Diving to a Deep-Sea Volcano Contributor(s): Mallory, Kenneth (Author) |
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ISBN: 0618332057 ISBN-13: 9780618332052 Publisher: Clarion Books OUR PRICE: $17.09 Product Type: Hardcover Published: October 2006 * Not available - Not in print at this time *Annotation: Scientists have mapped less than 10 percent of the ridge of underwater mountains in the middle of the Atlantic ocean. It is here that 95 percent of the volcanic activity on earth occurs. And it is also where the scientist Rich Lutz has tracked the remarkable evolution of bizarre creatures that spawn in hydrothermal vent fluids that are poisonous to most other forms of life. How can life exist in this world of utter darkness? For Rich Lutz, a pioneer in marine biology, each dive to the frontier of the deep holds the possibility of discovering more clues that might help us learn how life on earth began after our planet was formed billions of years ago. |
Additional Information |
BISAC Categories: - Juvenile Nonfiction | Science & Nature - Biology - Juvenile Nonfiction | Science & Nature - Earth Sciences - Water (oceans, Lakes, Etc.) - Juvenile Nonfiction | Adventure & Adventurers |
Dewey: 551.23 |
LCCN: 2005025449 |
Lexile Measure: 1250 |
Series: Scientists in the Field (Hardcover) |
Physical Information: 0.45" H x 11.24" W x 9.32" (1.36 lbs) 64 pages |
Accelerated Reader Info |
Quiz #: 110719 Reading Level: 8.5 Interest Level: Middle Grades Point Value: 2.0 |
Descriptions, Reviews, Etc. |
Publisher Description: Scientists have mapped less than 10 percent of the ridge of underwater mountains in the middle of the Atlantic ocean. It is here that 95 percent of the volcanic activity on earth occurs. And it is also where the scientist Rich Lutz has tracked the remarkable evolution of bizarre creatures that spawn in hydrothermal vent fluids that are poisonous to most other forms of life. How can life exist in this world of utter darkness? For Rich Lutz, a pioneer in marine biology, each dive to the frontier of the deep holds the possibility of discovering more clues that might help us learn how life on earth began after our planet was formed billions of years ago. |
Contributor Bio(s): Mallory, Kenneth: - Kenneth Mallory, former editor in chief of publishing programs at Boston's New England Aquarium, writes, edits, and photographs for magazines, newspapers, Web pages, book publishers, and museum exhibits, especially in the field of natural history. He lives in Massachusetts. |