weather notes. 1. 1. radiation: the sun heats up the surface of large bodies of water (oceans,...

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Weather Notes

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Page 1: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Weather Notes

Page 2: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

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1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers).

Page 3: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

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2.Evaporation: Water turns to water vapor (from a liquid to a gas) and rises into the air.

Page 4: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

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2. Transpiration: Plants lose water out of their leaves (sweating). The water drops then evaporate and rise into the air.

Page 5: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

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3.Condensation: Water vapor cools and turns back into liquid droplets or ice crystals, forming clouds.

Page 6: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

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4. Precipitation: The clouds “get heavy” and release the water droplets back to the Earth in the forms of rain, snow, sleet or hail.

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5. Collection and Surface Run Off: Most ends up in bodies of water. Some precipitation is used by plants and animals. The rest runs off the surface of the Earth and ends up back in oceans, lakes and rivers.

Page 8: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Weather Factors

Water (hydrologic) Cycle-water moving between the Earth’s surface and the atmosphere-evaporation (transpiration), condensation, precipitation & surface run-off

humidity – measure of the amount of water vapor in the air

Page 9: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Weather Factors

Cloud formation-water vapor (gas) in the air condenses to form water droplets (liquid) or ice crystals (solid)

dew point – temperature at which condensation begins

dew – condensation that forms on vegetation

Page 10: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

After your quiz, read pages 560-566 in

your textbook.

Clouds -Draw and describe the following

types of clouds. Then provide at least 3 pieces of information about each. (You may bullet your responses).

-cirrus -cirrocumulus -cumulus

-cumulonimbus -stratus -nimbostratus

Page 11: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Cloudscirrus

- “cirrus” means “curly hair”-wispy, feathery clouds-very high altitudes, above 6 km (most from 10-13 km)-white-temp very low, made of ice crystals

Page 12: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrus

Page 13: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrus

Page 14: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrus

Page 15: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Cloudscirrus

- “cirrus” means “curly hair”-wispy, feathery clouds-high altitudes, above 6 km (most from 10-13 km)-white -temp very low, made of ice crystals-no precipitation reaches the ground

cirrocumulus -look like rows of cotton balls or scales of a fish-usually indicate a storm is coming-lower than normal cirrus clouds (7-10 km)-no precipitation reaches the ground

Page 16: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrocumulus

Page 17: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrocumulus

Page 18: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cirrocumulus

Page 19: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Cloudsstratus

- “strato” means “spread out”-form in flat layers-c0ver most of the sky -dull grey color-below 2.5 km

Page 20: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

stratus

Page 21: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

stratus

Page 22: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

stratus

Page 23: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Cloudsnimbostratus

-when stratus clouds “thicken” with moisture-they produce continuous rain or snow-dark gray-below 2.5 km

fog – stratus clouds forming at or near the Earth’s surface

Page 24: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

nimbostratus

Page 25: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

nimbostratus

Page 26: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

nimbostratus

Page 27: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Clouds

cumulus- “cumulus” means “heap” or “mass”-look fluffy or like round piles of cotton-usually indicate fair weather -white -each cloud is different-below 2.5 km

Page 28: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulus

Page 29: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulus

Page 30: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulus

Page 31: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Clouds

cumulonimbus -when cumulus grow in height up

to 18 k-produce thunderstorms with

heavy downpours and hail-made of liquid drops throughout,

ice crystals at the top-common in tropical regions, rare

at the poles

Page 32: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulonimbus

Page 33: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulonimbus

Page 34: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

cumulonimbus

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Clouds

contrails- long thin trails of ice crystals forming behind airplanes-planes release moisture from engines-air is so cold, that it quickly freezes

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Page 48: Weather Notes. 1. 1. Radiation: The sun heats up the surface of large bodies of water (oceans, lakes, rivers)

Hail

-round pellets of ice that are larger than 5 mm- only form in cumulonimbus clouds during thunderstorms-starts as an ice pellet inside a cold region of a cloud-strong updrafts carry the pellet up through the cold region many times-each time, a new layer of ice forms-eventually the hail becomes heavy and falls to the ground