Introduction to the Biology of Marine LifeThe Tenth Edition of Morrissey and Sumich’s classic text, Introduction to the Biology of Marine Life continues to enlighten and engage students on the many wonders of marine organisms and the remarkable environments in which they live. This updated edition includes coverage of recent breakthroughs in research and technology, and maintains the accessible student-friendly style for which it is known. A Student Companion Website provides resources to expand the scope of the textbook and makes sure students have access to the most up-to-date information in marine biology. Students will benefit from a variety of study aids, including chapter outlines, an interactive glossary, animated flash cards, and review questions. Carefully chosen links to relevant Web sites enable students to explore specific topics in more detail |
Contents
1 The Ocean as a Habitat | 1 |
2 Patterns of Associations | 38 |
3 Phytoplankton | 63 |
4 Marine Plants | 96 |
5 Microbial Heterotrophs and Invertebrates | 129 |
Fishes and Reptiles | 162 |
Seabirds and Marine Mammals | 210 |
8 Estuaries | 256 |
10 Coral Reefs | 311 |
11 The Open Sea | 344 |
12 The DeepSea Floor | 367 |
13 Harvesting Living Marine Resources | 390 |
Glossary | 417 |
425 | |
437 | |
9 Coastal Seas | 281 |
Common terms and phrases
abundant activities adaptations adult animals areas associated Atlantic become benthic biological birds body bottom cause cells changes Chapter coast coastal communities complex concentrations continue coral reefs create currents deep depth described develop dive Earth effects eggs energy environment estuaries exist extend feeding females Figure fishes gametophyte groups growth heat human important increase individuals intertidal known larger less light limited living major males mammals marine material migration move natural nearly needed North nutrients occur ocean ofthe organisms oxygen Pacific patterns pelagic Phylum phytoplankton planktonic plants POINTS populations predators pressure prey primary processes production range rates reduced regions relatively remain reproductive result salinity salt sea surface seals seawater sediments sharks species structure surface swim teleosts temperature tides tion tropical types usually vent vertebrates vertical waves whales zone