CAMPBELL BIOLOGY IN FOCUS-TEXT,AP ED.
CAMPBELL BIOLOGY IN FOCUS-TEXT,AP ED.
3rd Edition
ISBN: 9780136811206
Author: Urry
Publisher: SAVVAS L
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Chapter 30, Problem 13TYU

FOCUS ON EVOLUTION

With respect to sexual reproduction, some plant species are fully self-fertile, others are fully self-incompatible, and some exhibit a “mixed strategy” with partial self-incompatibility. These reproductive strategies differ in their implications for evolutionary potential. How might these three strategies fare in a small founder population

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Flowers whose throats (nectaries) are too long for hummingbirds to reach their nectar are unlikely to be pollinated (nectar reward isn't available) and therefore the flower is unlikely to reproduce. But if the nectaries are too short, hummingbirds can get their nectar without pollinating them because they don't reach in far enough to touch the pollen-carrying anthers, thus no reproduction for the flower. Flowers evolve with an intermediate length of nectaries. This is an example of what sort of selection?     Group of answer choices Disruptive Stabilizing Directional Sexual
Sexual reproduction in plants provides genetic variation. What are the benefits of this genetic variation? O If a population is presented with a rapid change in the environment or a chronic new pathogen or herbivore, then genetic variability would increase the chances of survival of the population. O Sexual reproduction produces less genetic variations which enables a population to co-evolve with other organisms in it's ecosystem. O Sexual reproduction reduces genetic variations which enables a population to take advantage of different resources in it's ecosystem enabling it to exist in a the same niche as others that use the original resources. O Sexual reproduction will always produce a more fit organism. A XE A AY9 Week9_ng....xlsx Week 9 Pre-lab.pdf 10.7591 978150... A MacBook Air Copy of Lab 9 A....pdf
Course: Botany In stable populations, ones that are neither increasing nor decreasing in abundance (e.g., there are a million trees now and there will be a million trees a thousand years from now), about how many of a plant’s seeds survive and grow to adulthood, being able to replace it when it dies? If during the plant’s lifetime it produces 100,000 seeds, how many do not survive, do not grow, and cannot replace it when it dies. (Hint: Do not think of humans, as we are an increasing population, not a stable one. Almost all our children survive, but that is not true of any other species.) Answer and explain briefly.
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