solar energy
wind current!
Thus, solar energy is used indirectly when the wind and some types of moving water are used to do work.
The temperature of ocean currents off Canada's west coast is about 4-10 degree.
Seismic waves are used indirectly I have a question for you is this from a chapter 9 science packet section one because I have the same.
That type of map is called a thematic.
wind current!
Thus, solar energy is used indirectly when the wind and some types of moving water are used to do work.
Trade Winds were used by early sailors.
The factors are:-1. Distance from the sea2. Ocean currents3. Direction of prevailing winds4. Relief5. Proximity to the equator6. The El Nino phenomenon7. Recently it has accepted that Human activity is also affecting climate.8. Locationor...1. Latitude - Distance north or south of equator2. Altitude - Distance above or below sea level3. Global Winds - What winds are blowing/where they're coming from/warm or cold4. Ocean currents - What currents are coming in/where from5. Topography - Distance from mountains (how close they are)6. Distance From Water - How close the area is to and ocean or lake (any body of water)These are the main most important 6.latitude, prevailing winds, mountains, large bodies of water, and ocean currents.Precipitation, latitude, trapping of heat, winds and ocean currents, shape and elevations of land masses. (Prentice Hall Biology)A:latitude ocean currentswindelevationreliefnear waterA:The factors that determine climate are latitude, distance from water, elevation, and ocean currents A:it is sun, location, water, wind, and mountains.LattitudeThe factors that determine climate are temperature, precipitation, altitude, location, latitude, tilt of the axis, surface currents, winds, and elevation.The latitude, the transportation of heat by winds and ocean currentsLatitude, Altitude, Mountain Barriers, Ocean Currents, Land-Water Relationship, and Prevailing Winds.five factors that determine climate is elevation, latitude, weather, ,and biome
Ocean currents can be measured using instruments such as current meters, Acoustic Doppler Current Profilers (ADCPs), and drifting buoys. These devices can provide information on the direction, speed, and depth of ocean currents. Remote sensing technologies, such as satellites, can also be used to measure surface currents over broader areas.
A current map, or ocean current map, would be used to depict the speed and direction of ocean currents. These maps illustrate the movement of surface ocean water across regions and are important for understanding ocean circulation patterns.
thematic
In geography, LAPDOGS stands for Latitude, Altitude, Proximity to Water, Distance from Water, Ocean Currents, Global Winds, and Storm Tracks. These factors are used to analyze and understand the climate and weather patterns of a particular region. By considering LAPDOGS, geographers can make predictions about temperature, precipitation, and other environmental conditions in different parts of the world.
The Jet Streams - they're fast currents of air circulating the globe.
Trade winds are important for sailors and commercial shipping as they provide consistent wind patterns that can be used for navigation. They also play a role in driving ocean currents, which can impact climate and weather patterns around the world. Additionally, trade winds help to disperse heat from the equator towards the poles, influencing global temperature distribution.
Tides directly impact the speed and direction of ocean currents. During high tide, water is pushed inland, creating incoming currents, while during low tide, water flows back towards the ocean, creating outgoing currents. The gravitational pull of the moon and sun drive the tidal cycle, which in turn influences the intensity and direction of ocean currents.
Today, ocean currents are mapped using satellite technology, underwater gliders, and buoys equipped with sensors to measure temperature and salinity. In the late 1700s, mapping ocean currents involved observations made by ships at sea, using methods like timed drifts and floating objects. The technology and data collection methods have evolved significantly over the years, leading to more accurate and detailed maps of ocean currents.