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Getting Ready for Biology
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(mamma) In addition, mammals are covered with hair and are endothermic (en-doh-THER-mik) Endothermic organisms have inner (endo-) control of their body heat (therm) or temperature Therefore, early mammals had a much greater ability to adapt to the colder climate of the modern era, compared to reptiles and amphibians They could nd more habitat (HAB-uh-tat) on the land and water, a wider variety of colder places to live in (habit) [Study suggestion: Would you expect to see an alligator a reptile swimming in the freezing water of the Arctic Ocean Or, would you be more likely to see a killer whale a marine mammal swimming there ] Most of the main groups of mammals were in existence about 50 60 million years ago One of these groups was the primates (PRY-mates) Since human beings (Homo sapiens) belong to the group of primates, it is only natural that we should label ourselves as being of rst rank or importance (primat) Primates include monkeys, apes, and various other creatures, as well as humans The apelike ancestors that may have evolved into humans appeared approximately 5 million years ago Our species, Homo sapiens, nally showed up just 100,000 to 200,000 years ago This time has often been nicknamed The Ice Age This is due to the fact that fossils of early humans were found amid evidence of huge glaciers in Europe
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FOSSIL RECORD SUMMARY
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Table 31 provides a brief summary of the major Geological (jee-uh-LAHJuh-kul) or pertaining to Earth-study Eras Observe from the table that there are four Eras: the Pre-Cambrian, Paleozoic, Mesozoic, and Cenozoic Eras Not shown in the table are a number of Periods, into which each of the eras is subdivided Finally, the most recent (Cenozoic) Era has two periods, each of which is subdivided into a number of Epochs (EP-uks) Since this book just provides an overview, the speci c periods and epochs have not been identi ed [Study suggestion: Picture three steps of geological time going down, big to smaller to smallest The top step is the Era The middle step is the Period And the third step is the Epoch] The relative amount of time covered in each of the four major eras is easily visualized within the FOSSIL RECORD CLOCK (Figure 35) Recall that each mark on this CLOCK represents a time span of 025 bya (billion years ago), or 250 mya (million years ago) Therefore, the appearance of human beings a mere 100,000 years ago is so recent in Earth s overall history, that it occurred just the last second or so before our model CLOCK strikes its end at midnight!
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CHAPTER 3 From Dawn to Darwin
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Table 31 The four major eras and their characteristics
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Era Pre-Cambrian Era
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Time span 45 billion to 545 million years ago
Major events Formation of Earth Primordial soup Stromatolites containing bacteria Unicellular prokaryotes, then eukaryotes Multicellular eukaryote organisms (algae) appear Ancient Life Era First vertebrates ( sh), land animals (amphibians, reptiles), land plants, fungi, insects Middle Life Era, Age of Reptiles Flying reptiles become birds Small mammals and owering plants appear Rise and fall of the dinosaurs New Life Era, Age of Mammals Modern mammals and birds evolve from reptiles Primates (monkeys, apes, apelike human ancestors) The Ice Age, including arrival of Homo sapiens
Paleozoic Era
545 million to 245 million years ago 245 million to 65 million years ago
Mesozoic Era
Cenozoic Era
65 million years ago to present day
Homo sapiens (100,000 years ago) Dinosaurs Fish Start
Formation of Earth (45 bya)
Dawn of Life (40 bya) 025 bya (250 mya)
Fig 35 The fossil record clock
PART 1
Getting Ready for Biology
Charles Darwin and the Theory of Evolution
How did all these di erent types of living organisms come to replace or join each other over time What complicated process seems to be responsible you might well ask The biological answers are: evolution and the process called natural selection Evolution means a process of rolling out, a gradual process of developing or unfolding In a biological sense, evolution can be considered a gradual unfolding or development of particular patterns of Biological Order, over long periods of time These patterns of Biological Order are re ected in the body structures and functions of particular living organisms Okay, I see, you may persist, But what process determines which patterns of Biological Order survive, which patterns become modi ed, or which patterns (like that of the dinosaurs) become extinct Enter Charles Darwin, an English scientist who stated his Theory of Evolution by Natural Selection Darwin wrote an important book, The Origin of Species by Natural Selection (1859), that explained the fundamental ideas behind this theory For ve years (1831 1836), Darwin sailed around the world on a ship called the Beagle He spent countless hours collecting fossils and living creatures along the coastline of South America, and in observing strange creatures only found in a set of tiny Galapagos Islands He concluded that particular groups of organisms adapted themselves (over long periods of time) to particular types of habitats Since habitats widely di ered, he reasoned, so do the organisms that have adapted themselves to these di erent habitats By adaptation, it is meant that particular patterns of Biological Order are more t or appropriate for certain habitats than are other patterns And the individual organisms having these more t or appropriate patterns were more likely to reproduce themselves Hence, their particular patterns of Biological Order would be passed on to succeeding generations of o spring This produces, in a sense, a survival of the ttest, or a natural selection The ttest (most e ciently adapted) organisms to a particular habitat are the ones that tend to survive and pass their patterns of Biological Order on to their o spring Only the most t are selected naturally to survive and reproduce within a certain habitat Charles Darwin supported his theory with many commonsense observations For example, he cited the seasonal color changes in the feathers of the ptarmigan (TAR-muh-gun), a type of wild grouse found in cold and mountainous regions Most ptarmigans he observed had brown spotted feathers in the summer, followed by a dramatic change in color pattern to all-white
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