Annotate or explain this figure in detail. Some things you will want to include or consider: What kinds of plots are these? What are the axis? What are the units? What do the diagonal lines represent? Describe how you can determine the density of a water mass from this figure. Hypothesize about how the Ocean's deep water might change over 1,000s to Millions of years. There are not wrong answers, just make a hypothesis. (d) (b) 10 > 50°N 20°N-50°N 0-20°N
Annotate or explain this figure in detail. Some things you will want to include or consider: What kinds of plots are these? What are the axis? What are the units? What do the diagonal lines represent? Describe how you can determine the density of a water mass from this figure. Hypothesize about how the Ocean's deep water might change over 1,000s to Millions of years. There are not wrong answers, just make a hypothesis. (d) (b) 10 > 50°N 20°N-50°N 0-20°N
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Transcribed Image Text:Annotate or explain this figure in detail. Some things you will want to include or consider: What
kinds of plots are these? What are the axis? What are the units? What do the diagonal lines
represent? Describe how you can determine the density of a water mass from this figure.
Hypothesize about how the Ocean's deep water might change over 1,000s to Millions of years.
There are not wrong answers, just make a hypothesis.
(d)
(b) 10
Potential temperature (°C)
8-
2
0
> 50°N
20°N-50°N
0°-20°N
20°S-0
50°S-20°S
Coastal
34.0
34.2
34.4
AABW
TALLEY
34.6
Salinity
Potential temperature (°C) versus salinity for (a) full water column, and (b) water colder than 10°C. (c) Potential temperature
versus oxygen for full water column. (d) Station location map. Colors indicate latitude range. Contours are potential density
referenced to 0 dbar. Data are from the World Ocean Circulation Experiment (1988-1997).
This figure can also be found in the color insert.
DSOW
NADW
34.8
ISOW
LSW
35.0
35.2
FIGURE 9.18
Copyright © 2011 Elsevier Inc. All rights
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