I have no idea.. I am trying to cheat to i can't find the answer anywhere... Does anyone have the teachers edition and mine to share?:/
A bathymetric profile, or a profile of the contours of the ocean floor, is made with sonar or satellites or a combination of both. Bathymetric profiles are used for coast line construction and oceanography. Scientists use sonar and satellites to map the ocean, hence, the result of bathymetric profiles.
A bathymetric profile, or a profile of the contours of the ocean floor, is made with sonar or satellites or a combination of both. Bathymetric profiles are used for coast line construction and oceanography. Scientists use sonar and satellites to map the ocean, hence, the result of bathymetric profiles.
I have no idea.. I am trying to cheat to i can't find the answer anywhere... Does anyone have the teachers edition and mine to share?:/
I have no idea.. I am trying to cheat to i can't find the answer anywhere... Does anyone have the teachers edition and mine to share?:/
the difference between a bathymetric profile and a seismic reading is that a bathymetric has salt water and is located on the benthic zone on the ocean floor. The seismic reading on the other hand occurs on land shore and with living animals like turtles and crabs.
The lines in the ocean on Google Maps are called bathymetric lines. These lines represent the depth of the ocean at different points. They help users understand the underwater topography and features of the ocean floor.
A cross section showing ocean depth plotted against location.
A bathymetric map displays the underwater topography of a water body, such as the ocean floor or a lake bottom. It depicts depth contours, underwater features, and variations in the topography of the seabed or lakebed.
The diagram commonly used to represent the features of the ocean floor is called a bathymetric map. This type of map displays the underwater topography, including features such as mid-ocean ridges, trenches, and continental shelves. It uses contour lines to indicate depth and elevation changes, providing a visual representation of the ocean floor's structure. Additionally, 3D models and sonar imagery are often utilized for a more detailed understanding of underwater features.
The ocean profile provides a cross-sectional view of the ocean's depth and features, allowing for a more detailed understanding of underwater topography, such as ridges and valleys, compared to a bathymetric map, which typically presents a 2D representation of seafloor depth. This three-dimensional perspective helps in visualizing how different oceanic features interact with each other, aiding in marine navigation, habitat studies, and geological research. Additionally, it can highlight variations in water column characteristics that are crucial for understanding ocean dynamics and ecosystems.
A bathymetric map displays sea level readings and ocean floor topography at specific locations. It shows the depths of bodies of water, including oceans, seas, and lakes, using color gradients to represent different depths.
Seismic reflection