TEST BANK for Introduction To Marine Biology 4th Edition Karleskint, Turneer & Small. All Chapters 1-20.

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TEST BANK for Introduction To Marine Biology 4th Edition Karleskint, Turneer & Small. All Chapters 1-20. 1 Chapter 1—Science and Marine Biology Page : 2 2 Chapter 1—Science and Marine Biolo... gy Chapter 1—Science and Marine Biology Chapter 1—Science and Marine Biology . What percentage Page : 3 3 Chapter 1—Science and Marine Biology 6. Knowledge of the ocean Page : 4 4 Chapter 1—Science and Marine Biology a. life could not survive Page : 5 5 Chapter 1—Science and Marine Biology b. Alexander Agassiz. c Page : 6 6 Chapter 1—Science and Marine Biology c. Fridtjof Nanson. d Page : 7 7 Chapter 1—Science and Marine Biology d. both a and b Page : 8 8 Chapter 1—Science and Marine Biology d. supported by the growth Page : 9 9 Chapter 1—Science and Marine Biology 45. Charles Darwin 46. Page : 10 10 Chapter 1—Science and Marine Biology 57. ANS: B PTS Page : 11 11 Chapter 1—Science and Marine Biology 68. Define the following terms Page : 12 12 Chapter 1—Science and Marine Biology When J. H. Connell Page : 13 12 Chapter 2—Fundamentals of Ecology Chapter 2—Fundamentals of Ecology Ecology Chapter 2—Fundamentals of Ecology . Ecology is: Page : 14 13 Chapter 2—Fundamentals of Ecology 6. The habitat of a species Page : 15 14 Chapter 2—Fundamentals of Ecology 12. The largest group and most Page : 16 15 Chapter 2—Fundamentals of Ecology 18. The movement of water across Page : 17 16 Chapter 2—Fundamentals of Ecology 24. Oxygen during the early development Page : 18 17 Chapter 2—Fundamentals of Ecology 30. ____ is Page : 19 18 Chapter 2—Fundamentals of Ecology 36. The symbiotic relationship in which Page : 20 19 Chapter 2—Fundamentals of Ecology 42. Estuaries are an example of Page : 21 20 Chapter 2—Fundamentals of Ecology 48. How much biomass of krill Page : 22 21 Chapter 2—Fundamentals of Ecology 54. Eutrophication can lead to a Page : 23 22 Chapter 2—Fundamentals of Ecology 64. Interspecific competition is competition occurring Page : 24 23 Chapter 2—Fundamentals of Ecology Match each term to a similar term Page : 25 24 Chapter 2—Fundamentals of Ecology 85. ANS: B PTS: Page : 26 25 Chapter 2—Fundamentals of Ecology 100. H2O 98. ANS: Page : 27 26 Chapter 2—Fundamentals of Ecology 106. Using the definition of habitat Page : 28 27 Chapter 2—Fundamentals of Ecology 111. Osmoconforming animals, such as Page : 29 28 Chapter 3—Geology of the Ocean Chapter 3—Geology of the Ocean Chapter 3—Geology of the Ocean . The solar Page : 30 29 Chapter 3—Geology of the Ocean 6. A small area more Page : 31 30 Chapter 3—Geology of the Ocean 12. Pangea, the name Page : 32 31 Chapter 3—Geology of the Ocean 18. A region where old Page : 33 32 Chapter 3—Geology of the Ocean 24. A core sample is Page : 34 33 Chapter 3—Geology of the Ocean 30. The deepest underwater trench Page : 35 34 Chapter 3—Geology of the Ocean 36. All of the following Page : 36 35 Chapter 3—Geology of the Ocean 42. An example of a Page : 37 36 Chapter 3—Geology of the Ocean 47. The reference or primary Page : 38 37 Chapter 3—Geology of the Ocean 56. Mountainous coastlines tend to Page : 39 38 Chapter 3—Geology of the Ocean Match the characteristic with the most Page : 40 39 Chapter 3—Geology of the Ocean Match the words with the most Page : 41 40 Chapter 3—Geology of the Ocean 91. ANS: B PTS Page : 42 41 Chapter 3—Geology of the Ocean 101. Why is continental crust Page : 43 42 Chapter 3—Geology of the Ocean 106. Using your knowledge of Page : 44 43 Chapter 4—Water, Waves, and Tides Chapter 4—Water Tides Chapter 4—Water, Waves, and Tides . Page : 45 44 Chapter 4—Water, Waves, and Tides 6. Hydrogen bonds Page : 46 45 Chapter 4—Water, Waves, and Tides 12. An ion Page : 47 46 Chapter 4—Water, Waves, and Tides 18. Light that Page : 48 47 Chapter 4—Water, Waves, and Tides 24. A trace Page : 49 48 Chapter 4—Water, Waves, and Tides 30. When a Page : 50 49 Chapter 4—Water, Waves, and Tides 36. An imbalance Page : 51 50 Chapter 4—Water, Waves, and Tides 42. A zone Page : 52 51 Chapter 4—Water, Waves, and Tides 48. A common Page : 53 52 Chapter 4—Water, Waves, and Tides 54. A tidal Page : 54 53 Chapter 4—Water, Waves, and Tides 63. Trace elements Page : 55 54 Chapter 4—Water, Waves, and Tides MATCHING Match the gas Page : 56 55 Chapter 4—Water, Waves, and Tides Match the pH value Page : 57 56 Chapter 4—Water, Waves, and Tides 98. Semidiurnal 99 Page : 58 57 Chapter 4—Water, Waves, and Tides 108. What are Page : 59 58 Chapter 4—Water, Waves, and Tides 114. Which of Page : 60 59 Chapter 4—Water, Waves, and Tides 119. Tropical areas Page : 61 60 Chapter 5—Biological Concepts Chapter 5—Biological Concepts CHOICE 1 Concepts Chapter 5—Biological Concepts . The person who presented Page : 62 61 Chapter 5—Biological Concepts 6. Lactose is a. a disaccharide Page : 63 62 Chapter 5—Biological Concepts 12. The number of different amino acids Page : 64 63 Chapter 5—Biological Concepts 18. DNA contains an organism's Page : 65 64 Chapter 5—Biological Concepts Fewer fish would die upon re-exposure Page : 66 65 Chapter 5—Biological Concepts 29. A eukaryote cell has all these Page : 67 66 Chapter 5—Biological Concepts 35. Reproduction in prokaryotes is known as Page : 68 67 Chapter 5—Biological Concepts 41. Organisms that lack a nucleus and Page : 69 68 Chapter 5—Biological Concepts 49. ANS: A PTS: 1 Page : 70 69 Chapter 5—Biological Concepts Match the words with the most closely associated Page : 71 70 Chapter 5—Biological Concepts 74. ANS: A PTS: 1 Page : 72 71 Chapter 5—Biological Concepts 81. What processes gave rise to the Page : 73 72 Chapter 5—Biological Concepts 86. Define and briefly describe Domains. Page : 74 73 Chapter 6—Marine Microbes Chapter 6—Marine Microbes CHOICE 1 Microbes Chapter 6—Marine Microbes . The most abundant microbes Page : 75 74 Chapter 6—Marine Microbes 6. Outside a host cell a virus Page : 76 75 Chapter 6—Marine Microbes 12. A viral lytic cycle is characterized Page : 77 76 Chapter 6—Marine Microbes 18. Bacteria reproduce by: a. Page : 78 77 Chapter 6—Marine Microbes 24. The process where DNA is duplicated Page : 79 78 Chapter 6—Marine Microbes 30. A structure formed from the combination Page : 80 79 Chapter 6—Marine Microbes 36. A special structure on certain cyanobacteria Page : 81 80 Chapter 6—Marine Microbes 42. All of following marine microbes have Page : 82 81 Chapter 6—Marine Microbes 47. The following amoeboid protozoans are important Page : 83 82 Chapter 6—Marine Microbes 54. Nitrifying bacteria are important in the Page : 84 83 Chapter 6—Marine Microbes 65. Consolidation 66. Lithification 67. Page : 85 84 Chapter 6—Marine Microbes 77. Diatoms 78. Coccoliths 79. Page : 86 85 Chapter 6—Marine Microbes 89. Eubacteria 90. Archaea 91. Page : 87 86 Chapter 6—Marine Microbes 96. Compare and contrast aerobic and aerobic Page : 88 87 Chapter 6—Marine Microbes 101. What is the importance of nitrogen Page : 89 88 Chapter 7—Multicellular Primary Producers Chapter 7—Multicellular Primary Producers Producers Chapter 7—Multicellular Primary Producers . Algae are divided Page : 90 89 Chapter 7—Multicellular Primary Producers 6. The greatest diversity of algae Page : 91 90 Chapter 7—Multicellular Primary Producers 12. Some algae utilize calcium carbonate Page : 92 91 Chapter 7—Multicellular Primary Producers 18. The marine macrophyte group with Page : 93 92 Chapter 7—Multicellular Primary Producers 24. Red algae are important to Page : 94 93 Chapter 7—Multicellular Primary Producers 30. Rockweed have eliminated the _ Page : 95 94 Chapter 7—Multicellular Primary Producers 36. Marine flowering plants produce _ Page : 96 95 Chapter 7—Multicellular Primary Producers 42. Which of the following is Page : 97 96 Chapter 7—Multicellular Primary Producers 48. Saltwort (Batis) maintains Page : 98 97 Chapter 7—Multicellular Primary Producers 54. Which of the following has Page : 99 98 Chapter 7—Multicellular Primary Producers 63. The sporophyte and gametophyte stages Page : 100 99 Chapter 7—Multicellular Primary Producers 74. Red algae 75. Brown Page : 101 100 Chapter 7—Multicellular Primary Producers 86. Seagrasses 87. Red algae Page : 102 101 Chapter 7—Multicellular Primary Producers ESSAY 99. Explain the basis for Page : 103 102 Chapter 7—Multicellular Primary Producers 103. Outline at least 3 ecological Page : 104 103 Chapter 7—Multicellular Primary Producers 108. Describe the life cycle of Page : 105 104 Chapter 7—Multicellular Primary Producers 112. What are at least 3 Page : 106 105 Chapter 8—Lower Invertebrates Chapter 8—Lower Invertebrates Invertebrates Chapter 8—Lower Invertebrates . Which of the following Page : 107 106 Chapter 8—Lower Invertebrates 6. Water enters the sponge spongocoel through Page : 108 107 Chapter 8—Lower Invertebrates 12. A sponge body type consisting of Page : 109 108 Chapter 8—Lower Invertebrates 18. Sponges avoid predators by: a Page : 110 109 Chapter 8—Lower Invertebrates 24. The nematocysts of cnidarians are produced Page : 111 110 Chapter 8—Lower Invertebrates 30. The benthic jellyfish ___ Page : 112 111 Chapter 8—Lower Invertebrates 36. You are walking along the beach Page : 113 112 Chapter 8—Lower Invertebrates 42. How could you tell the difference Page : 114 113 Chapter 8—Lower Invertebrates 48. Which of the following is not Page : 115 114 Chapter 8—Lower Invertebrates 58. True jellyfish belong to the class Page : 116 115 Chapter 8—Lower Invertebrates Match the words with the animals they are Page : 117 116 Chapter 8—Lower Invertebrates Match the animal group with its most closely Page : 118 117 Chapter 8—Lower Invertebrates 92. What characteristics of sponges allow sexual Page : 119 118 Chapter 8—Lower Invertebrates 97. What are the advantages of radial Page : 120 119 Chapter 9—Higher Invertebrates Chapter 9—Higher Invertebrates Invertebrates Chapter 9—Higher Invertebrates . The molluscs: a Page : 121 120 Chapter 9—Higher Invertebrates 6. The odontophore of molluscs is part Page : 122 121 Chapter 9—Higher Invertebrates 12. Molluscs with a tubular shell and Page : 123 122 Chapter 9—Higher Invertebrates 18. Which genus of gastropod has been Page : 124 123 Chapter 9—Higher Invertebrates 24. Most bivalves are: a. Page : 125 124 Chapter 9—Higher Invertebrates 30. The most common marine annelids are Page : 126 125 Chapter 9—Higher Invertebrates 36. The sipunculid worms are also called Page : 127 126 Chapter 9—Higher Invertebrates 42. Which of the following has not Page : 128 127 Chapter 9—Higher Invertebrates 48. The molting process is a means Page : 129 128 Chapter 9—Higher Invertebrates 54. Barnacles live a(n) Page : 130 129 Chapter 9—Higher Invertebrates 60. What is false about sea stars Page : 131 130 Chapter 9—Higher Invertebrates 66. ____ are sea Page : 132 131 Chapter 9—Higher Invertebrates 72. An example of an invertebrate chordate Page : 133 132 Chapter 9—Higher Invertebrates 78. An arrowworm is a type of Page : 134 133 Chapter 9—Higher Invertebrates 85. Most cephalopods are benthic deposit feeders Page : 135 134 Chapter 9—Higher Invertebrates 98. Sea cucumbers belong to the class Page : 136 135 Chapter 9—Higher Invertebrates d. gills strain seawater to collect plankton Page : 137 136 Chapter 9—Higher Invertebrates Match the class with its most closely associated Page : 138 137 Chapter 9—Higher Invertebrates PTS: 1 DIF: Recall REF: Page : 139 138 Chapter 9—Higher Invertebrates 139. Describe the method by which nautiloids Page : 140 139 Chapter 9—Higher Invertebrates 143. Even though echinoderms are considered advanced Page : 141 140 Chapter 10—Marine Fishes Chapter 10—Marine Fishes CHOICE 1 Fishes Chapter 10—Marine Fishes . The earliest fish are Page : 142 141 Chapter 10—Marine Fishes 6. The feeding mode of adult lampreys Page : 143 142 Chapter 10—Marine Fishes 12. The claspers of cartilaginous fishes are Page : 144 143 Chapter 10—Marine Fishes 18. Neuromast cells are associated with the Page : 145 144 Chapter 10—Marine Fishes 24. A shark reproduction scheme in which Page : 146 145 Chapter 10—Marine Fishes 30. The toxins of stingrays are destroyed Page : 147 146 Chapter 10—Marine Fishes 36. Tails that have equally sized upper Page : 148 147 Chapter 10—Marine Fishes 42. Countershading is a common form of Page : 149 148 Chapter 10—Marine Fishes 48. The following are all main points Page : 150 149 Chapter 10—Marine Fishes 54. The lateral line is part of Page : 151 150 Chapter 10—Marine Fishes 62. Fertilization is internal in sharks. Page : 152 151 Chapter 10—Marine Fishes Match the body form with its most closely Page : 153 152 Chapter 10—Marine Fishes 85. ANS: C PTS: 1 Page : 154 153 Chapter 10—Marine Fishes 97. ANS: B PTS: 1 Page : 155 154 Chapter 10—Marine Fishes 107. Compare a shark and a bony Page : 156 155 Chapter 10—Marine Fishes 111. How does the spiral valve within Page : 157 156 Chapter 10—Marine Fishes 116. Most bony fishes are considered to Page : 158 157 Chapter 11—Reptiles and Birds Chapter 11—Reptiles and Birds ULTIPLE Birds Chapter 11—Reptiles and Birds . All the following Page : 159 158 Chapter 11—Reptiles and Birds 6. In marine turtles, excess Page : 160 159 Chapter 11—Reptiles and Birds 12. In marine crocodiles excess salts Page : 161 160 Chapter 11—Reptiles and Birds 18. Which is not a unique Page : 162 161 Chapter 11—Reptiles and Birds 24. The heron is a stalking Page : 163 162 Chapter 11—Reptiles and Birds 30. Gulls feed mostly by a Page : 164 163 Chapter 11—Reptiles and Birds 36. A structure found within penguins Page : 165 164 Chapter 11—Reptiles and Birds 42. In general, birds increase Page : 166 165 Chapter 11—Reptiles and Birds 48. The bird with the largest Page : 167 166 Chapter 11—Reptiles and Birds 55. Sea snakes are valued for Page : 168 167 Chapter 11—Reptiles and Birds 65. Leatherback Sea Turtle 66. Page : 169 168 Chapter 11—Reptiles and Birds Match the food preference with the species Page : 170 169 Chapter 11—Reptiles and Birds 90. Pelicans 91. Frigate Birds Page : 171 170 Chapter 11—Reptiles and Birds 100. What are 3 human activities Page : 172 171 Chapter 11—Reptiles and Birds 105. Describe 2 adaptations of sea Page : 173 172 Chapter 11—Reptiles and Birds 109. List 4 of the most in Chapter 2] that results from competitive pressures. The birds have evolved Page : 174 173 Chapter 12—Marine Mammals Chapter 12—Marine Mammals CHOICE 1 Mammals Chapter 12—Marine Mammals . All marine ammals: Page : 175 174 Chapter 12—Marine Mammals 6. Sea lions and seals belong to Page : 176 175 Chapter 12—Marine Mammals 12. Which of the following species is Page : 177 176 Chapter 12—Marine Mammals 18. Most pinnipeds mate: a. Page : 178 177 Chapter 12—Marine Mammals 24. The sirenians a. rest on Page : 179 178 Chapter 12—Marine Mammals 30. Whales, dolphins, and porpoises Page : 180 179 Chapter 12—Marine Mammals 36. Adaptations for deep diving in cetaceans Page : 181 180 Chapter 12—Marine Mammals 42. Bubble nets for confusing and trapping Page : 182 181 Chapter 12—Marine Mammals 48. Tail cocking behavior in whales is Page : 183 182 Chapter 12—Marine Mammals 54. All of the following are members Page : 184 183 Chapter 12—Marine Mammals TRUE/FALSE 60. Pinnipeds have to Page : 185 184 Chapter 12—Marine Mammals 72. Ambergris is produced by dolphins. Page : 186 185 Chapter 12—Marine Mammals Match the location with the species. a Page : 187 186 Chapter 12—Marine Mammals 95. ANS: B PTS: 1 Page : 188 187 Chapter 12—Marine Mammals ESSAY 107. List the three major groups Page : 189 188 Chapter 12—Marine Mammals 112. Why must sea otters consume 25 Page : 190 189 Chapter 12—Marine Mammals 117. Describe at least 3 adaptations of Page : 191 190 Chapter 13—Intertidal Communities Chapter 13—Intertidal Communities Communities Chapter 13—Intertidal Communities . he supralittoral zone is Page : 192 191 Chapter 13—Intertidal Communities 6. A tar-like patch found Page : 193 192 Chapter 13—Intertidal Communities 12. The upper limit of an organism Page : 194 193 Chapter 13—Intertidal Communities 18. Most of the animals living in Page : 195 194 Chapter 13—Intertidal Communities 24. Ghost crabs predominate in: a Page : 196 195 Chapter 13—Intertidal Communities 30. Tidepool organism adaptations to changing environmental Page : 197 196 Chapter 13—Intertidal Communities 36. The organism in the tropics that Page : 198 197 Chapter 13—Intertidal Communities 42. A common organism of the temperate Page : 199 198 Chapter 13—Intertidal Communities 48. The zone that is exposed only Page : 200 199 Chapter 13—Intertidal Communities 58. Beaches with heavy wave action tend Page : 201 200 Chapter 13—Intertidal Communities 68. ANS: C PTS: 1 Page : 202 201 Chapter 13—Intertidal Communities 81. Exposed 82. Semi-exposed Page : 203 202 Chapter 13—Intertidal Communities ESSAY 95. List the zones that comprise Page : 204 203 Chapter 13—Intertidal Communities 99. How do intertidal brown algae compete Page : 205 204 Chapter 13—Intertidal Communities 103. The base of the food web Page : 206 205 Chapter 14—Estuaries Chapter 14—Estuaries . Drowned Estuaries Chapter 14—Estuaries . Drowned river valley estuaries were Page : 207 206 Chapter 14—Estuaries 6. Where rivers slow and drop their sediment Page : 208 207 Chapter 14—Estuaries 12. An example of a negative estuary is Page : 209 208 Chapter 14—Estuaries 18. Pseudofeces are: a. semisolid deposits Page : 210 209 Chapter 14—Estuaries 24. An example of an osmoregulator at low Page : 211 210 Chapter 14—Estuaries 30. An example of a species that uses Page : 212 211 Chapter 14—Estuaries 36. The energy base on mud flats is Page : 213 212 Chapter 14—Estuaries 42. Seagrasses are important in all the following Page : 214 213 Chapter 14—Estuaries TRUE/FALSE 48. All estuaries are diluted Page : 215 214 Chapter 14—Estuaries MATCHING Match the mangrove ecosystem species with its most Page : 216 215 Chapter 14—Estuaries 70. ANS: C PTS: 1 REF Page : 217 216 Chapter 14—Estuaries 82. ANS: B PTS: 1 REF Page : 218 217 Chapter 14—Estuaries 92. Define the following terms: • Estuary Page : 219 218 Chapter 14—Estuaries 96. Describe the difference between an osmoregulator and Page : 220 219 Chapter 14—Estuaries 101. Oyster reefs are usually oriented at right Page : 221 220 Chapter 15—Coral Reef Communities Chapter 15—Coral Reef Communities Communities Chapter 15—Coral Reef Communities . Coral reefs are Page : 222 221 Chapter 15—Coral Reef Communities 6. The lack of corals near Page : 223 222 Chapter 15—Coral Reef Communities 12. Reefs that are separated by Page : 224 223 Chapter 15—Coral Reef Communities 18. Each of the following is Page : 225 224 Chapter 15—Coral Reef Communities 24. The cycle of coral reef Page : 226 225 Chapter 15—Coral Reef Communities 30. The high productivity of coral Page : 227 226 Chapter 15—Coral Reef Communities 36. The use of venom for Page : 228 227 Chapter 15—Coral Reef Communities 42. Corals that compete by growing Page : 229 228 Chapter 15—Coral Reef Communities TRUE/FALSE 48. Hermatypic corals Page : 230 229 Chapter 15—Coral Reef Communities 58. ANS: C PTS: Page : 231 230 Chapter 15—Coral Reef Communities 71. Wrasses 72. Clown fish Page : 232 231 Chapter 15—Coral Reef Communities 84. ANS: B PTS: Page : 233 232 Chapter 15—Coral Reef Communities 91. Describe at least 3 physical Page : 234 233 Chapter 15—Coral Reef Communities 95. What accounts for the higher Page : 235 234 Chapter 16—Continental Shelves and Neritic Zone Chapter 16—Continental Shelves Zone Chapter 16—Continental Shelves and Neritic Zone CHOICE 1. The Page : 236 235 Chapter 16—Continental Shelves and Neritic Zone 6. Even though coastal Page : 237 236 Chapter 16—Continental Shelves and Neritic Zone 12. Fine sediment bottoms Page : 238 237 Chapter 16—Continental Shelves and Neritic Zone 18. The pattern of Page : 239 238 Chapter 16—Continental Shelves and Neritic Zone 24. Which of these Page : 240 239 Chapter 16—Continental Shelves and Neritic Zone 30. About 50% Page : 241 240 Chapter 16—Continental Shelves and Neritic Zone 36. Macrocystis kelp communities Page : 242 241 Chapter 16—Continental Shelves and Neritic Zone 42. Gribbles play an Page : 243 242 Chapter 16—Continental Shelves and Neritic Zone 52. The delicate nature Page : 244 243 Chapter 16—Continental Shelves and Neritic Zone c. builds fecal mounds Page : 245 244 Chapter 16—Continental Shelves and Neritic Zone ESSAY 76. Briefly describe Page : 246 245 Chapter 16—Continental Shelves and Neritic Zone 81. Compared to oceanic Page : 247 246 Chapter 17—The Open Sea Chapter 17—The Open Sea Sea Chapter 17—The Open Sea . In tropical water Page : 248 247 Chapter 17—The Open Sea 6. All the following are used Page : 249 248 Chapter 17—The Open Sea 12. The dominant primary producers in Page : 250 249 Chapter 17—The Open Sea 18. Macroplankton are organisms visible to Page : 251 250 Chapter 17—The Open Sea 24. Nutrient-rich microenvironments can Page : 252 251 Chapter 17—The Open Sea 30. Common megaplankton of the open Page : 253 252 Chapter 17—The Open Sea 36. Pelagic snails that produce a Page : 254 253 Chapter 17—The Open Sea 42. Which non-mammal organism Page : 255 254 Chapter 17—The Open Sea 51. Many zooplankton migrate daily from Page : 256 255 Chapter 17—The Open Sea Match the phenomena with a closely associated Page : 257 256 Chapter 17—The Open Sea 73. ANS: C PTS: Page : 258 257 Chapter 17—The Open Sea 87. Microzooplankton 88. Mesozooplankton 89 Page : 259 258 Chapter 17—The Open Sea 94. Describe at least 3 of Page : 260 259 Chapter 17—The Open Sea 97. Trace the open ocean microbial Page : 261 260 Chapter 18—Life in the Ocean's Depths Chapter 18— Depths Chapter 18—Life in the Ocean's Depths Page : 262 261 Chapter 18—Life in the Ocean's Depths 7. All Page : 263 262 Chapter 18—Life in the Ocean's Depths 13. Bioluminescence Page : 264 263 Chapter 18—Life in the Ocean's Depths 19. Deep Page : 265 264 Chapter 18—Life in the Ocean's Depths 25. Evolutionary Page : 266 265 Chapter 18—Life in the Ocean's Depths 31. The Page : 267 266 Chapter 18—Life in the Ocean's Depths 37. Black Page : 268 267 Chapter 18—Life in the Ocean's Depths TRUE/FALSE Page : 269 268 Chapter 18—Life in the Ocean's Depths 55. Opossum Page : 270 269 Chapter 18—Life in the Ocean's Depths 65. ANS Page : 271 270 Chapter 18—Life in the Ocean's Depths 75. What Page : 272 271 Chapter 18—Life in the Ocean's Depths 80. Describe Page : 273 272 Chapter 19—Harvesting the Ocean's Resources Chapter 19—Harvesting Resources Chapter 19—Harvesting the Ocean's Resources CHOICE 1. Page : 274 273 Chapter 19—Harvesting the Ocean's Resources 6. Separate populations Page : 275 274 Chapter 19—Harvesting the Ocean's Resources 12. The potential Page : 276 275 Chapter 19—Harvesting the Ocean's Resources 18. Fishing gear Page : 277 276 Chapter 19—Harvesting the Ocean's Resources 24. Oil and Page : 278 277 Chapter 19—Harvesting the Ocean's Resources 30. The major Page : 279 278 Chapter 19—Harvesting the Ocean's Resources 36. In tropical Page : 280 279 Chapter 19—Harvesting the Ocean's Resources 42. For each Page : 281 280 Chapter 19—Harvesting the Ocean's Resources 49. Increases in Page : 282 281 Chapter 19—Harvesting the Ocean's Resources 61. Sustainable yield Page : 283 282 Chapter 19—Harvesting the Ocean's Resources 72. Purse seine Page : 284 283 Chapter 19—Harvesting the Ocean's Resources 83. What problems Page : 285 284 Chapter 19—Harvesting the Ocean's Resources 87. How could Page : 286 285 Chapter 20—Oceans in Jeopardy Chapter 20—Oceans in Jeopardy Jeopardy Chapter 20—Oceans in Jeopardy . Ocean pollution includes Page : 287 286 Chapter 20—Oceans in Jeopardy 6. The largest volumetric component of Page : 288 287 Chapter 20—Oceans in Jeopardy 12. DDT was used in the Page : 289 288 Chapter 20—Oceans in Jeopardy 18. When seawater rises more than Page : 290 289 Chapter 20—Oceans in Jeopardy 24. What type of organism can Page : 291 290 Chapter 20—Oceans in Jeopardy 30. The process whereby toxins are Page : 292 291 Chapter 20—Oceans in Jeopardy 36. Plastics can best be described Page : 293 292 Chapter 20—Oceans in Jeopardy 42. The community effect of oil Page : 294 293 Chapter 20—Oceans in Jeopardy 50. The trophic levels that are Page : 295 294 Chapter 20—Oceans in Jeopardy Match the words with the most closely Page : 296 295 Chapter 20—Oceans in Jeopardy 72. ANS: C PTS: Page : 297 296 Chapter 20—Oceans in Jeopardy 84. ANS: C PTS: Page : 298 297 Chapter 20—Oceans in Jeopardy 91. In Long Beach, CA Page : 299 298 Chapter 20—Oceans in Jeopardy 95. Recent outbreaks of the dangerous [Show More]

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