The figure shows the evolutionary diversification of the largest clade of herbivorous beetles with the group of plants on which
they specialize. Choose the true statements about the evolution of species richness in herbivorous beetles. a.Feeding on conifers evolved earlier than feeding on angiosperms. Feeding on conifers evolved earlier than feeding on angiosperms.
b.Feeding on cycads evolved earlier than feeding on angiosperms. Feeding on cycads evolved earlier than feeding on angiosperms.
c.Diversification of the angiosperms may have led to diversification of herbivorous beetles. Diversification of the angiosperms may have led to diversification of herbivorous beetles.
d.The multiple, independent evolution of herbivory in beetles is closely linked to their great species richness.
a.Feeding on conifers evolved earlier than feeding on angiosperms. Feeding on conifers evolved earlier than feeding on angiosperms.
c.Diversification of the angiosperms may have led to diversification of herbivorous beetles. Diversification of the angiosperms may have led to diversification of herbivorous beetles.
Explanation:
Biological evolution corresponds to the process of modification and adaptation of species over time. The current diversity of living beings is the result of processes of transformation and adaptation of species to different environments, constituting biological evolution. This can be seen in various spheres of biological life on our planet, and in the case of beetles and plants mentioned in the question above, the evolution of species richness and herbivorous beetles can develop the following information:
Feeding on conifers evolved earlier than feeding on angiosperms.
Diversification of the angiosperms may have led to diversification of herbivorous beetles.
As the distance from the core increases, the temperature increases. You just have to know the layers of the Sun to answer this question/ The corona is on the very outside and the outer chromosphere is tucked inside of that. THe photosphere is tucked inside of the chromosphere.
Gregor Mendel was an Austrian monk who discovered the basic principles of heredity through experiments in his garden. Mendel's observations became the foundation of modern genetics and the study of heredity, and he is widely considered a pioneer in the field of genetics. He is known as the "father of modern genetics".
The correct answer is option a. "down syndrome; heart problems".
Explanation:
Down syndrome is a disorder that is developed in people with an extra chromosome 21. People with Down syndrome are intellectually disabled and have the physical characteristics of having short fingers, slanted eyes, and a protruding tongue, as well as a decreased musculature, a short neck and a small head. Children with Down syndrome usually suffer from heart problems, the most common being the Atrioventricular Septal Defect.
