Reviewing what we have learned. Using one white board for you and a table partner, two white boards for each table. Write your answers to the following.

Slides:



Advertisements
Similar presentations
Factors that Affect Climate
Advertisements

Weather.
Heating of the Earth. Temperature Layers of the Atmosphere.
Severe Weather Some Meteorology Basics. Atmospheric Heating  Atmosphere is heated from the bottom  Solar energy absorbed by the Earth is re- radiated.
{ How Hurricanes Form Tropical Cyclones.  As you watch the animation, record your observations about the motion of Hurricane Katrina. Hurricane Katrina.
WIND: CAUSED BY UNEVEN HEATING OF THE EARTH’S SURFACE -UNEVEN HEATING CAUSES DIFFERENCES IN AIR PRESSURE TO DEVELOP -WIND BLOWS FROM AREAS OF HIGH PRESSURE.
Wind.
Climate and Weather CGC1P.
Meteorology.
Weather and Climate Why doesn’t it ever snow in El Cajon?
Wind! MCAS Bootcamp:. Wind Caused by the sun. Caused by the sun. Air near the ground is heated. Air near the ground is heated. Warm air is less dense.
What creates different climates in Canada and what impact does climate have on human activity? The Climates of Canada.
Unit 2: Climate Winds and Climate
Air Movement on Earth.
ATMOSPHERE Air Circulation
“ I. What Causes Our Weather” 1. Weather-Is the present state of our atmosphere. 2. The interaction between the earth’s air, water, land and the sun causes.
Key Idea #18 The sun is the major source of energy for events that occur on the surface of the Earth.
LAMECOWS Factors Affecting Climate & Weather vs. Climate.
EARTH’S CLIMATE. Latitude – distance north or south of equator Elevation – height above sea level Topography – features on land Water Bodies – lakes and.
Chapter 18 – Climate and Climate Change
Review 3B Climate and Weather. #25. One reason for convection currents are warm air rising at the equator and cold air sinking at the poles.
Chapter 3 The Changing Weather. Chapter 3 Terms Condensation Condensation Orographic Condensation Orographic Condensation Convectional Condensation Convectional.
Climate and Weather CGF3M1 Physical Geography. Weather All of the atmospheric activities that occur at a given place at a given time Weather conditions.
Questions for Today:  What is Weather and Climate?  What are four major factors that determine Global Air Circulation?  How do Ocean Currents affect.
Oceans and Weather 8.10C.
The Sun’s Effect on Weather. Contents The Sun’s Key Roles The Sun’s Key Roles n Effects on Earth’s weather n Moving Air: The Wind n Evaporation n Hurricanes.
S6E2.c. relate the tilt of earth to the distribution of sunlight through the year and its effect on climate.
Pressure, Fronts, air masses
Lecture #2 Weather. Convection and Atmospheric Pressure Much of solar energy absorbed by the Earth is used to evaporate water. – Energy stored in water.
Wind & Climate Wind – the horizontal movement of air. Low pressure – warm air rising. High pressure – cold air falling. Winds always blow from high pressure.
Key Idea #15 The warming of the Earth by the sun produces winds and ocean currents.
Weather Terms The Water Cycle Weather Instruments Earth-SunEarth- Moon
CLIMATE CHAPTER 3:. All of the world’s climates take place in the atmosphere: 1.its protects us from harmful things from space 2.gives us air 3.gives.
What is wind and heat? Name two factors that affect evaporation. Name two factors that affect evaporation.
Weather & Climate Unit Review. Where do the cold, dry air masses that move towards us usually develop (come from)?
Unit 4 Vocabulary The Atmosphere. 1. Storm surge – abnormal rise of the sea along a shore as a result of strong winds 2. local winds – winds causes by.
Climate Factors. Climate Average weather conditions of a region, or the weather patterns that occur over many years.
Earth’s climate and how it changes
A Storm’s Story (So far…) The Sun warms the Earth through radiation. The Earth’s surface warms unevenly. Different types of air masses are created over.
Heating of the Earth. Temperature Layers of the Atmosphere.
Factors that Affect Climate Weather is the short term (day to day) conditions of the atmosphere which include: Temperature Temperature Precipitation.
Warm-up: 9/2/ What is the difference between weather and climate? 2.What is the climate of the United States? 3.What is the climate of Texas?
Section 1.2 The Causes of Weather
UNIT 1: Weather Dynamics Chapter 1: Inquiring about Weather The Causes of Weather Chapter 2: Weather Forecasting.
Science Review 2 nd Nine Weeks Chapters 5-7 Atmosphere and Weather and 8-10 Earth, Sun, and Moon Haynesfield Elementary 6 th Grade.
Heating of the Earth. Temperature Layers of the Atmosphere.
Fact Statements.  Surface currents are mainly caused by prevailing winds.  Their flow is controlled by the winds, Earth’s rotation and location of the.
1.2 The Causes of Weather The amount of solar energy that Earth receives every year is the same amount that Earth radiates back into space. The distribution.
Meteorology and Atmospheric Energy s-katy/vweather_zoom/pressure_lg.htm.
Climate & Biomes. Weather Short term day to day changes in temperature, air pressure, humidity, precipitation, cloud cover, & wind speed Result of uneven.
Section 1.2 The Causes of Weather
Hurricanes
Factors That Affect Climate
Wind & Climate Wind – the horizontal movement of air.
Factors that Affect Climate
Hurricanes
How Hurricanes Form Tropical Cyclones.
Weather and Climate.
Wind.
Wind.
Wind.
3-1 Weather and Climate.
Wind.
“ What Causes Our Weather”
Wind.
Wind.
Wind.
Hurricanes
“ What Causes Our Weather”
Do Now Predict why weather could be different on the front side of a mountain (windward) than on the back side of the mountain (Leeward). Explain.
Presentation transcript:

Reviewing what we have learned

Using one white board for you and a table partner, two white boards for each table. Write your answers to the following questions and see what you remember. Select one person to tally the responses for each question. After the question is asked you will hold up the white board and then check your answer. You should get one point for a reasonable answer and 2 points for an answer that matches the idea of the answers.

Orographic lift occurs when an air mass is forced from a low elevation to a higher elevation as it moves over rising terrain. As the air mass gains altitude it quickly cools down adiabatically, which can raise the relative humidity to 100% and create clouds and, under the right conditions, precipitation. Read more:

The sun heats the surface of the earth unevenly. The ocean has a higher heat capacity than does land, so warm ocean masses begin to evaporate more, absorbing energy from the hydrosphere, then releasing the energy as latent energy into the atmosphere. As the storm moves over land, the Latent energy from evaporation of the water, is no longer “fuel “ for the storm and it dies out, the atmosphere now holds more heat energy

Hurricanes like Katrina are the most powerful storms in nature. They begin when a group of storms comes together over warm waters in the ocean along the equator. All summer long, these areas absorb heat from the sun. By late summer, the higher water temperatures allow storms to strengthen and grow. This signals the start of “hurricane season.” Warmer water means more energy for a storm’s development. Storm systems create areas of low pressure, which cause large amounts of water to evaporate. This makes the air very humid. As the warm air rises, cooler air rushes in to replace it. As this cycle intensifies, these rushing winds pick up speed. At first, these winds blow in toward the center of the storm system. As the storm grows, however, the effect of Earth's rotation begins to spin the storm around. The center rotates in a counterclockwise direction. The winds now whip around the center and create the “eye” of the storm. Swirling bands of clouds and rain curve outward from the center and give the forming hurricane its familiar shape.

The seasons occur in the northern and southern hemispheres because of earth tilt or, its obliquity. the tilt is 23.5 degrees to the right, and the orbit is counter clockwise. In the winter the earth is to the right of the sun and is tilted away from the sun. It receives INDIRECT sunlight, it is less intense, and days are shorter so less heat is transferred…. COLD WEATHER. In the summer we are on the left side of the sun, and the earth is tilted towards the sun, giving us more DIRECT sunlight. The days are longer, light is more intense and there is more heat transferred…. HOT WEATHER.