Barobiology and the Experimental Biology of the Deep SeaNorth Carolina Sea Grant Program, School of Public Health, University of North Carolina, 1972 - High pressure (Science) - 428 pages |
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Page 212
... surface . Aerobic metabolism occurs above that depth ; anoxic metabolism processes below . But the total oxygen uptake by the sediments and the organisms therein , across the sediment surface , represents a combination of oxidative ...
... surface . Aerobic metabolism occurs above that depth ; anoxic metabolism processes below . But the total oxygen uptake by the sediments and the organisms therein , across the sediment surface , represents a combination of oxidative ...
Page 321
... surface of the material on corrosion rates ? Contrasting highly polished surface with a relatively rough machined surface . KIRK : In water , I don't think there would be a great deal of difference on most materials . When you come down ...
... surface of the material on corrosion rates ? Contrasting highly polished surface with a relatively rough machined surface . KIRK : In water , I don't think there would be a great deal of difference on most materials . When you come down ...
Page 358
... surface waters . They are Olivella biplicata , Conus californicus and Cypraea spadica . Similar results in maximum pressure tolerance were obtained for individuals of Olivella biplicata taken from the surface waters and from depths of ...
... surface waters . They are Olivella biplicata , Conus californicus and Cypraea spadica . Similar results in maximum pressure tolerance were obtained for individuals of Olivella biplicata taken from the surface waters and from depths of ...
Contents
INTRODUCTION | 1 |
Introductory Remarks | 15 |
R W Brauer H A Lowenstam R R Hessler | 30 |
24 other sections not shown
Common terms and phrases
abyssal alloy ambient pressure animals apparatus aquaria aquarium atmospheres bacteria behavior bell jar benthic biochemical biological bivalves bottom BRAUER buffer CALIFORNIA carbonate cells cellular changes chemical coli compression corrosion decompression deep ocean deep sea depressurization depth range Disteche effect of pressure effects of hydrostatic electrode environment enzyme ERSITY Escherichia coli experimental Figure fish gastropod glacialis HESSLER High Pressure Effects hydrostatic pressure increase individuals invertebrates isopod kg/cm² laboratory Landau LOWENSTAM MACDONALD maraging steel marine materials measurements membrane Menzies metabolic Morita Naroska needle valve normal activity Nucula observation Oceanographic organisms oxygen physiological piston plankton pressure chamber pressure tolerance pressure vessel problem protein psychrophilic pump reaction recovery vessel sampler samples SAN DIEGO Schlieper sea water seawater sediment shallow water species stainless steel structure studies submersible surface techniques temperature test chamber tetany Theede things tissues trawl tube UNIVERSITY valve VIDAVER volume wire Zimmerman ZoBell