Essentials of Oceanography“How do the oceans work?” To help you find the answers, Trujillo and Thurman present in-depth discussions of oceanographic concepts and demystify the science even for non-science students. Their systems approach highlights the relationship between oceanographic phenomena and how those phenomena affect other Earth systems. Scientific information from geology, chemistry, physics, and biology combine to illustrate how each of these disciplines relates to the ocean. |
From inside the book
Results 1-3 of 48
Page 266
Alan P. Trujillo, Harold V. Thurman. Distance of Moon and Earth from Sun shown approximately to scale. Moon Earth North Pole Rotation Lunar tidal bulges 0 hour 6 hours 12 hours 18 hours -6 hours -6 hours- -6 hours- -6 hours- Start 24 ...
Alan P. Trujillo, Harold V. Thurman. Distance of Moon and Earth from Sun shown approximately to scale. Moon Earth North Pole Rotation Lunar tidal bulges 0 hour 6 hours 12 hours 18 hours -6 hours -6 hours- -6 hours- -6 hours- Start 24 ...
Page 267
... moon ( a ) Spring tide Lunar tide Earth First - quarter moon Solar tide Lunar tide ( b ) Neap tide Third - quarter moon Sun Sun a spring ( springen = to rise up ) tide , because the tide is extremely large or " springs forth . " When ...
... moon ( a ) Spring tide Lunar tide Earth First - quarter moon Solar tide Lunar tide ( b ) Neap tide Third - quarter moon Sun Sun a spring ( springen = to rise up ) tide , because the tide is extremely large or " springs forth . " When ...
Page 269
... Moon's position . Earth's tides more than the Sun , so tidal bulges follow the Moon , ranging from a maximum of 28.5 degrees north to a maximum of 28.5 degrees south of the equa- tor ( Figure 9.12 ) . EFFECTS OF ELLIPTICAL ORBITS Earth ...
... Moon's position . Earth's tides more than the Sun , so tidal bulges follow the Moon , ranging from a maximum of 28.5 degrees north to a maximum of 28.5 degrees south of the equa- tor ( Figure 9.12 ) . EFFECTS OF ELLIPTICAL ORBITS Earth ...
Contents
Introduction to Planet Earth | 2 |
Visiting | 7 |
Plate Tectonics and the Ocean Floor | 34 |
Copyright | |
47 other sections not shown
Other editions - View all
Essentials of Oceanography Coursecompass Student Access Kit Alan P. Trujillo,Harold V. Thurman No preview available - 2010 |
Pearson Etext Student Access Code Card for Essentials of Oceanography Alan P. Trujillo,Harold V. Thurman No preview available - 2010 |
Common terms and phrases
algae animals Antarctic Arctic areas Asthenosphere Atlantic Ocean atmosphere atoms beach biogenous called carbon dioxide caused changes chemical climate coast coastal continents Coriolis effect created crust currents deep density deposits depth dissolved Earth energy environment equator equatorial feet Figure fish flow freshwater global heat hurricane hydrogen hydrothermal vents increase Indian Ocean islands KEY CONCEPT kilometers land latitudes layer lithogenous lithosphere magnetic meters mid-ocean ridge miles million Moon move Northern Hemisphere nutrients occur ocean basins ocean floor ocean surface Oceanography ooze oxygen Pacific Ocean particles photosynthesis plankton plate boundaries plate tectonics polar pressure produce pycnocline regions rock salinity sand sea floor spreading sea ice sea level seawater sediment shore shoreline shows slope solar South species STUDENTS SOMETIMES ASK subduction subtropical gyres surface waters temperature thermocline tidal tide transform faults Trench tropical tsunami turbidity currents upwelling vapor volcanic warm water molecules waves whales wind belts zone