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It affects organisms because that kind of genetic inheritance may not work for the environment that you are in. If those organism do not survive they will not be able to reproduce and in the end this organism becomes extinct.

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Genetic variations can help or harm survival and reproduction. If an organism is born with a mutation that does not help it survive, it is likely that the organism will be unsuccessful in survival and die without passing down the gene. However, if an organism is born with a genetic variation that does aid in its survival, then they'll be able to fare better in the wild and pass the gene down to future generations.

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genetic variation allows for wiggle room when it comes to evolution and advancement when organisms have different traits if a trait helps avoid a early grave it will become overtime more common than the other trait

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If an offspring is born with a trait that helps them in their environment they will thrive successfully but if you are born with a feature that is a disadvantage in your environment it would be really hard to survive. It all depends on what is more helpful in your environment. There could be a trait that is helpful in one setting but a disadvantage in another.

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Genetic variation can help an organism's survival and reproduction as well as hinder. Variation allows an organism to posses certain traits, some of which are desirable for survival and for reproduction while others can harm the ability to survive. When an organism has a mutation, it can become helpful but other times it can hinder life quality as well as ostracize that organism from others in it's species.

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Genetic variation can affect an organism in a positive way but also a negative way. When an organism has a helpful trait that helps them survive, it is most likely to be passed down through its offspring. Although, sometimes when the organism has a mutation that may not survive or will pass that mutation down to its offspring, it will affect future organisms. The chances of having an organism with a more helpful trait will be seen more throughout the organism's species because this trait it may inherit will help it survive.

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Genetic variations among organisms affect survival and reproduction by allowing species to adapt to future changes in the environment. If something happens that requires a certain trait for a species to survive, genetic variation will ensure that some of the species will survive.

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There are multiple different things that can signal different species are related. You could look at their chromosomes to see how similar they are to each other, most of the time this is a giveaway that two species are related. Another way is if two different species have similar bone structure, such as pandas and bears, then they could have come from a common ancestor and are potentially related.

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When the environment changes an organism has the choice to move, adapt, or die. The organisms who do the best in the wild are the organisms that are accustomed to their surroundings

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Genetic variation among organisms can negatively or positively affect survival and reproduction. When mutations occur, this creates a more diverse gene pool. If this mutation is beneficial, then the trait will be passed on and slowly become more desirable and common. However, if the trait is not beneficial, the organism is unlikely to survive because its traits are undesirable. They will not reproduce.

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Genetic variations can affect organisms because depending on what environment/habitat they are in and if they can't survive in that environment, they will no longer be able to reproduce.

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Becasue off the changes in the sequences of genes in DNA

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Because all individuals have different DNA sequences

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Anatomical similarities and genetic similarities are often indicators that two different species could share one or more common ancestors.

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In ecosystems, there are so many similarities between organisms, but due to the surroundings that specific organisms are located in, there is variation. For example, if an organism lives underground where there is very little light, they don't need the use of eyes. But the same species that live above ground use their eyes. These organisms have many similarities, but the environment has changed some specifics.

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The reason why individuals of the same species have different characteristics is because of all the different possible combinations of the specific sequences of DNA. No two individuals are going to be the exact same.

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Genetic variation affects reproduction because when two people with different genes reproduce, their offspring will be a mix of the two, resulting in more genetic variation. Also, the more diverse genes a species has, the better chances it has of resisting diseases, making it more likely to survive.

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It makes logical sense that we all come from a set group of organisms that popped up first. From this group, genetic variation and reproduction took place in a way that we have evolved to create many different species. However, since we still came from the same life source there will be similarities. Not only this, but all organisms have a common goal of surviving by consuming food and reproducing, so we are all going to share traits that relate to those attributes.

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There can be many different characteristics among different organisms. This is shown by their DNA and genetic code that was shared by their ancestors.

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Two different species can share a common ancestor which explains their similarities. However, these organisms differ from each other due to the environment they exist in. When the environment changes animals can move, adapt, or die, and if part of a species moves and part of a species adapts then those organisms can have similarities yet still be different due to their environment and genetic variations.

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When looking at structures among various species, you're able to observe similarities in those structures that can lead to a common ancestor. Additionally, looking at a species' chromosomes and comparing them to another species can link them if the chromosomes are similar.

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miosis.

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Genetic variation affects an organisms ability to survive and reproduce because depending on the environment that the organism is born in, it needs the ability to survive. There are different characteristics for different species in different environments. If the organism has a useful trait, it will get passed down to It's offspring. However, f the organism has a mutation, it can also possibly pass down the mutation to It's offspring just like the other possible characteristics.

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There could be so many similarities yet there are different organisms because every organism derived from the same thing but as different creatures reproduce with different creatures their offsprings start to look more and more different. Organisms also adapt to to the environment they're in and start to gain features that help them survive in the ecosystem they're in.

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It actually makes sense that we see so much diversity but also similarities. Evolution shows us the history and diversity that has been on this Earth. There can be a common ancestor among these organisms which can explain many similarities but they all break off from this ancestor and evolve and adapt to their environment. When an organism is in a certain environment they will move and adapt to the environment or they will just simply die.

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Similar bone structures, and similar chromosomes can both be used as evidence to show why two species are related.

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The reason for this is because there are different DNA sequences that makes species have different characteristics.

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Since species share traits and environments, its logical to conclude theyre related. We can even look at how their DNA is similar, if DNA is similar then the chromosomes will stick together closely. We can use these resources to conclude if species are related.

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Depending on whether or not a trait is dominant or recessive, it can end up being passed down when two organisms with different genes mix those genes and have a child

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Their can be so many different kinds of plant, animals and microorganisms yet so many similarities among organisms because based on their surroundings that different organisms are in, they will change things they need.

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Organisms that don't come from a same ancestor can share so many similarities because of the environment they share. Having a similar environment can cause similar features among different organisms as species must adapt, move, or die when they face a change in their habitat.

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There can be many similarities due to their ancestors but it may change or there may be different variations of that organism because of their enviernement that it was placed into. It can either adapt and make different kind of characteristics or it can die if it is unable to adapt.

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Because many different species have similar characteristics, but can't reproduce with each other, so they're separate organisms even if they might have similar qualities.

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If the environment of an organism changes the organism is either benefited or not. If the environment changes negatively for an organism, it can either move, change/adapt or die. Over multiple generations, the organism will either adapt to its new environment, adapt to the negative trait of its environment, or go extinct.

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Different species are related because they can share different genetic information linking ancestors they both had in the past. They could also have the same features or structures proving that they once were the same exact animal.

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Different organisms have different DNA sequences. Even if they have the same parents, different alleles can be passed down which results in phenotypical differences

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When species share traits and sometimes an environment we can look at their DNA and ancestry. Another thing that we can look at is the similarities in bone structure among the two organisms.

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As reproduction happens within species, more genetic variation occurs which can lead to additional mutations within a species. This leads to various different traits being passed on, creating new species while maintaining some of the original structures of the primary organism. This leads to similarities among organisms while also having diversity in the species.

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Genetic variation has a huge impact on survival and reproduction. An example of this is lizards and their camouflage on certain colors of rocks. If there are green lizards and grey lizards, the green ones are going to be picked off easier, so when the ones that survive reproduce, they create more of the camouflaged ones.

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They are passed down depending if it is a dominant or recessive trait to see what they will inherent.

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Similar bone structures, similar chromosomes, similar amino acid sequences.

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Organisms move and adapt to their environment but this is throughout thousands to millions of years. One thing that affects the population of certain organisms in a environment is natural selection, if the environment changes and the organisms doesn't adapt they will die. An organism will either adapt or die.

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When the environment the organism lives in changes the organism has a choice to adapt, move, or die. when a group of organisms decides to stay but they can't adapt, they will die and that group will slowly go extinct until they can adapt. If they do adapt the organisms are changing and they will no longer be the the same organisms they were before.

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If and when the enviernemnt changes organism have a choice wether to die or to adapt to the new enviernemnt the population and organisms where put into.

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All living organisms on Earth share a common ancestry. Over millions of years, small changes accumulated in populations of organisms, leading to the emergence of new species. These changes occurred through genetic mutations, genetic recombination, and natural selection. Therefore, similarities can be observed among different organisms because they share a common genetic heritage. The environment plays a crucial role in shaping the characteristics of organisms. Natural selection favors traits that increase an organism's chances of survival and reproduction in a particular environment. Different environments exert different selection pressures, leading to adaptations specific to those conditions. Thus, organisms can exhibit variations and adaptations that make them well-suited to their specific habitats.

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Characteristics are passed through their genes, although it all depends on the amount of recessive and dominant traits. It all really depends on what recessive and dominant genes will be passed down to the offspring, this depends on both parents.

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If the environment around the species changes, then the species must move, adapt, or die. The species that adapts survives through the change. If it doesn't, the population has to leave and find another place to live or dies.

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Genetic variation among organisms affect organisms greatly with survival and reproduction. If one organisms can camouflage better than another one, one will be better in survival. If an animal cannot camouflage it will be easier for predictors to find that organisms which would make that species die and become extinct.

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The reason why some individuals in the same species have different traits is because there are so many different DNA sequences.

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Genetic variation among organisms affects survival and reproduction a lot. It is mainly all about natural selection, if the brown spider can better camouflage to the tree than the black one then the brown one is most likely to survive and reproduce. The more an animal is suitable to a predator they are most likely to die.

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They are passed down through reproduction. When two organisms reproduce and have different features the offspring's genotypes depend on if the genotype is recessive or dominant. It ultimately depends on the parent's genotypes.

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Organisms need to adapt to their environment as it evolves in order to achieve the best chance of survival. As the environment changes, an animal must either adapt, move, or die, but depending on a species' circumstances, the best fit organisms will survive which will eventually lead to the passing down of traits that lead to better survival.

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Siblings can have different characteristics because there are  many different variations of genes in DNA. Each sibling can have different DNA sequences.

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Even if two organisms are siblings, that does not guarantee them to be exact due to the sequences of DNA in those organisms. In a process like meiosis, the traits of parents are crossed over and mixed with one another which leads to further diversity

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It affects organisms because that genetic inheritance may not work for the environment you are in.

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The environment changes over time, and this may cause a species to die out if they can't survive. However, if a certain species can thrive in the environment they're in, the population will most likely increase.

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When organisms have offspring, many of the traits of those organisms are passed down to their offspring.

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This is a result of genetic variation within the same species. All organisms have a different DNA sequence, which is why we aren't all the same.

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Because two different species can share a common ancestor which explains their similarities. But due to the environment that animals have to change and they have to either move adapt or die.

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You can look at species chromosomes to see if they are similar.

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Because Genetic variation has an impact on species and that can be it can make some survive more than other species and then they can reproduce and then their population will increase.

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Usually when species are in a habitat they sometimes move adapt or even die.

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Depending on Dominant or recessive when genes mixed it will determine what the kid will look like or what the certain species will look like.

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It affects the survival and reproduction process because if a trait is more useful and gives the organism a higher chance of survival, they will be passed on to the further generations.

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Throughout this lifestyle, many different organisms have very close similarities, but when you dig in you will find that there are many different species and animals depending on the environment around them.

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One of the main ways we can see that different species of animals are related is by looking at their DNA comparisons to see how they are alike. You are able to find their alleles to see if they are close or the same.

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It affects the survival and reproduction process because if a trait is more useful and gives the organism a higher chance of survival, they will be passed on to the further generations.

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Species can adapt to changes in their environment through natural selection. The ensuing selection forces alter the distribution of characteristics in the population as well as the survival and reproduction of organisms across many generations. We refer to this process as adaption.