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A- Yes genetic diversity can affect a species survival, the species may inherit traits that help them in their environment and other species may not have those traits. 
C- In the text it states “When a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability."
E- These citations help support that species that have genetic diversity have a greater chance in survival than a species with a limited genetic diversity. 
S- In conclusion, genetic diversity can affect a species survival by the inheritance of genes which can be in favor of their environment.

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A- Yes genetic diversity can effect the survival of the species because the more diversity the species has the more survival rate it has. The species with more similar have a less chance of surviving.
C-when the population of a species contains a large gene pool- that is, if the genetic blueprints of individuals vary significantly. The group has a better chance of surviving and flourishing than a population with limited genetics
E-This is why some species couldve inherited traits to make them resistant to diseases and harmful things which would increase or decrease their survival.
S--Genetic Diversity does effect the survival rate of a species because the more the diversity the better chances of survival.

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A- Yes, genetic diversity can affect the survival of a species because more diversity uproots better chances of survival. Species that have similar genes have a smaller chance at survival than those with genetic diversity.
C-  "when a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability."
E- This is because some species could have inherited traits that make them resistant to disease or increase their chances of survival. When an organism has a wider variety of traits their offspring might inherit their most advanced genes.
S- Genetic diversity does affect the survival of a species because species with more genetic diversity have better chances at survival.

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"CAN GENETIC DIVERSITY AFFECT THE SURVIVAL OF A SPECIES?

A- Yes, genetic diversity can affect the survival of a species because some of the organisms in the species may have inherited genes that help them survive better in an environment.

C-"First of all, when a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability."

E- This is saying that when a species has genetic diversity the species may have a better chance of surviving and living a enjoyable life than a species with limited genetic diversity.

S- All in All genetic diversity can affect the survival of a species by impacting the survival rate of a species and chance of life in different environments positively or negatively.

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A- Yes, genetic diversity can affect the survival of a species because a species can inherit genes that are favorable to survival, or very unfavorable for survival.
C- "Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example. Or they may possess other traits that increase their chance of survival. In nature, the "fittest" individuals succeed and go on to reproduce—Darwin termed this process "natural selection." Suppose there’s an outbreak of a disease that threatens to wipe out an entire species. The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."
E- The author is stating that certain genes that are inherited can be favorable to surviving longer than other species. The author also states that it is also possible to inherit genes that are unfavorable to living longer than other species. Certain species might inherit a gene that causes certain diseases and illnesses to not take a toll on the organism, however other species may have genes that make it easier to die from an illness or disease.
S- In conclusion, genetic diversity severely affects the survival of an organism because it can lead to the inheritance of favorable and unfavorable genes.

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A)Yes, Because some of the individuals may have inherited traits that make them have favorable traits for their environment like resistance to diseases, tolerance to cold or the warm, or the individual may have less favorable traits.
C)"Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example. Or they may possess other traits that increase their chance for survival."
E) A species with genetic variation is more likely to have an individual of the species who is able to adapt to environmental changes, diseases, new predators.
S) Genetic diversity greatly affects the survival of a species in good and bad ways.

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A - Yes, The genetic diversity can affect the survival of species because of genetic traits could help them adapt better and makes them stronger in a ecosystem.
C - "when a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability." "The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive"
E - organisms with genetic variability has a greater chance of living because of their wide spread of genes. This helps them adapt better and also better chance of them living if their ecosystem varys.
S - In conclusion, genetic diversity can affect species survival in positive ways.

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A:Yes, genetic diversity can affect the survival of species because the genetic diversity allows for natural selection and for favorable traits to be passed down to help in the survival of species.
C:"Sexual reproduction is critical for maintaining genetic diversity within a species because it combines the parents’ genetic material, resulting in offspring with unique genetic blueprints—different from either parent."
E: Sexual reproduction helps species to pass down favorable genes and and without much sexual reproduction no natural selection can occur. And without natural selection no genes can be passed down.
S: Sexual reproduction can make genetic diversity which allows for favorable genes to be passed down generation to generation. Without sexual reproduction there will be no genetic diversity.

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A-yes, The genetic diversity can affect the survival of the species.

C-”when a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability.” Because this means that the offspring could have inherited some good survival genes, and adapted to others to help them survive.

E-Genetic  diversity is important because when the population has a large gene pool then they have a greater chance of survival. Another thing is that it reduces The incidence  of unfavorable inherited traits.

S-in conclusion, yes, the genetic diversity can't affect the survival of the species. This is because it can either inherit good or bad traits.

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A- Genetic adversity can affect the survival of a species, a wide variety of genetic traits can have a positive or negative affect on the species; if the species reproduces and has stronger offspring with enhanced genes then the offspring are more likely to survive.
C- "when a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability."  "Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example. Or they may possess other traits that increase their chance for survival. In nature, the "fittest" individuals succeed and go on to reproduce"
E- Organisms with genetic adversity are more prone to survive because they have inherited enhanced genes that make them "more fit" and "more durable." When organisms that have a wider variety of traits have offspring and the offspring inherit those more advanced genes, it makes the offspring able to withstand more extreme situations. (ex. diseases, really hot/really cold temperatures,etc.)
S- In conclusion, genetic adversity can affect species survival in great ways because of natural selection and other causes.

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"When a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability." "The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."

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A- The ability for genetic diversity to affect the survival of different species depends on the situation. This means it may or may not affect the survival of different species.
C- "When a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability." "The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."
E- Groups that have higher genetic variability will most likely have a greater chance of having many individuals that are ready for different changes in the environment, climate/weather, or in challengers and new predators. These stronger individuals will always be superior and higher up on the totem pole and reproduce to create offspring that is also adapted like they are.
S- Genetic diversity CAN affect the survival of different species.

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A- Genetic diversity can affect the survival of different species. In some cases, offspring may be able to adapt to an environment or skill more due to genetic diversity.
C-¨When a population of an organism contains a large gene pool-- that is, if the genetic blueprints of individuals in the population vary significantly-- the group has a greater chance of surviving and flourishing than a population with limited genetic variability.¨ ¨The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive.¨
E- This shows that groups that have higher genetic variability will most likely have a larger chance of having many individuals that are ready for different variations in the environment, climate, weather, predators, etc. These stronger individuals will always have the better chance at survival, ready to produce offspring that will inherent their genetic traits and capabilities.
S- In conclusion, yes, genetic diversity can affect the survival of different species.

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A) Depending on the situation, genetic diversity may or may not affect the survival of different species. Some times the offspring may be able to adapt to something more, due to genetic diversity.
C)"When a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability." "The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."
E) Groups that have higher genetic variability will most likely have a higher chance of having many individuals that are ready for different changes in the environment, climate/weather, or in challengers and new predators. These individuals will always come out on top and reproduce to create offspring that is also adapted like they are.
S) In summary, genetic diversity can affect the survival of different species.

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Christian Lezada | 12.15.2020 | 3rd Core

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Christian Lezada | 12.15.2020 | 3rd Core

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Answer - Genetic diversity can majorly affect the survival of a species as the diversity encourages inherited traits that are both beneficial and harmful to the respective species. This then intertwines through a filtering process dubbed as natural selection.
Citation - "Why is this so? Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example. Or they may possess other traits that increase their chance for survival. In nature, the "fittest" individuals succeed and go on to reproduce—Darwin termed this process 'natural selection.'"
"Genetic diversity also reduces the incidence of unfavorable inherited traits...In an inbred population, chances are greater that carriers will interbreed. Over time, the entire population is weakened."
Explanation - Individuals in a species can inherit traits that make them more likely to survive in the wild. In turn, these organisms are more likely to survive than others, as they have beneficial traits. Because of this, these organisms are more likely to breed, in which they pass down the beneficial traits as well. The opposite goes for organisms with harmful traits. Those with harmful traits are less likely to survive. Alongside this, their offspring are weakened as well with the inherited trait, making their survival thin as well. Slowly this harmful trait will die out as fewer and fewer offspring and generations survive.
Summary - In conclusion, natural selection is connected to genetic diversity and they both affect a species's adaptive traits by passing down the beneficial ones and stopping the harmful ones from getting passed down further.

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A - Genetic Diversity is able to affect an animal species' probability of survival because of certain genetic traits which help in survival in their habitat. If these traits are favorable within a certain environment, it will benefit the one who posses these traits, making them more likely to reproduce and carry on those traits. A species with a significant amount of genetic diversity gives it a higher likelihood that these individuals who share these favorable traits will survive from others without.
C - "Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example. Or they may possess other traits that increase their chance for survival. In nature, the "fittest" individuals succeed and go on to reproduce—Darwin termed this process "natural selection." Suppose there’s an outbreak of a disease that threatens to wipe out an entire species. The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."
E - Animals who posses favorable traits such as immunity to certain diseases are likely live on to reproduce and pass on those traits to other generations. With more variability of genetic traits within a species, its way more likely that there will be individuals who do posses favorable traits, like with an outbreak, the effect of natural selection will occur, leaving those with the favorable trait to pass it on to offspring, thus affecting the entirety of a species.
S - In short, genetic diversity affects an animal species through means of survival rates, letting natural selection take its toll on the unlucky few who do not share favorable traits to let those who do pass it on to future generations of offspring, changing an animals species as a whole.

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A- Genetic diversity can affect the survival and population of a species in an environment. Different genetic traits can either benefit or adversely affect species chances of surviving. If a species reproduces and has offspring with enhanced genetic adaptations to their environment that species will be more likely to live and reproduce.
C- "Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example."
E- The offspring can inherit special adaptations and resistance to their environment and possible threats. The offspring are better fit to thrive in their environment, which also highers the chances of reproduction and maintaining the success of the species.
S- In summary, genetic diversity can benefit the survival of a species significantly, and there is evidence to support it.

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A- Genetic diversity can in fact affect the survival of of a species. I say this because genetic or inherited traits can help species survive in new environments. Some times the offspring may be able to adapt to something more, due to genetic diversity.
C-¨ Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold¨, ¨
The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive.¨, ¨plant breeders take advantage of these genetic variants to improve existing plants and create new varieties. Through cross breeding they strive to breed in disease resistance, superior fruit production, increased cold tolerance, or other desirable traits.¨
E- This evidence states that genetic diversity can help offspring survive. Genetic diversity gives it a higher chance of having a good trait like being resistant to colds or having superior fruit production.
S- Genetic diversity can impact offspring significantly by giving special traits that may help species survive longer.

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A: Depending on the situation, genetic diversity may or may not affect the survival of different species. There may be genetic disorders or mutations that can affect organisms in negative ways and bring an animals life to an end faster. There can also be diversity that ups an organisms survival skills and makes it more likely to survival disasters, changes, and predators.
C: "When a population of an organism contains a large gene pool—that is, if the genetic blueprints of individuals in the population vary significantly—the group has a greater chance of surviving and flourishing than a population with limited genetic variability." "The more genetic variability there is within that species, the higher the likelihood that at least some of the individuals will be resistant, and will survive."
E: Groups that have higher genetic variability will most likely have a higher chance of having many individuals that are ready for different changes in the environment, climate/weather, or in challengers and new predators. These individuals will always come out on top and reproduce to create offspring that is also adapted like they are.
S: In other words, genetic diversity can affect the survival of species in many ways, which may or may not be a bad thing. Genetic variation is always a situational type deal and who ever is most prepared will be the one to flourish.

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"CAN GENETIC DIVERSITY AFFECT THE SURVIVAL OF A SPECIES?"
A: Yes, genetic diversity can help specimen incase of a change in enviroment, as the genetics or inherited traits can help them survive in the new habitat. If the genetic diversity varies a significant amount, they will be able to adapt much more easier, making their survival rates much higher than those with limited genetic diversity.
C: "Because some of the individuals may have inherited traits making them particularly resistant to disease or tolerant of cold, for example." "Through cross breeding they strive to breed in disease resistance, superior fruit production, increased cold tolerance, or other desirable traits"
E: Individuals with more inherited traits, with genetic diversity, can become resistant to disease or a change of the ecosystem by quickly adapting to them through the inherited genes. Cross breeding is used to archive the diseriable traits, resistant to disease or something else. Genetic
S: In summary, genetic diversity can affect the survival of a species dramatically, as they will be able to adapt to new conditions if they ever to occur. The offsprings will become even more resistant to disease or other things.