Ch. 26.2 Climate Zones. 3 Major Climate Zones  There are 3 different climate zones, they are categorized by their temperature and precipitation.

Slides:



Advertisements
Similar presentations
Climate Regions 1.
Advertisements

CLIMATE.
H.O.T. Work January 5, ) Which is closest to the equator?
Climate Regions.
Climate Regions of the World
Mr. Burton 3.2 Notes Please Grab: 1. Your folder. 2. Writing Utensil. 3. Answer the following question: What type of climate do you think we live in?
Earth-Sun Relationship
Introduction to Climates
18-2 Climate Regions Scientists classify climates according to 2 major factors: *temperature *precipitation There are 5 major climate regions: tropical.
Climate Zones and Vegetation
3-2: World Climates.
Climates of the World. Summer Solstice Winter Solstice.
Climate and Vegetation Patterns
Climate Regions Categorized by average temperature & precipitation.
Climate and Climate Change
Climate & Climate Regions ©2012, TESCCC. Weather v. Climate ► Climate: The average temperature and precipitation in an area over a long period of time.
Climate.
Biomes of the World. Weather vs. Climate Weather – the day-to-day condition of Earth’s atmosphere at a certain time and place. Climate – the average yearly.
Francisci WG.2a.  The low latitude climates are always between the Tropic of Cancer and the Tropic of Capricorn.  The climate is tropical, wet, hot.
CLIMATE. CLIMATE 3 MAIN TYPES ► POLAR --- high latitude – 60 – 90 degrees N/S. Very low Temps. ► Temperate (Middle-Latitude) --- middle latitude 30 –
WORLD CLIMATE REGIONS.
Chapter 26 Climate.
Tropical Zones (between 0° and 23.5° ) Tropical Wet Tropical Wet and Dry Temperate Zones (between 23.5 ° and 66.5°) Arid Semiarid Mediterranean Humid.
Ch Climate Zones.
Climate.
CLIMATE REGIONS. Found near low latitudes—tropical rain forests and tropical savanna Hot and wet year round with an average temperature of 80° Yearly.
WORLD CLIMATES. WEATHER AND CLIMATE Weather is the atmospheric conditions here and now. Climate is an average of conditions in a particular place over.
Biomes.
Climate Types and Characteristics WG SOL 2a. World Climate Regions –Low latitudes-tropical wet and tropical wet and dry –Middle Latitudes- Mediterranean,
Climate. Weather v Climate Weather Climate Conditions in the atmosphere of one place over a short period of time. Weather patterns that an area experiences.
Climate Zones and Vegetation
Climate Factors Sun & Latitude Atmospheric Pressure Global Wind Belts Oceans & Currents Elevation.
Climates of the World. World Climate Regions High Latitude Middle Latitude Low Latitude Middle Latitude High Latitude Arctic Circle Antarctic Circle Tropic.
Climate Regions Climate and Biomes.
Climate. What is climate? Long term weather pattern. Determined by – Latitude – Air Masses – Continentality – Elevation – Mountains – Ocean Currents –
Chapter 26 Climate $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 Category 1Category 2Category.
 Several factors influence climate: WIND CURRENTS, OCEAN CURRENTS, ELEVATION, TOPOGRAPHY, & ……  LATITUDE!! Latitude is the most influential factor that.
Chapter 18.2: Climate regions page 624
Climate & Climate Regions ©2012, TESCCC. Weather v. Climate ► Climate: The average temperature and precipitation in an area over a long period of time.
©CSCOPE 2009 Climate Regions. ©CSCOPE 2009 Weather v. Climate ► Climate is the temperature and precipitation in an area over a long period of time. ►
BELLRINGER READ AND ANALYZE: page 63 “World Climate Regions” 1.Which climate does the city of Seoul, South Korea, have? 2.Which climate is most common.
Intro Objective 04/16/2012 Locate the different climates of the world. How would you describe Las Vegas’ climate? Does its climate have anything to do.
Climate and Weather SOL WG.2a. Climate  Climate is the condition of the atmosphere over a long period of time.
Climate Weather conditions over a longWeather conditions over a long period of time period of time.
Chapter 2:Earth’s Physical Geography Section 4: How Climate Affects Vegetation.
Climate regions 2 Period. Tropical Wet  Always hot with an average temperature of 80 degrees Fahrenheit.  Average amount of rain in a year is over 80.
Chapter 26 Modern Earth Science
World Climates Objective: To examine and reflect on how different climate patterns of the world influence regions. 1.Tropical 2.Temperate 3.Polar 4.Dry.
V. Types of Climates. A. Climate Regions Patterns of temperature, precipitation, and wind create world climate regions Climate Regions- Areas that share.
Chapter 18 section 2 Climate Regions What factors are used to classify climates? What are the six main climate regions? rainforest, savanna, desert, steppe,
Climate & Climate Regions ©2012, TESCCC. What Affects Climate? ► Latitude, Latitude, Latitude ► Landforms (location, size, etc.) ► Elevation ► Proximity.
Effects of Latitude and Climate  Weather is the condition of the atmosphere at a specific place and time. 3.2 Terrestrial Biomes  One of the keys to.
Climate, Weather and Vegetation Zones
Climate and Weather.
Section 2: Terrestrial Biomes
Chapter 26 Modern Earth Science
Chapter 3 Weather and Climate.
Climate Zones.
Climate Zones An Overview Wessel ~ 2017
World Climate Regions.
3-2 World Climates.
17.2 world climates.
Section 2: Terrestrial Biomes
Climates Regions.
Climate and Vegetation
Climate.
Tropical Dry Temperate Polar Highland
Earth & Sun.
CLIMATE ZONES.
WORLD CLIMATES.
Presentation transcript:

Ch Climate Zones

3 Major Climate Zones  There are 3 different climate zones, they are categorized by their temperature and precipitation.

Tropical Climates  There are 3 subcategories of tropical climates, they are warm areas found around the equator.

Tropical Rain Forest Climate  Warm, humid area.  5 ˚ to 10 ˚ on either side of the equator.  250 cm of rainfall average each year  Rain-forest vegetation

Pictures of Tropical Rainforests

Tropical Desert Climate  Warm, dry weather  20˚-30 ˚ latitude north and south of the equator  Less than 25 cm of rainfall average each year

Pictures of Tropical Desert Climate

Tropical Savanna Climate  Occurs between tropical rainforest and tropical desert climates  Very wet summers, very dry winters.  The savanna has wide open areas of coarse grasses and shrubs.

Pictures of Tropical Savanna

Polar Climates  Cold areas between 55˚ and the poles.

2 Polar Climate Subcategories  Subarctic (taiga)  Tundra

Subarctic (taiga)  Located between 55 ˚ and 65 ˚ north latitude  Dry and cold  25 to 50 cm of rain fall each year  Winters are severe and summers are short  There isn’t a subarctic region in the southern hemisphere because there isn’t land between 55 ˚ and 65 ˚  Spruce trees and pine trees can grow here because of low evaporation rates

Pictures of Subarctic Climate

Tundra Climate  Near the poles  Extremely cold  25cm of precipitation a year (mostly snow)  Low shrubs, moss, small flowering plants  Not a lot of animal variety

Pictures of the Tundra

Middle-Latitude Climates  Found in between tropical and polar climate regions.

Marine West-Coast Climate  Between 40 ˚ and 60 ˚ north latitude.  Cool, moist maritime polar air  60 cm to 150 cm of precipitation yearly  20 ˚ c in summer and 7 ˚ in winter

Mediterranean Climate  The climate we live in!  30 ˚ to 40 ˚ latitude  Dry summers and wet winters  40 cm of precipitation yearly

Middle-Latitude Desert and Steppe Climates  35 ˚ to 50 ˚ north latitude  Found in the interiors of north America and Asia  Less than 25 cm precipitation yearly  Very hot summers and cold winters

Humid Continental Climate  Cold winters. Season differences.  Temperature ranges from -5 ˚ c to 25 ˚c  Locations: East coast of North America and Asia  At least 75 cm of precipitation yearly

Humid Subtropical Climate  Warm, humid, heavy rains, hurricanes  Located between 30 ˚ and 40 ˚ north and south latitude  Locations: The southeastern united states  75cm to 165cm of precipitation yearly

Local Climates  The climate in any place can be influenced by nearby high mountain ranges, plateaus  Lakes and forests can increase levels of precipitation  Large cities are hotter than small cities because they have pollution than warms the air and less trees to absorb the carbon dioxide