The ocean realm covers 99% of this planet by volume; therefore, it isnot surprising that models developed to predict cycles of biological productionlack rigor (Childress, 1983). Part of the uncertainty stems fromthe available base of oceanographic data. For decades, biologists haverelied on collections made with plankton nets and water bottles to obtainfundamental insights about the behavior, distribution and abundance of pelagic organisms. Information gained from this ship-based methodologyhas been important, but it lacks the dimension of direct observation(Hamner, 1977; Hamner et al., 1987). Submersibles overcome this constraintby providing in situ opportunities to distinguish where fauna areconcentrated and how they interact with their environment, their prey or their mates.
Member of
Contributors
Publisher
Best Publishing
Date Issued
1990
Note
Language
Type
Genre
Form
Extent
19 p.
Subject (Topical)
Identifier
FA00007204
Additional Information
The ocean realm covers 99% of this planet by volume; therefore, it isnot surprising that models developed to predict cycles of biological productionlack rigor (Childress, 1983). Part of the uncertainty stems fromthe available base of oceanographic data. For decades, biologists haverelied on collections made with plankton nets and water bottles to obtainfundamental insights about the behavior, distribution and abundance of pelagic organisms. Information gained from this ship-based methodologyhas been important, but it lacks the dimension of direct observation(Hamner, 1977; Hamner et al., 1987). Submersibles overcome this constraintby providing in situ opportunities to distinguish where fauna areconcentrated and how they interact with their environment, their prey or their mates.
Florida Atlantic University. Harbor Branch Oceanographic Institute contribution 747
This manuscript is an author version with the final publication
available and may be cited as: Youngbluth, M. J., Bailey, T. G., & Jacoby, C. A. (1990). Biological
explorations in the mid-ocean realm: food webs, particle flux, and technological advancements. In Y.
C. Lin, & K. K. Shida (Eds.), Man in the sea volume II, (pp. 191-208). San Pedro, CA: Best Publishing.
available and may be cited as: Youngbluth, M. J., Bailey, T. G., & Jacoby, C. A. (1990). Biological
explorations in the mid-ocean realm: food webs, particle flux, and technological advancements. In Y.
C. Lin, & K. K. Shida (Eds.), Man in the sea volume II, (pp. 191-208). San Pedro, CA: Best Publishing.
Date Backup
1990
Date Text
1990
Date Issued (EDTF)
1990
Extension
FAU
IID
FA00007204
Person Preferred Name
Youngbluth, Marsh J.
myoungb2@fau.edu
Physical Description
19 p.
Title Plain
Biological explorations in the mid-ocean realm: food webs, particle flux, and technological advancements
Origin Information
1990
Best Publishing
San Pedro, CA
Place
San Pedro, CA
Title
Biological explorations in the mid-ocean realm: food webs, particle flux, and technological advancements
Other Title Info
Biological explorations in the mid-ocean realm: food webs, particle flux, and technological advancements