while understanding the five main topics of the disciplinary core ideas: 1) Structure and Function‚ 2) Inheritance and Variation of Traits‚ 3) Matter and Energy in Organisms and Ecosystems‚ 4) Interdependent Relationships in Ecosystems‚ and 5) Natural Selection and Evolution. Students will be expected to blend the disciplinary core ideas with scientific and engineering practices and crosscutting concepts to support their knowledge that can be applied across the science disciplines. Students will be
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Here we have some highlights of how the natural selection works and some of the evolutionary forces that drive evolution: The natural selection operates in base of the difference between de reproductive successes of the individuals. The genes of the most successful individuals (the ones that reproduces more) appears more in the next generation. If an individual cannot survive it will not be able to reproduce. Because of that natural selection is NOT RANDOM and can act really quickly. (Charlat et
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Sexual selection: it is part of natural selection. Sexual selection acts on an organism’s ability to obtain or successfully couple with a mate. Selection makes many organisms go to extreme lengths in order to find a mate such as: peacocks need to develop a beautiful tail‚ elephant seals fight over territories…. Sexual selection is often powerful enough to produce features that are harmful to the individual’s survival. For example‚ extravagant and colorful tail feathers or fins are likely to attract
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propel you towards your success faster than you had ever anticipated. When you do this‚ that is‚ when you keep doing something new every day in your attempts to hit your target‚ you are copying nature‚ you are actually putting the law of genetic natural selection
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Pervious studies focused on natural selection by predation being a strong contributing factor of polymorphic color distribution in a population. While there is some truth in this model‚ it may overlook the importance that sexual selection plays‚ as will be depicted in the following examples. Many examples demonstrate that animals in a particular species tend to mate with individuals that share similar color patterns‚ in fact it is rare to see individuals with dissimilar color patterns mate. Gouldian
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Natural selection forms the foundation of how we understand the ways that species have formed over time. Another form of selection is sexual selection‚ which is the selection of traits based on their roles in courting and mating. It involves attracting a mate with the greatest fitness while simultaneously portraying oneself as the best mate for selection. Fitness‚ described in natural selection‚ is the ability to reproduce and leave successful offspring that will continue the cycle. Sexual selection
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created a simulation video game based on evolution. It was a video game that gave the player (in this case God himself) many different ways on how to change the environment‚ along with other factors too. There were a type of species from the game’s selection of other species called Barbellus- which had an antennae and a fish tail. God decided to create a large number of these creatures that lived in the ocean of the video game. However‚ in this species’ early stages‚ both populations were simply known
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three types of polygenic trait selection illustrated below 2. What type of individuals in the population are represented by the 2 ends of the bell curve? 3. Starlings produce an average of five eggs in each clutch. If there are more than five‚ the parents cannot adequately feed the young. If there are fewer than five‚ predators may destroy the entire clutch. This is an example of a. disruptive selection. b. stabilizing selection. c. directional selection. d. none of the above. 4
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| The Chemistry of Natural Waters | Chem 111 Sec 104 | | Hyunjung Hwang | 11/6/2012 | TA: Sarah Boehm‚ Group members: Rachel Hoffman‚ Dan Hirt | Introduction Water hardness is a major part of overall water quality that affects many industrial and domestic water users. Water is considered hard when there are high concentrations of the divalent cations Magnesium and Calcium; water hardness is considered as the sum of both the calcium and magnesium concentrations and expressed as
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Artificial selection in domesticated pigeons and natural selection in wild finches have similar aspects as well as many differences due to the type of selection that occurred. Evolution is the idea that all life on earth shares a common ancestor. Natural selection is the survival and reproduction of traits that are best suited for their environment (Schab‚ 2017). Artificial selection is intentionally selecting traits that are desirable for reproduction. The passing of traits from one generation to
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