5 Each of 100 individuals of a mammal species frequency with which the animals chose each of Food item Sample 1 Sample 2 was placed in enclosure containing equal amount of each of five different foods. The the foods was: (0 18 20 17 7 20 46 2 3 4 5 24 18 (a) Calculate the Shannon-Wiener diversity index and evenness index for each sample. (b) Which sample has higher diversity? (c) Describe a sample frequency (of n 100) that achieve the highest diversity

5 Each of 100 individuals of a mammal species frequency with which the animals chose each of Food item Sample 1 Sample 2 was placed in enclosure containing equal amount of each of five different foods. The the foods was: (0 18 20 17 7 20 46 2 3 4 5 24 18 (a) Calculate the Shannon-Wiener diversity index and evenness index for each sample. (b) Which sample has higher diversity? (c) Describe a sample frequency (of n 100) that achieve the highest diversity

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,...

See similar textbooks

Similar questions

TRUE or FALSE: I expect for genetically identical animals thta have been reared in similar conditions to have a similar SD for any paraeter that I decide to measure compared to genetically diverse animals that have been grown in a variety of natural environments.
(22) A 35- year old woman and her 35-year old husband come to the physician for genetic counselling after their son is diagnosed with a rare metabolic disease. The carrier frequency of this disorder in the general population is 1 of 100. Assuming Hardy-Weinberg equilibrum, which of the following bst represents the incidence of this condition in the general population (A) 1 of 4000 (B) 1 of 10000 (c) 1 of 16000 (D) 1 of 24000 (E) 1 of 40000
PLease help, double and triple check your answers, im using this to study, these questions are NOT graded they are PRACTICE problems
Please answer fast
You wish to determine the abundance of the state- and federally-endangered Prairie Fringed Orchid (Platanthera lecuophaea) in a local prairie. (a) The prairie is approximately 100 acres of relatively flat terrain. Considering the “basic” sampling strategies, what might be a good sampling design (can just give the name)? Why? (b) You decide also to evaluate the abundance of the orchid in another prairie. The second prairie is of similar size but has a hilly terrain. What might be a good sampling strategy? Why?
How do I create a bar graph using the hardy Weinberg data provided but in the bar graph format on the right ?
Question 1. Is the population in H-W equilibrium? Observed genotype frequencies ● ■ ● f[A₁A₁] =0.16 f[A₁A₂] =0.48 f[A₂A₂] =0.36 O Question 2. Is the population in H-W equilibrium? Observed genotype frequencies f[A₁A₁] =0.04 f[A₁A₂] =0.12 ● f[A₂A₂] =0.84 ● Question 3. Is the population in H-W equilibrium? Observed genotype numbers A₁A₁ =40 A1A2 =20 ● A₂A2 =40 O Question 4: Is the population in H-W equilibrium? Observed number of each genotype A1A1=36 ● ● A1A2=28 A2A2=36 Note that raw numbers are given. The question is whether observed frequencies = expected frequencies. You must first compute the genotype frequencies.
Why did I indicate that tropical, Mottled (or Cicabba) Owls, might serve as a good 'test' medium for hyptheses Reversed Size Dimporphism in raptors?
I need help understanding how to calculate using the Hardy Weinberg Equilibrium. Please see the attached. Thank you!
101