You recently examined the differences in population growth between severalaquatic species. You tested a fish that reproduces once per year, an aquaticbeetle that reproduces twice per year, and a species of zooplankton thatreproduces approximately every 10 days. You place 50 individuals of eachspecies alone in separate large outdoor tanks that hold thousands of gallons ofwater. Every year for 4 years, you determine the population size of eachspecies and you record the following data:Population size (individuals)TankYear 1 Year 2 Year 3 Year 4150473 175723235095731215055 4853When you are interpreting your results, you realize that you forgot whichspecies you put in which tank. Which answer most likely correctly matches thetank with the species that was in that tank during your experiment based onthe population fluctuations? species youtank with the species that was in that tank duringthe population fluctuations?O Tank 3, beetleO Tank 2, fishO Tank 1, zooplanktonO Tank 1, beetle

Detailed explanation: According to the population fluctuations observed in the tanks over a…

Answered: You recently examined the differences…

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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Similar questions

Which of the following species populations do you expect to grow the fastest, the slowest? Match the correct expected relative population growth with the species: Cockroach, Moose, House Fly, and Tiger. House Fly Cockroach Moose Tiger 1 Fast, but not the fastest Fastest slow, but not the slowest slowest
Vicuña are ungulate herbivores related to llamas that occupy high mountain grasslands in the Andes. They are valued for their wool. Overhunting led to global population declines from millions in the 1500s to thousands in the mid 1900s.Lauca National Park was established in Chile in 1970 and banned hunting of vicuña. Researchers used census data (solid circles) to fit the population dynamics, and evaluated two models: one in which the carrying capacity was fixed over time (“Logistic Constant K”, dashed line), and one in which the carrying capacity could vary over time (“Logistic Variable K”, solid line). See attached image What type of factor is rainfall in regulating vicuña population growth? A. Density-independent; Bottom-up B. Density-independent; Top-down C. Density-dependent; Bottom-up D. Density-dependent; Top-down
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Two species of leaf-eating lizards (species A and B) have coexisted on an isolated island for more than 10,000 years. In 1964, a third species of leaf-eating lizard (species C) was accidentally introduced by humans visiting the island. The graph below shows the population sizes of the three species since that time: Variation in Population Density of Lizards Population Density 45 40 44 35 30 25 20 Species A Species B Species C 10 5 0 1964 + 1974 1984 1994 2004 Year Describe the effect that the introduction of species C had on the population densities of species A and B. Explain what could have caused the introduction of species C to have an effect on the population densities of species A and B. (4 points)
A kid let go 4 snails he bought at the pet store in a pond. A year later, the population of snails has grown to 13. Assuming that the population is growing exponentially, how many snails can one expect after 8 years? Round your answer to the closest full number.
You are evaluating multiple populations of the Karner Blue Butterfly. Below is the pairwise FST Values for the 3 populations you sampled. Given what you know about FsT and your results make a recommendation to the NYS Department of Environmental Conservation about how to manage the populations. Population 1 Population 2 Population 3 Population 1 Population 2 Population 3 0.05 0.67 0.46 (Hint: The measurement of gene flow (FSt) between population 1 and population 2 is 0.05) O a. The results suggest that each population is quite different from the other, such that each population should be managed as a distinct and unique population. O b. Populations 1 and 2 are completely isolated from each other and should be managed separately even though they are both more similar to population 3. O c. There is evidence of gene flow between populations 1 and 2, and they should be managed as a single population while population 3 is unique. O d. There is no evidence of differentiation between all…
Can you please help elaborate this problem and help find the right answer?
Which of the following is a regulator of population size (helps to move it toward its carrying capacity)? Weather (storms, floods, droughts) Density dependence Demographic stochasticity
Carrying capacity is the maximum number of animals an environment can support. Looking atyour graph, what do you think the carrying capacity for deer might have been? Why?
A population is expected to grow exponentially after a severe population bottleneck. when the population size is exceeding the carrying capacity of the environment. when the population size is close but below the carrying capacity of the environment. when the birth rate changes as a function of the population
A kid let go 4 snails he bought at the pet store in a pond. A year later, the population of snails has grown to 13. Assuming that the population is growing exponentially, how many snails can one expect after 10 years? Round your answer to the closest full number.
Brachionus calyciflorus is a species of zooplankton (small animal or animal-like aquatic organisms) that feeds on algae. In an experiment, scientists set up five containers with equally sized populations of B. calyciflorus and provided different quantities of food to each population for several days. The graph shows the average daily growth rate for each of the five populations. EFFECTS OF FOOD QUANTITY ON POPULATION GROWTH RATE 0.5- --0.5+ -1.0+ -1.5- 0.2 0.4 0.8 1.6 3.2 Food Quantity (mg) A student claims that the population that was provided 0.4 mg of food will be larger than the population provided 0.8 mg of food. Based on the data in the graph, drag the appropriate text into the boxes to indicate whether you support or refute the claim and to provide the evidence that supports your answer. Population Growth Rate (percent per day)

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