Explain what the genetic tree of the world’s populations is. What conclusions could be drawn from it?
,hope you can understand.
Explain what the genetic tree of the world’s populations is. What conclusions could be drawn from...
explain why genetic variation is so important in natural populations, and how it arises and is maintained. explain hardy-weinberg equilibrium as it reltes to the genetic variations and maintenance in populations. include in the explanation: all the equations relating to allele frequencies and genotypic frequencies, and the 5 assumptions.
Explain why genetic diversity is important to maintain in captive populations, and identify ways that zoos can manage captive populations to do so. Explain why it is important to employ ARTS in captively-bred populations before they become too small / too inbred.
In terms of genetic makeup explain why evolution applies to populations and not to individual members of the population?
1. What are the dangers of small populations of a species from a genetic and evolutionary standpoint? What is the bottleneck effect? 2. How does speciation occur? What is the importance of geographic isolation? How is this illustrated in the Galapagos? 3. What is Darwinian Medicine and how does it help us better understand medical conditions?
13. What genetic factors threaten small populations, such as the fragmented pockets of the gopher tortoise colonies? What are the ecological and genetic consequences of connections among populations of endangered species?
Explain the ethical principle(s) that could be used to argue against genetic testing of employees. Explain the ethical principle(s) that could be used to argue for genetic testing of employees. Explain your position on the issue of genetic testing of employees. What if genetic testing was able to determine airborne illnesses carriers (like tuberculosis), would that your change your mind as to whether employers should be able to utilize these tests to make workplace decisions?
what conclusions can be drawn about a reaction based on the magnitude for each K?
what is the advantage of using larger populations in genetic and other types of studies?
Understand what conclusions about a new theory of the structure of matter and light can be drawn from the following experimental results: the photoelectric effect and the fact that atomic spectra contain discrete, very sharp lines.
What conclusions can be drawn about the effects of temperature on the rate of fermentation? Why would the different substrates affect the amount of CO2 produced?