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Helping students build their understanding of Earth's spheres and how they are connected is difficult. Review the graphics below to help identify the parts of the Earth System and the processes that connect them at the local, regional, and global scales.

The Earth System interacts with the Atmosphere in the following ways:

The Earth System interacts with the Biosphere in the following ways:

The Earth System interacts with Cryosphere in the following ways:

The Earth System interacts with the Geosphere in the following ways:

The Earth System interacts with the Hydrosphere in the following ways:

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Our resources are organized around the Earth System Science phenomena that you teach. Visit our site to explore NASA resources that support these phenomena. No matter if you are a seasoned MND teacher, or a new one, we hope you find MND relevant and resourceful in your Earth science instruction.

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Weather is short term where climate is long term.

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The difference between weather and climate is that weather is what you see outside everyday but climate is the average weather over a longer period of time.

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The difference between weather and climate is that weather is what you would receive such as rain, storms, hurricanes, etc. While climate is what we would expect based on the temperatures on the atmosphere in an area.

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The difference is Climate has long lasting effects and weather doesn't really have long lasting effects. Climate is so predictable and takes a long time to change and weather is unpredictable and can change any second.

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The difference between weather and climate is, Weather reflects short-term conditions of the atmosphere while Climate is the average daily weather.

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Weather is the temperature for the day and can change throughout the day while climate is the average weather over a long period of time.

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The difference between weather and climate is that weather is the short time effect of the atmosphere and climate is the long term effect of the atmosphere.
The Hydrosphere and the Biosphere interact close together because living things need water to survive whether it's plants to animals to marine life , they all need water.

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weather what happens outside everyday like rain and climate is the  standard weath over a long term period of time

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weather doesn't have a long lasting affect and can change throughout the year, climate has a long term affect ranging from many years

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the hydrosphere and cryosphere are very similar. They are both filled with water and they interact with each other alot when ice melts.

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The difference is

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The biosphere, lithosphere, and the hydrosphere interact with each other by Humans (Biosphere) harness energy from the water (Hydrosphere) by having it spin turbines (Lithosphere) to produce electricity.

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Earth's hydrosphere and biosphere interact with each other by the biosphere being where life forms and lives, and to need life you would need water, where the hydrosphere has water that interacts with the biosphere in order to obtain life in the Earth.

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A way spheres interact is that if a plant dies because there's a drought (biosphere) and it rains (hydrosphere) that plant will have life again.

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Weather refers to short term atmospheric conditions while cilmate is the weather of a specific region averaged over a long period of time

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The difference between weather and climate is that climate is a consistent pattern of what of what temperatures and weather is like majority of the time. Weather is something that passes by quickly and is non-consistent.

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Earth's spheres interact with each other when it comes to the biosphere and hydrosphere because the biosphere is for living things and nothing living can live without water which is in the hydrosphere.

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Jeffry Orozco                    Earth's spheres interact by the biosphere and the hydrosphere is water and land right, so the land is plants or grass they need water so that's how they interact.  

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Jeffry Orozco                    Earth's spheres interact by the biosphere and the hydrosphere is water and land right, so the land is plants or grass they need water so that's how they interact.  

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The factors that contribute to the creation of wind are air pressure,latitude,altitude,and temperature.

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The factors that contribute to the creation of wind are location (land or sea), difference in air pressure, and temperature.

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Warm and cool air masses interact when they meet by pushing against each other and creating a front

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The two main factors affecting wind patterns is heat between the earth's equator and poles, the second reason is the rotation of the earth.

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Factors that contribute to the creation of wind and wind patterns are heat distribution that reach earth's equator, and planet rotation.

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The factors that contribute to the creation of wind is high air pressure, low air pressure, humidity, temperatures, and the current location where it is being taken place if there's land, sand, oceans, mountains, etc.

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Weather is how the atmosphere is acting currently while climate is the weather of the atmosphere over a long period of time.

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If you live close to the equator, the climate will be warmer, while moving north or south from the equator brings a cooler climate.

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The difference between weather and climate is weather is something you would see at the moment like rain while climate is something that gathers from over time.

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When cold air and warm air masses come in contact they don't mix. When a warm air masses meets a cold air masses, the warm air rises since it has less density.

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Warm and Cool air masses interact but they don't come together but they push together creating a front. When a cold air mass and a warm air mass meet, the warm air mass rises because it is lighter. When it gets high it cools, and the water vapor in it condenses.

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weather is more like rain,snow,hail and then climate is something that happens over a long term period of time

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High Pressure and Low Pressure

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The two main factors that contribute to the creation of wind are air pressure and the location.

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The factors that contribute to the creation of wind are high and low air pressure location, and temperature.

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latitude impacts weather patterns in their rotation, an example is that when a hurricane is below the equator its a typhoon and spins clockwise, and when its above the equator its a hurricane and spins counter clockwise

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the hydrosphere and the atmosphere provide the biosphere with the necessary elements to grow.

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Conduction, convection and radiation.

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Factors that contribute to wind are areas of high pressure and areas of low pressure

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Clouds form when warm air rises and water vapor condenses.

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Clouds form when a cold front collides with warm air and when the warm air rises the temperature decreases and when  the air reaches the lifting condensation level it begins to condense and forms a cloud.

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Air masses influence our weather with warm and cold air masses that push each other that will cause warm fonts, cold fonts, and occluded fonts that form clouds that cause precipitation, thunderstorms, snow, etc.

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Clouds form when air is evaporated into invisible water vapor slowly rising and cooling, until it condenses and fully cools off forming visible water droplets, clouds

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Clouds are created when the invisible water vapor in the air condenses.

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Clouds form when water vapor in the air transforms into liquid water drops.

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clouds are formed when water vapor

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Clouds form from evaporation and eventually it'll turn into a cloud because of condensation.

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clouds form when warm air rises and turns into water vapor.

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Clouds from when water vapor condenses, and turns into droplets, and then they form particles that float in air.

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Clouds form when the invisible water vapor in the air condenses into visible water droplets.

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We can interpret station models to get weather, wind direction and sind speed.