Answered: Use the logistic equation to estimate…

Use the logistic equation to estimate population size two generations (Nt+2) after a population was counted as having 1,000 individuals (=N0), with a carrying capacity = 5,000 and r = 0.3

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter53: Introduction To Ecology: Population Ecology

Section: Chapter Questions

Problem 5TYU: In a graph of population size versus time, a J-shaped curve is characteristic of (a) exponential...

See similar textbooks

Related questions

Q: Write the BIDE dynamics equation, where the left side of the equation is Nt+1. Realizing you are…

A: A population is a dynamic changing entity. Population growth defines the change in number of…

Q: Compare exponential J-curve growth (line A) to logistic S-curve growth (line B). Explain the…

A: In the graph two curves are represented one is J shaped and the other one is S shaped. Both the…

Q: Describe the exponential model of population growth give the characteristics of species that follow…

A: Growth is defined as the increase in size and shape of a cell or an organism over a period of time.…

Q: The life table below is for a species of lizard. Use it to answer the questions below. It can be…

A: Population growth is the increase in the number of individuals within a specific area over a given…

Q: Can someone please help with the graph and number 4? Thank you.

A: Population growth is the gradual rise in the total number of individuals within a population. It is…

Q: What can you say about population dynamics that have fast population growth rate (i.e., a high value…

A: In the presence of limitless resources, populations expand at geometric or exponential rates. In…

Q: For the mathematical model of population growth below, match the equation variables with their…

A: Given an equation for the mathematical model of population growth. Nt=N0rtThe variables in the…

Q: Use the graph to answer the following question. Which survivorship curve most closely models a…

A: Introduction : The above question represents the survivorship curve. It is a graphic representation…

Q: Draw a graph with a growth curve for a population that starts at 10 individuals and experiences…

A: The population growth curve is a graphical representation showing the growth of population over…

Q: Given the following figure of logistic growth, Logistic Growth E A B Time when the population…

A: The population size increases according to its growth. The population growth may be of two types: 1.…

Q: You want to estimate the population size of pink salmon in the upper pitt river and use a…

A: The mark-recapture method is a sampling technique for estimating population size and density by…

Q: For the mathematical model of population growth below, match the equation variables with their…

A: Population ecologists use growth models to find out the change in size of populations over the given…

Q: It is estimated that approximately 20,000 grizzly bears live in Western Canada, Yukon, and Northwest…

A: When a number of individual lives within a specific location is known as population density.It can…

Q: Distinguish between the exponential and logistic growth of a population and describe the nature of…

A: Due to the enhanced reproduction ability as a result of sufficient nutrition and resources,…

Q: DATA TABLE Year Deer Population In 1906, the Kaibab Plateau was established as a preserve to…

A: >> No, the methods were not successful in preserving the population because after their…

Concept explainers

Marine Evolution

Marine habitat is less explored, and hence, its biological diversity is far less known. The marine habitats are not constant due to their shifting nature, while the terrestrial habitats are more stable. Marine biology is the science that deals with the study of diverse marine species, their interactions, and behavioral characteristics.

Question

Use the logistic equation to estimate population size two generations (N_t+2) after a population was counted as having 1,000 individuals (=N₀), with a carrying capacity = 5,000 and r = 0.3

The subject is ecology.

Video Video

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, biology and related others by exploring similar questions and additional content below.

Similar questions

You will need to complete this question on a separate piece of paper. Scan or take a picture of it and upload the answer. Suppose you have a population of bats growing according to the logistic equation. If the carrying capacity is 400 bats, Demonstrate at which population sizes in relation to K will the population have - a positive growth, negative growth or stable growth. A Create a graph of dN/dt vs N (be sure to label the axes) for this (ii) - Use arrows to population of bats. Indicate on the graph - (i)- k, indicate when the instantaneous rate of change the highest and when is it stable (be sure to label the arrows). B . Provide a brief explanation for why your graph looks the way C that it does.
Calculate the rate of population change for a hypothetical population of wildebeest using the logistics equation and carrying capacity equation. How can you explain these results? N = 500, r = 0.1, K = 1000, calculate dN/dt.
Give the equation for verhulst-poarl logistic growth of population.
Is this answer accurate to the graph?
bartleby SEARCH https://www.bartleby.com/questio... ASK AN EXPERT Science >> Biology » The logistic model incorporates carrying capacity to make the moc Question exponential The logistic model incorporates carrying capacity to make the model random density-dependent LIVE TUTORING density-independent Transcribed Image Text: The logistic model incorporates carrying capacity to make the model exponentia dependent random density-independent Type here to search HA
A population of boreal toads has a current size of 100 and time steps are measured in years. If the instantaneous rate of increase is 0.8 (toads/(toadXtime)), what will the expected population size be after two years? Note: You need to first figure out which equation to use for this problem. O 64 toads O 117 toads O 495 toads O 6400 toads No toads will be left because the instantaneous rate of increase is less than 1.0.
A population of grey squirrels started with one pair and grows logistically with annual r = 1 and K = 42. Use the logistic growth equation to predict the population size 14 years after the first pair arrived.
PRACTICE Calculate the population densities for the following countries. Round to two decimal places. Country: Albania Albanla- Population: 3 002 859 Area: 28 748 km2 Country: Colombia Population: 45 239 079 Colombla Area: 1 138 910 km2
When does the growth rate of a population following the logistic model equal zero?the logistic model is given as dN/dt = rN (1-N/K)
Could you please answer this with details so, I can understand it
Mark Recapture can be written as M N = R Define each term. Use this equation to answer the following question. Show your work. A biologist for Mosaic fertilizer company catches 26 Florida scrub jays as part of their monthly environmental monitoring. Each bird is given a band. The next month, they catch 32 birds. 13 of the birds have bands. What is the estimated population size of the birds in that area?
For the cricket, the intrinsic growth rate is 100 and the carrying capacity of the environment is 200,000 individuals. For the frog, the capture efficiency is 0.0002, the conversion efficiency is 0.1, the handling time per cricket is 0.2 hours, and the density-independent per capita death rate of the predator is 0.4. 18. At what value of the number of crickets is the predator population of frogs at equilibrium? 19. What is the dN/dt of the prey population when the number of frogs is 60 and the number of crickets is 11,000? Round to the nearest hundredth. 20. What is the dP/dt of the predator population when the number of frogs is 60 and the number of crickets is 11,000? Round to the nearest hundredth.