Essentials of Oceanography"How do the oceans work?" To help readers find the answers, Trujillo and Thurman present & in-depth and rigorous discussions of oceanographic concepts and demystify the science for the layperson. Highlights the interdisciplinary relationship between oceanographic phenomena and how those phenomena affect other Earth systems. Incorporates scientific information from geology, chemistry, physics, and biology to illustrate how each of these disciplines relates to the ocean. Updates content throughout to include some of the most recent developments in oceanography, such as the recent Indian Ocean tsunamis and Hurricanes Katrina, Rita, and Wilma. A readable, informative reference for anyone interested in learning more about our oceans. |
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Page 48
... ocean crust was created at the ridges , split apart , moved away from the ridges , and later disappeared back into the deep Earth at trenches . Mindful of the ... Floor In the late 1960s ,. 48 Chapter 2 Plate Tectonics and the Ocean Floor.
... ocean crust was created at the ridges , split apart , moved away from the ridges , and later disappeared back into the deep Earth at trenches . Mindful of the ... Floor In the late 1960s ,. 48 Chapter 2 Plate Tectonics and the Ocean Floor.
Page 50
Alan P. Trujillo, Harold V. Thurman. Age of the Ocean Floor In the late 1960s , an ambitious deep - sea drilling program was initiated to test the existence of sea floor spreading . One of the program's primary missions was to drill into ...
Alan P. Trujillo, Harold V. Thurman. Age of the Ocean Floor In the late 1960s , an ambitious deep - sea drilling program was initiated to test the existence of sea floor spreading . One of the program's primary missions was to drill into ...
Page 79
... sea floor . For instance , the sound beam emitted from a ship 4000 meters ( 13,100 feet ) above the ocean floor widens to a diameter of about 4600 meters ( 15,000 feet ) at the bottom . Consequently , the first echoes to re- turn from the ...
... sea floor . For instance , the sound beam emitted from a ship 4000 meters ( 13,100 feet ) above the ocean floor widens to a diameter of about 4600 meters ( 15,000 feet ) at the bottom . Consequently , the first echoes to re- turn from the ...
Contents
I | 3 |
Introduction to Planet Earth | 6 |
Visiting the Deep Ocean Floor | 11 |
Copyright | |
59 other sections not shown
Other editions - View all
Essentials of Oceanography, Eighth Edition: Student Lecture Notebook Alan P. Trujillo,Harold V. Thurman No preview available - 2005 |
Common terms and phrases
algae Antarctic Arctic areas asthenosphere Atlantic Ocean atmosphere atoms beach biogenous called caused chemical coast coastal continents coral Coriolis effect crust deep density deposits depth dissolved drift Earth El Niño energy environment equator equatorial feet Figure fish flow Gulf heat hydrogen hydrothermal vents increases Indian Ocean islands kilometers land latitudes layer lithogenous lithosphere magnetic manganese nodules marine meters mid-ocean ridge miles million Moon move Niño North Atlantic Northern Hemisphere nutrients occur ocean basins ocean floor ocean surface Oceanography ooze organisms oxygen Pacific Ocean particles pattern photosynthesis plankton plate boundaries plate tectonics polar pressure produce pycnocline reef regions rocks salinity sand Scientific American sea floor spreading sea ice sea level seawater sediment shore shoreline slope solar South species Students Sometimes Ask subduction subtropical gyres surface currents surface water temperature thermocline tidal tide tion transform faults Trench tropical tsunami upwelling volcanic warm water molecules waves whales zone