Significant wave heights are displayed using a color-coded background. (Refer to the color scale under the map.) On the date and time of Figure 6A-3, the shading indicates the regions of highest significant wave heights in both the Northern and Southern Hemispheres covered a greater portion of the ocean surface in the latitude belts from ______.a.0 to 30°b.30 to 60°c.60 to 90°Since the waves are wind-generated, we can assume that in regions of highest significant wave heights, surface winds were relatively ______.a.strongb.weakThe differences in significant wave heights can be attributed to ______ storm systems at those latitudes where the highest significant wave heights exist.a.fewerb.more" **Figure 6A-3: Global Significant Wave Heights and Wave Direction****Description:**Figure 6A-3 is a global map illustrating significant wave heights and wave direction, provided by Oceanweather, Inc. and is valid for 18Z (GMT) on 13 February 2020. The wind field information is derived from Oceanweather’s Global Ocean Wave Model, which integrates the most current conditions using actual wind observations from instrumented buoys and remote sensing of the ocean surface by Earth-orbiting satellites. In this context, significant wave height is defined as the average height of the highest one-third of the waves observed in a portion of the ocean. The arrows on the map represent the direction of wave movement and are oriented perpendicular to the advancing wave crests.**Analysis:**- The map showcases different regions of wave heights across the globe, using a color-coded scale to indicate wave height in meters. - The scale at the bottom of the map ranges from 0 meters (indicated by dark blue) to over 12 meters (represented by dark red).- Regions in the North Atlantic Ocean and the North Pacific Ocean exhibit higher significant wave heights, indicated by warmer colors (yellow, orange, and red).- Conversely, vast areas over the tropics and some parts of the Southern Hemisphere exhibit lower wave heights, illustrated by shades of blue and green.**Visual Components:**- **Color Scale:** The map employs a color-coded scale to represent different significant wave height ranges: - Dark blue: 0 meters - Light blue-cyan: 1-3 meters - Green: 3-4 meters - Yellow: 4-5 meters - Orange: 5-6 meters - Red: 6-8 meters - Dark red: Over 8 meters- **Arrows:** Directional arrows are superimposed on the map, showing the wave movement direction, oriented perpendicularly to the wave crests.This figure provides valuable insights into the distribution and movement of ocean wave heights across different regions, which can be critical for maritime navigation, climate studies, and understanding oceanic weather patterns.

Earth science is the study of the Earth and the various processes that are going on in the Earth…

Answered: Significant wave heights are displayed…

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

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Significant wave heights are displayed using a color-coded background. (Refer to the color scale under the map.) On the date and time of Figure 6A-3, the shading indicates the regions of highest significant wave heights in both the Northern and Southern Hemispheres covered a greater portion of the ocean surface in the latitude belts from ______.
a.0 to 30°
b.30 to 60°
c.60 to 90°

Since the waves are wind-generated, we can assume that in regions of highest significant wave heights, surface winds were relatively ______.
a.strong
b.weak

The differences in significant wave heights can be attributed to ______ storm systems at those latitudes where the highest significant wave heights exist.
a.fewer
b.more"