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Answered: Question 8 Metapopulations fluctuate…

Science

Biology

Question 8 Metapopulations fluctuate less than the populations that comprise them. Question 8 options: A) True B) False

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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The frosted flatwoods salamander (Ambystoma cingulatum)is a threatened species native to southeastern US pineforests. Its native habitat is highly fragmented, and it nowoccurs only in a few small, isolated populations. Comparethe effect of population size on the proportion ofheterozygosity you expect to remain in two differentpopulations of this species:a. What proportion of the original heterozygositywould you expect to remain after 30 generations in apopulation with an effective population size of 164salamanders?b. What proportion of the original heterozygosity would you expect to remain after30 generations in a population with an effective population size of 37 salamanders? Can you please show the work
QUESTION 10 The change in a population's gene pool over time is known as OGenetic drift OGenetic bottlenecks OFounder effect OGenetic variation
QUESTION 25 Most of the temperate grasslands in the northern hemisphere have been converted to: Orchards for fruit production O Crop land for vegetable production O Crop land for grains Tree plantations for timber O Tree plantations for biomass QUESTION 26 Ecologists characterize species richness by the r/K selection theory. What are the traits of K selected populations? O A Live in a stable environment B. Have a high survival rate but few offspring OC Reproduce rapidly, early, with large numbers of offspring O D. A and B A and C Click Save and Submit to save and submit. Click Save All Answers to save all answers.
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You return to the meadow a year later and find that the population has been reduced to 5,200 butterflies but this smaller population still contains 1,250 black-winged butterflies (bb). What is the new value for q? (Hint: you can calculate q since you know the frequency of the homozygous recessive genotype. You will need a calculator for this particular problem.) O A. 0.41 O B. 0.49 OC.0.59 O D.0.51 QUESTION 20 You return to the meadow a year later and find that the population has been reduced to 5,200 butterflies but this smaller population still contains 1,250 black-winged butterflies (bb). IF the population has returned to H-W equilibrium, how many butterflies would you expect to have the homozygous dominant genotype? O A. 1250 O B. 2599 ОС.3950 O D. 1351
Question 6 (1 point) 7000 Total Western Bean Cutworm Moth Captures By Week 5 6000 5000 4000 3000 9 2000 1000 1 0 1 2 3 4 5 6 7 8 14 Week nformation What question would be difficult to answer from this graph? What insect was being collected? What season were these collections performed in? Which year experienced the highest volume of collections in week 3? Which week experienced the highest collection volume? 2015 2014 2013 2012 2011 2010
Question 6 When very few patches are occupied by a species, the overall colonization rate will be relatively This is because there are O low, very few colonizers to establish new metapopulations O low; very few open patches to colonize O high; very few colonizers to establish new metapopulations O low; very few open patches to colonize A Moving to another question will save this response. 12 米对 17 tyo 2# $ & 2 3 4 5 7 8. 9 Q W Y A S F G H J K X V R N
QUESTION 4 Total population People living with heart disease New cases of heart disease Deaths from heart disease Total deaths 4,956,000 594,700 99, 100 10,460 50,633 The table above shows information from South Carolina in 2018. What was the all-cause mortality rate in SC in 2018 per 100,000 population? Round to the nearest whole number. Include only the numerical answer (no units) in the answer box.
Directions: Use the Hardy-Weinberg equation to calculate the predicted genotype frequencies for eachpopulation scenario below. Place your calculations and data in the spaces provided.Once you have calculated the frequencies, answer the corresponding conclusion questions. After completing allthree scenarios, analyze your responses to each and answer the final conclusion question. You must show all yourcalculations to receive credit.Scenario #1Easter Island is a small island in the southern Pacific Ocean. It lies approximately 3,500 kilometers east ofChile and is considered one of the most remote islands. It is also a volcanic island. In 2025, Easter Islandhad a population of 16,000. However, many of the island’s residents were killed during a series of volcaniceruptions that occurred in the year 2065.Of the original population, only 200 people survived. It is now 100 years later, and the population of EasterIsland has reached 800. Of the current population, 328 people are homozygous…
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Question 3: I introduced 2 species of super-mutant ant species into my terrarium. These are the only species competing for resources. Species 1's common name is the TEN-headed ZINGer ant and they have a population size of N1 and a carrying capacity of K1. The blue line shows the isocline for species 1. Species 2's common name is the Evil Ant. The population size of species 2 is N2 and the carrying capacity is K2. The green line shows the isocline for species 2 The red dot is the present combination of N1 and N2. Part a) Given the data how will the population of both species (N1 and N2) change- pick the correct colored arrow (pink, brown, black, or red) to show the direction that the combination of N1 and N2 will change