colder climates promote higher biodiversity, reducing the competition among organisms for food. This supports stronger organisms that live longer.
C) Warmer climates promote higher biodiversity because they tend to receive more rainfall. This provides a source of water for more organisms.
D) Colder climates promote higher biodiversity because they are usually larger in size. This provides space for more organisms
Answer:
C)
Explanation:
Climate and biodiversity have a close relationship with each other.
The theory that best describes this relationship is that "Warmer climates are responsible for higher amount of rainfall and give rise to higher biodiversity and also provide a source of water for existing organisms."
Hence, the correct option is "C".
Varieties of plants in which self-fertilization produces offspring that are identical to the parents are referred to as true-breeding. In this process the parents will pass down specific phenotypic trait of their offspring. True bred organisms will have pure genotype (genetic make up of an organism) and will therefore produce certain phenotype.
The brain structure which monitors his thirst and the need to drink more
water is Hypothalamus.
<h3>What is the Brain?</h3>
This organ is located in the head region of most organisms and serves as
the center of the nervous system.
It has some tissues in which hypothalamus is among which helps to
regulates body temperature, sleep, and appetite. Body temperature is
regulated by drinking water to prevent dehydration.
Read more about Hypothalamus here brainly.com/question/1022285
When water is transferred from land to atmosphere by evaporation from the soil and by transpiration plants.
