...people viewed the history of our universe. His main research project was on a process called natural selection, the idea that survival of the fittest has been a main determinant is shaping how the earth and all living things appear today. Charles Darwin discuses this idea of Natural Selection in his essay “Natural Selection”, detailing evidence supporting his theory. This paper will discuss Darwin’s essay but will also go into further detail of his discoveries, other evolutionary milestones and finally comparing and contrasting the evolutionary argument to the creationism point of view. The idea of evolution first came about in the 1600’s when European naturalists started to question the current theories about how our universe was created. In 1666 the first evidence of evolution was discovered when a couple of fishermen caught a shark. On inspection they noticed that the shark’s teeth resembled “tongue stones”, thought to be triangular shaped rocks but actually fossils that came from the mouths of once-living sharks. The next major revelation came in the 1700’s when George-Louis Buffon became the first scientist to not rely on religious points of view when discussing how the earth was created. Instead...
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...of animails within the subphylum vertebrata (chodates with back bones). | Many invertebrates taxa have a greater number and variety of species than the entire subphylum of vertebrata. Some of the so-called inverterbrates, such as chaetognatha, hemichordate, tunicate, and cephalochordate are more closely related to the vertebrates than to other invertebrates. | Inverterbrates are animals that nethier possess nor develop a vertebral colum, derived from the notochord. This includes all animals apart from the subphylum vertebrata. | This makes the term “ invertebrate” paraphyletic and hence almost meaningless for taxonomic purposes. | Vertebrates include, the jawless fish and the jawed vertebrates, which includes the cartilaginous fish (shark and rays) and the bone fish. A bony fish clade known as the lobe-finned fishes included with tetrapods, which are further divided into. | The vertebrates traditionally include the (hagfish), which do not have proper vertebrae, though their closest living relatives, the lampreys do. | Amphibans, reptiles, mammals, and birds extant vertebrates range in size from the frog species paedophryne, at as little as little as 7.7mm (0.30in), to the blue whale, at up to 33m (106ft). | Hagfish do, however posess a cranium for this reason, the vertebrate subphylum is sometimes referred to as “ Craniata” when discussing morphology. |...
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...methods to reconstruct evolutionary relationships there is been a vast increase in the relevance of evolutionary biology to human society. Reconstructing Phylogenies • 1859-1950- No coherent empirical methods • 1950-1966- Emergence of Phylogenetic Systematics • Phylogeny by discovery of the order of evolutionary innovation Ribotyping • Fingerprinting or sequencing RNA • Many diseases have unknown causes • However, diseased tissues can be ribotyped. (Wiley Death Fish) • This process involves extracting DNA from diseased tissues and then sequencing the DNA that codes for rRNA. • If a disease agent such as a bacteria is present, then we will get ribosomal DNA sequences from the host (you) and the bacteria (the infection agent). Ribotyping: Phylogeny matching • Once we have the rDNA sequences, we can plug them into a sequence matrix of all life and see where our unknowns appear on the tree of life. Our Food Chain • Some products are easy to identify, but others are not. • A slab of fish fillet from a sea bass looks like a slab of sih fillet from a farmed Asian catfish. • But the sea bass costs $10/pound while the Asian catfish costs $4/pound. • Yet, a simple phylogenetic analysis can sort out the sea bass from the catfish, giving regulatory agencies a new weapon to protect consumers from fraud. Directed Synthetic Evolution • Enzymes for industry. Example, using evolutionary principles to increased...
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...elaborate justification for the lifetime of the Earth’s huge diversity plus the origins of the above five thousand types associated with plant and also animal life. For this stop, development can be particularly discussed by simply several theories. Obviously, the pre Darwinian advocates such as John Usher sophisticated the creationism type associated with development (Ruse & Travis, 2009). Your formation idea associated with development theorized how the limitless life types within the Soil had been manufactured by The almighty. Moreover, the formation idea can be of the viewpoint that each life types include remained unchanged given that formation. Thus, high of the seventeenth and also eighteenth one hundred year the field of biology in The european union dedicated to the outline associated with animals and also crops with no justification on what they reached currently being. Carolus Linnaeus can be hailed like a top notch scientist whom created the category system pertaining to figuring out existing items. For this stop, Linnaeus recognized animals and also crops determined by modalities associated with imitation and also looks. Obviously, Linnaeus utilised the binomial nomenclature system in naming the crops and also animals. Thus, the Latin reasoning behind genus and also types got its start. Even so, the overdue eighteenth one hundred year found the victory associated with new evolutionary concepts that encouraged that life types were not fixed. George Louis Leclerc...
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...World Religions Evolution vs. Creation In society, there are many diverse issues that raise intense controversy. One that is particularly interesting is the ongoing conflict between the world of science and some segments of religious society. This essay will refer to the debate between evolution and creationism which has ranged through the course of human history, but intensified as the science and evolving proofs of evolution are generated. Evolution has proved that Creationist beliefs and their denial defy logic, science and reality. One of the most common questions that humanity tends to ask itself is where we came from and how we came to be. It is inherent to every human being to ask himself about their origin and purpose of their existence. Humanity’s first attempt to answer these questions was religion (Christianity, Judaism, Islamic); however science has introduced an alternative to religion’s so called answer, evolution. The current argument began with an English naturalist by the name of Charles Darwin. Darwin was the first to propose the theory of evolution, which states that mankind, through genetic mutation and natural selection, evolved from a common ancestor over a prolonged period based on natural selection processes. This theory directly defied religious beliefs at the time; more specifically those of the Catholic church which believes in creationism, or in a more general sense intelligent design. Creationism is essentially a belief...
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...PLANT EVOLUTION Plant Evolution Colette Andrews Strayer University SCI 115 Dr. David Davies November 24, 2012 Plant Evolution has been around for millions of years. In fact, plants were the first species on earth and the first to live on land (“Plant Evolution”, D. Davies, accessed 11/24/12). For 1500 million year’s photosynthetic organisms remained in the sea. This is because, in the absence of a protective ozone layer, the land was bathed in lethal levels of UV radiation. Once atmospheric oxygen levels were high enough the ozone layer formed, meaning that it was possible for living things to venture onto the land (The University of the West Indies. Department of Biological and Chemical Sciences 2003-2012). The seashore would have been enormously important in the colonization of land. In this zone algae would have been exposed to fresh water running off the land (and would have colonized the freshwater habitat before making the move to terrestrial existence). They would also be exposed to an alternating wet and desiccating environment. Adaptations to survive drying out would have had strong survival value, and it is important to note that seaweeds are poikilohydric and able to withstand periods of desiccation (The University of the West Indies. Department of Biological and Chemical Sciences 2003-2012). The earliest evidence for the appearance of land plants, in the form of fossilized spores, comes from the Ordovician period (510 - 439 million years ago),...
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...Dinosaur extinction is still a major mystery of earth history. In this review article, extinctions in the geological record will be briefly mentioned. Many of the imaginative theories for the extinction of the dinosaurs will also be presented. Within the uniformitarian paradigm, the meteorite impact theory, once considered ‘outrageous’, now is the dominant theory. However, the volcanic theory is still believed by a majority of paleontologists. Both theories have their strengths and weaknesses. The unscientific behavior of those involved in the meteorite paradigm change will be briefly explored. Evidence that the dinosaurs died in a cataclysm of global proportions will be presented, such as the huge water-laid dinosaur graveyards found over the earth. Occasional nonspecific bone-beds and the rarity of fossils of very young dinosaurs suggest a catastrophic death and burial. The billions of dinosaur tracks recently discovered provide testimony to unusual, stressful conditions. Nests, eggs, and babies are a challenge to a Flood model, but there are enough unknowns associated with the data that solid conclusions are difficult to draw. The part that impacts and volcanism play in a Flood paradigm will be briefly discussed. The question of whether the K/T boundary and the extinction of the dinosaurs should be considered a synchronous event within the Flood will be considered. Introduction Dinosaurs bring wonder to children and adults alike. That such great beasts once roamed the earth...
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...Table of Contents Table of Contents Table of Contents… 1-2 Introduction… 3-4 Part I: Evolutionary History… 5 * Pakicetus… 5-7 * Ambulocetuss… 7-8 * Rodhocetus… 8-9 * Basilosaurus and Dorundontidae… 9-10 * Kentriodontidae… 10-11 Part II: Evolutionary Biology, Ecology, and Behavior… 11 * What is a Dolphin?... 11 * General Anatomy… 11-12 * Integumentary, Sensory and Urinary systems… 12-18 * Musculoskeletal system and Locomotion…...
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...• English/US • Answers • Store • Outreach • Media • Kids • Education • Donate • Answers in Genesis • Answers • Animals • Dinosaurs • Dinosaur Extinction • The Extinction of the Dinosaurs The Extinction of the Dinosaurs by Michael J. Oard on August 1, 1997 Share: • • • • Originally published in Journal of Creation 11, no 2 (August 1997): 137-154. Shop Now First published: TJ (now Journal of Creation) 11(2):137–154 August 1997 by Michael J. Oard Dinosaur extinction is still a major enigma of earth history. In this review article, extinctions in the geological record will be briefly mentioned. Many of the imaginative theories for the extinction of the dinosaurs will also be presented. Within the uniformitarian paradigm, the meteorite impact theory, once considered ‘outrageous’, now is the dominant theory. However, the volcanic theory is still believed by a majority of palaeontologists. Both theories have their strengths and weaknesses. The unscientific behaviour of those involved in the meteorite paradigm change will be briefly explored. Evidence that the dinosaurs died in a cataclysm of global proportions will be presented, such as the huge water-laid dinosaur graveyards found over the earth. Occasional monospecific bone-beds and the rarity of fossils of very young dinosaurs suggest a catastrophic death and burial. The billions of dinosaur tracks recently discovered provide testimony to unusual, stressful conditions. Nests, eggs, and babies...
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...N I N E In Cold Blood: The Tale of the Icefish In all things of nature there is something of the marvelous. -Aristotle It was a long way just to go fishing. The us-foot converted wooden sealing boat Norveg/a put to sea out of Sandcford Harbor, Norway on September 14,1927. Its primary destination was perhaps the most remote piece of land on the planet. Tiny Bouvet Island, a speck in the vast Southern Ocean, lay more than six thousand miles from Norway, sixteen hundred miles from the tip of Africa, and more than three thousand miles from South America. In the mid-1920S, commercial invention whaling was booming. The Norwegian of factory ships allowed greater numbers of animals to be taken without relying on shore facilities. Finding new stocks of whales was a priorHCllRE 9.1 The Non'egia a/ Bouvet Island. Photo (rom F;1I1gstOg Forskning r Sydish,lVct by Bjame Aagaard, Volume "N)le Tider." Published bv Cyldelldai Norsk Foriag, Oslo. 1930. ity for the entrepreneurs 2, who went to sea, and establishing tory and w.llers was a priorit) for the countries government claims to terri- involved. The Norwegian wanted to stake a claim to this icc-covered volcanic rock with 167 168 PART IV EVOLUTION IN ACT CHAPTER ON FIGURE 9.2 DitlefRlIstad 011 the Norvegia foredeck. Photo from Fangst Og Forskning I Sydishavet h)' 13,Clme i\C1gclClrd,volume "Nye Tider." Published by Cyldendal Norsk Forlag, Oslo, 1930. 9 ...
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...Water Hydrolysis: Addition of H2O to break it apart. Dehydration: Removal of H2O to form a bond. Carbohydrates Monosaccharide: 2 common types Glucose (Hexopyranose RLRR), fructose Disaccharide: 3 common types glucose + fructose alpha glucocsidic bond = sucrose (table sugar) glucose + galactose beta galactosidic bond = lactose glucose + glucose = maltose Polysaccharide: 4 common types Starch: alpha 1,4 & 1,6 bonds btwn glucoses. amylose and amylopectin Glycogen: different branching than starch. Found in animals Cellulose: beta glucose polymer. Plant cell walls Chitin: similar to cellulose with extra nitrogen containing group. Fungus cell wall and exoskeleton Lipids Triglyceride 3 fatty acids attached to glycerol. Phospholipid One fatty acid in triglyceride replaced with a R containing phosphate group Steroids 4 carbon rings. 3 cyclohexane and 1 cyclopentane Proteins Primary structure AA sequence Secondary 3D shape resulting from hydrogen bonding btwn amino and carboxyl group. Alpha helix and beta pleated sheets Tertiary Hydrogen bonding btwn R groups Ionic bonding btwn R groups Hydrophobic and hydrophilic effects Disulfide bonds btwn Cysteine Quaternary Multiple tertiary structures come together. H-bond, disulfide bond, hydrophilic/phobic interactions Nucleic acids Polymer of what? nucleotides Parts of DNA Nitrogen base, 5 carbon sugar, phosphate group Structure 1' attached to base, 5' attached to phosphate group, 3' attached to another nucleotide, antiparallel Base types & number...
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...ADRA AC&H AC&H H&S ADRA HA HA H&S OI REC NAT NAT OI VOC VOC SGO&H REC SGO&H pathfinder honor book 2014 revision general conference youth ministries department -1- ADRA AC&H H&S NAT HA OI SGO&H REC VOC pathfinder honor book 2014 revision general conference youth ministries department -3- General Conference Youth Ministries Department Director: Gilbert Cangy General Conference Associate Youth Director/Pathfinder World Director: Jonatan Tejel General Conference Honors Committee: Jonatan Tejel, Chairman Vanessa Correa, Secretary Gennady Kasap: ESD Youth Director Busi Khumalo: SID Youth Director Mark O’Ffill: NAD representative John Sommerfeld: SPD representative Paul Tompkins: TED Youth Director Jobbie Yabut: SSD Youth Director Udolcy Zukowski: SAD Pathfinder Director Copyright © 2014 by the Youth Ministries Department of the Seventh-day Adventist® Church All rights reserved. Published 2014 First edition published 1998. Second edition 2011. Third edition 2014 Rights for publishing this book outside the U.S.A. or in non-English languages are administered by the Youth Ministries Department of the Seventh-day Adventist® Church. For additional information, please visit our website, www.gcyouthministries. org, email youthinfo@gc.adventist.org, or write to Youth Ministries Department, General Conference of Seventh-day Adventists® Church, 12501 Old Columbia Pike, Silver Spring, MD 20904, U.S.A. Cover and inside design by Jonatan Tejel Printed in the United...
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...Unit 1 : Many Planets, One Earth Overview Astronomers have discovered dozens of planets orbiting other stars, and space probes have explored many parts of our solar system, but so far scientists have only discovered one place in the universe where conditions are suitable for complex life forms: Earth. In this unit, examine the unique characteristics that make our planet habitable and learn how these conditions were created. Surfaces of Mars, Moon, Venus, Earth. Source: NASA Sections: 1. Introduction 2. Many Planets, One Earth 3. Reading Geologic Records 4. Carbon Cycling and Earth's Climate 5. Testing the Thermostat: Snowball Earth 6. Atmospheric Oxygen 7. Early Life: Single-Celled Organisms 8. The Cambrian Explosion and the Diversification of Animals 9. The Age of Mammals 10. Further Reading Unit 1 : Many Planets, One Earth -1- www.learner.org 1. Introduction Earth's long history tells a story of constant environmental change and of close connections between physical and biological environments. It also demonstrates the robustness of life. Simple organisms first appeared on Earth some 3.8 billion years ago, and complex life forms emerged approximately 2 billion years ago. Life on Earth has endured through many intense stresses, including ice ages, warm episodes, high and low oxygen levels, mass extinctions, huge volcanic eruptions, and meteorite impacts. Untold numbers of species have come and gone, but life has survived even the most extreme fluxes. To...
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...Collapse- book is about a history topic about how societies choose to fail or survive. The main characters are historical people and unknown kings of Mayan cities or Easter Island villages. Jared Diamond tells the story of the Viking explorer Erik the Red, who discovered Greeland and Vinland (Terranova, in Canada). Another character is captain Olafsson, a norse sailor who wrote the last news about Greenland in 1410. Another main character is Christopher Columbus, who arrived at Hispaniola in 1492, but now this island is two countries, the Dominican Republic and the Haiti. Diamond studied the politics of two presidents. the dominican Rafael Trujillo, who protected the enviroment and the dictator François, Papa Doc, Duvalier, who decided on politics of deforestatation of his country, Haiti. The author considered the bad politics of another main character, king George II, who was interested in sending merinosheeps from Spain to Australia, an idea which was succesful from 1820 to 1950 but then the farmers understood their lands lost fertility. Another main character is Tokuwaga Jeayasu, a shogun of Japan in 1600, who prohibited Christianity in 1600 and protected his country againt deforestation. The book takes us to a lot of places around the globe: Mayan cities, Rwanda, Viking colonies of Vinland or Greenland, Haiti and Dominican Republic, Easter Island and Polynesian colonies in Pacific, and the Chaco villages in New Mexico (United States). The time period was from 800 AC, when...
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...How is the scientific method used to solve problems? Scientific method used to solve problems by keen observations, rational analysis, and experimentation. Observation: Closely observe the physical world around you. How is the scientific method used to solve problems? Scientific method used to solve problems by keen observations, rational analysis, and experimentation. Observation: Closely observe the physical world around you. Question: Recognize a question or a problem. Hypothesis: An educated guess or a reasonable explanation. When the hypothesis can be tested by experiment, it qualifies as a scientific hypothesis Prediction: Consequences that can be observed if the hypothesis is correct. The consequences should be absent if the hypothesis is not correct. Conclusion: Formulate the simplest general rule that organizes the hypothesis, predicted effects, and experimental findings. What is the principle of falsifiability? For a hypothesis to be considered scientific it must be testable?it must, in principle, be capable of being proven wrong. Fact: A phenomenon about which competent observers can agree. Theory: A synthesis of a large body of information that encompasses well-tested hypotheses about certain aspects of the natural world. Law: A general hypothesis or statement about the relationship of natural quantities that has been tested over and over again and has not been contradicted. Also known as a principle. Evidence: which...
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