Scientific Questions: Why do most male crickets on Kauai have flat wings? Could parasitoid flies have contributed to the loss of song for male crickets? Figure 2: A parasitoid fly, Ormia ochracea, sitting on top of its cricket host, Teleogryllus oceanicus. What is the hypothesis? Find the hypothesis in the text and underline it. A hypothesis is a proposed explanation for an observation, which can then be tested with experimentation or other types of studies. Scientific Data: Use the data below to answer the scientific questions: Number of males Before Flatwing After Flatwing Mutation Mutation Parasitized 25 1 Not Parasitized 42 121 Percent Parasitized 37.31% What data will you graph to answer the scientific questions? Independent variable: Dependent variable:

Scientific Questions: Why do most male crickets on Kauai have flat wings? Could parasitoid flies have contributed to the loss of song for male crickets? Figure 2: A parasitoid fly, Ormia ochracea, sitting on top of its cricket host, Teleogryllus oceanicus. What is the hypothesis? Find the hypothesis in the text and underline it. A hypothesis is a proposed explanation for an observation, which can then be tested with experimentation or other types of studies. Scientific Data: Use the data below to answer the scientific questions: Number of males Before Flatwing After Flatwing Mutation Mutation Parasitized 25 1 Not Parasitized 42 121 Percent Parasitized 37.31% What data will you graph to answer the scientific questions? Independent variable: Dependent variable:

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter15: Animal Evolution

Section: Chapter Questions

Problem 1CT

See similar textbooks

Similar questions

I'm confused on why mutation-selection balance is responsible for this: looking at the host-parasite co-evolution graph attached and it shows how host genotypes decline in frequency when they are common and increase when they are rare.
An allele of the G6PD gene acts in a recessive manner to cause sensitivity to fava beans, resulting in ahemolytic reaction (lysis of red blood cells) afteringestion of the beans. The same allele also confersdominant resistance to malaria. The heterozygote hasan advantage in a region where malaria is prevalent.Will the equilibrium frequency (qe) be the same foran African and a North American country? Whatfactors affect qe?
in a village where hte proportion of individuals who are susceptible to malaria (genotype hbA/hbA) is 0.53 and hte population is asssumed to be at hardy weingberg equalibrium what is the expected freqency of the HbS alle? hint what is the genotype of people with sickle cell disease and how is that genotype represneted in the hardy weinberg equation
If a disease eliminates the toxic newts from a habitat where the snake, Thamnophis sirtalis lives and if the newts do not subsequently re-colonize this habitat, then TTx resistence in snakes should decrease over time (select all that apply) - snakes without ttx resistence start making their own ttx. - snakes emigrate away from this habitat to new habitats where toxic newts liive - snakes with hiogh ttx resistance are captured more often by predators - snakes with high ttx resistence are out competed by snakes with low ttx resistence
If I find dead frogs in Australia infected with chytrid fungus, and in South America, and in North America, I could infer that chytrid fungus is related to global frog declines. ainductive reasoning bdeductive reasoning
Within six months of effectively using methicillin to treatS. aureus infections in a community, all new S. aureus infectionswere caused by MRSA. How can this best be explained?(A) A patient must have become infected with MRSA fromanother community.(B) In response to the drug, S. aureus began making drugresistant versions of the protein targeted by the drug.(C) Some drug-resistant bacteria were present at the startof treatment, and natural selection increased theirfrequency.(D) S. aureus evolved to resist vaccines
Google search your choice: Chestnut Blight in the Americas, Dutch Elm Disease or Smallpox in regards to Native Americans. Describe how your chosen disease aftected the native population. Provide data (numbers!) of atffected individuals and how many were affected over a particular time period.
in a village where the proportion of individuals who are susceptible to malaria (genotype hba/hba) is 0.53 and the population is assumed to be at hardy weinberg equallibruim what proportion of the population should be hetrozygous hba /hbs
Plasmodium is a vector for mosquitos. It is a protozoan that is the causal agent of malaria, which is responsible for killing as many 855,000 people in 2013, the majority of them being children. Populations of mosquitos are strongly influenced by the availability of standing water for egg-laying and larval development. How might mosquito density, and thereby human mortality, be affected by patterns of rainfall?
24 rabbits were brought to Australia in 1859 and 6 years later there were 240,000. What is the intrinsic rate of increase? If 100 mosquitos invade an island and have an intrinsic rate of increase of 1.2, how many will there be in 10 years?
Using the equation for R0, explain how transmission rate, host population size, virulence, and recovery rate affect a parasite’s fitness. Can you relate the equation for R0 to a diagram of a SIR model? How does R0 relate to dI/dt?
In a population where the proportion of individuals who are suspects to malaria (genotype HbA/HbA) is 0.31, and the population is assumed to be at Hardy Weinberg equilibrium what proportion of the population should be heterozygous HbA/HbS?