A map projection that is used for sea travel includes the gnomonic projection. This was most often used to find the shortest routes between points on a sphere.
This type of map is called a bathymetric map. It measures the different levels below the sea level. It is like a topographic map but below sea level.
topographical map
An elevation map would be better because an elevation map measures height.
I'm not sure
A map or chart showing depths of water, the nature of the bottom, contours of the bottom and coastline, and the tides and currents in sea.
All map projections put the earth's surface on to a flat sheet, in different ways. For navigation the Mercator projection is very common because a line on a constant compass bearing is shown as a straight line in this projection. Mercator is an example of a conformal projection because the shape of a small feature - like an island - is preserved on the map. Other projections preserve area or direction, but no projection can achieve everything, it's always a compromise.
This is a cylindrical map projection. It is a standard map for nautical purposes because it represents lines of constant course, called Rhum Lines, as straight segments. This is precisely the type of route employed by ships at sea. Compasses are used to indicate geographical direction and to steer the ship. The projection was presented by Mercator in 1569
Topographic map
They are used to travel on sea.
They are used to travel on sea.
yes, they used the red sea to travel and trade with other countries.
As you travel farther away from sea level on a contour map, the land elevation increases. This means you are moving to higher ground or ascending in altitude. The contour lines on the map will be closer together, indicating a steeper slope or terrain as you move further from sea level.
A topographic map is used to display elevation above sea level. It uses contour lines to represent different elevations on the land surface.
To travel or to spend holidays.
conquest map
To insure the forward projection of sea power.
remote sensing