The Sun sends short wave energy down to heat the earth Some of the energy is returned to space as long wave energy However, some of this long.

Slides:



Advertisements
Similar presentations
The day to day conditions. It is raining outside… The weather conditions over time. Cold Winters. Weather or climate video.
Advertisements

Why Do Climates Vary?.
Chapter 16 Section 3: Winds.
Weather & Climate.
Copyright Pearson Prentice Hall
Timed Question Explain why there is a surplus of solar energy in Tropical latitudes and a deficit towards the poles. (8)
Lesson Overview 4.1 Climate.
Climate and Weather. Climate vs. Weather Weather= condition of the atmosphere in one place during a period of time – Changes quickly – Short-term aspect.
Chapter 23 The Atmosphere
Factors that Influence Climate
Atmosphere and Winds E4.p2X-A,F, I. CHARACTERISTICS OF THE ATMOSPHERE.
The Atmosphere Chapter 22.
Energy in the Atmosphere
Climate Lesson What factors contribute to a region’s climate?
Heating of the Atmosphere
S6E2.c. relate the tilt of earth to the distribution of sunlight through the year and its effect on climate.
End Show Slide 1 of 26 Copyright Pearson Prentice Hall 4-1 Climate.
Heat Energy Transfer SNC2D.
Key Idea #14 There is a relationship between the warming of the Earth’s atmosphere by the sun and convection within the atmosphere and oceans.
Chapter 2 Weather Factors Section 3 Winds. What causes wind? Wind: The horizontal movement of air from an area of high pressure to an area of lower pressure.
Energy Transfer in the Atmosphere A.Some energy from the sun is reflected back into space, some is absorbed by the atmosphere, and some is absorbed by.
Solar Energy Winds Convection Climate Zones global.
End Show Slide 1 of 26 Copyright Pearson Prentice Hall biology.
Atmosphere Test Review
Solar Energy & The Greenhouse Effect The driving energy source for heating of Earth and circulation in Earth’s atmosphere is solar energy (AKA the Sun).
Name each layer in order starting from earth to outer space.
Lesson Overview Lesson OverviewClimate Chapter 4 Ecosystems and Communities 4.1 Climate.
Chapter 3.1 Pg. 41 Factors Affecting Climate. The Sun and Latitude  Weather is the conditions of the atmosphere at a given time and place. Weather conditions.
Global Wind Patterns. What is Wind? Wind is the movement of air from an area of higher pressure to an area of lower pressure. Warmer air expands, becoming.
E NERGY, H EAT, AND W IND !. E NERGY FROM THE SUN SUN The sun’s energy comes to earth in the form of electromagnetic waves Mostly Visible light and Infrared.
Daily Weather Information
Winds What causes winds?.
1._____bottom layer of the atmosphere (atm layers) 2._____rise in the global temperature due to an increase in carbon dioxide caused by human activity.
Atmosphere & Weather All About Winds. Energy Transfer in the Atmosphere Earth’s energy is provided by the SUN. Energy is important to us because it… 1.Drives.
Climate Change. Natural Processes That Change Climates  Volcanic Eruptions  The presence of volcanic aerosols (ash, dust, and sulfur-based aerosols),CO.
What determines our climate?.  Climate refers to the average yearly conditions of temperature and precipitation. ◦ Contrast with weather, the day-to-day.
Atmospheric Heating Radiation Conduction Convection.
Factors Affecting Climate. WHAT IS CLIMATE? Climate is the average year-by-year conditions of temperature, precipitation, winds, and clouds of an entire.
Chapter 4: Ecosystems & Communities Starting with … Climate (4.1)
Climate & Weather.  Weather is the day-to-day condition of Earth’s atmosphere.  Climate refers to average conditions over long periods and is defined.
Heat Transfer, Sea/Land Breezes, Winds, Coriolis Effect,
Aim: How do increased carbon dioxide concentrations on our planet affect life?
Cloud formation and Atmospheric CO2. Cloud Formation There are a few ways clouds form 1.Rising Hot Air 2.Warm air over a cold body of water 3.On Mountainsides.
TEKS 8.10A recognize that the sun provides the energy that drives convection within the atmosphere and ocean, producing winds and ocean currents The Sun,
What is climate? 1 Climate
Climate Chapter 4 Section 1.
Lesson Overview 4.1 Climate.
What factors contribute to a region’s climate?
Solar Energy and the Atmosphere
Global and Local Winds Why does Air Move ?
Make sure you have your textbook open to 15.3 today!
Patterns in environmental quality and sustainability
Wind circulation through the atmosphere
4.1 Climate Lesson Overview
Global and Local Winds Why does Air Move ?
Lesson Overview 4.1 Climate.
Ch. 4.1 The Role of Climate.
Lesson Overview 4.1 Climate.
Climate Chapter 4.1.
Winds What causes winds?.
Lesson Overview 4.1 Climate.
Lesson Overview 4.1 Climate.
Winds What causes winds?.
What Causes Weather? 2009.
Winds What causes winds?.
Wind.
Lesson Overview 4.1 Climate.
Winds What causes winds?.
Global and Local Winds Why does Air Move ?
Lesson Overview 4.1 Climate.
Presentation transcript:

The Sun sends short wave energy down to heat the earth Some of the energy is returned to space as long wave energy However, some of this long wave energy gets trapped by the gases in atmosphere…. The atmosphere heats up…. Greenhouse effect……global warming

Carbon Dioxide CFC’s Methane

Human Activities and Global Warming 1.Humans burning fossil fuels such as coal, oil, gas etc increase the amount of Carbon Dioxide into the atmosphere. 2.Humans cut down trees (deforestation) which leads to an increase of Carbon Dioxide in the atmosphere. 3.Humans are disposing of more and more household waste which slowly breaks down releasing Methane into the atmosphere. 4. Greenhouse gases such as CFC’s are used in the making and using of Fridge Freezers.

Name and briefly explain three effects of global warming? Name and briefly explain three things we can do to prevent global warming?

Coordinates: 52°20′03″N 6°27′27″W

1.What is the atmosphere? 2.Where is the atmosphere? 3.Name 4 main gases in the atmosphere? 4.What type of sun ray does the sun send to earth? 5.And what type of sun ray returns to space? 6.Where does some heat get trapped? 7.What is The Greenhouse Effect? 8.If heat builds up what problem might happen? 9.List 4 human activities that release gases into the atmosphere? 10.What does the word ‘Latitude’ mean? 11.Where are the highest temperatures in the world? Why? 12.Where are the lowest temperatures in the world? Why?

Wind is moving air. Air is moving gases. Gases…wind…moves because the earth is unequally heated. This means that there are warmer parts of the world (equator, low latitudes) and colder parts (poles, high latitudes). Because of the different temperatures around the world there is warm wind and cold wind. Winds of the earth are constantly moving. Air has weight……….this is called ATMOSPHERIC PRESSURE

The winds of the earth move at an angle because the earth is tilted on its axis and rotates at an angle.

1.What is wind? 2.How/Why does the wind move? 3.What is the correct name for the weight of air? 4.Name the two types of air. 5.Give a description of each and the pressure each produces. 6.What do you call the winds of the earth? 7.What is the Coriolis Force? 8.What is the main type of wind (direction) that blows over Ireland? 9.On which direction axis does the earth rotate?

1.Wind is moving air (gases). 2.Wind moves due to unequal heating of the earth and the earth rotates. 3.The weight of air is Atmospheric Pressure. 4.Two types of air are Warm Air and Cold Air. 5.Warm air is Light and causes Low Pressure. Cold Air is dense and causes High Pressure. 6.The winds of the earth are the Prevailing Winds. 7. The winds of the earth move at an angle because the earth rotates at an angle. 8. The main winds that blow over Ireland are the South Westerlies. 9. The earth rotates on its axis from west to east.

1)What are Ocean Currents? 2)Two types of ocean current? 3)Why are ocean currents different? 4)Name four main ocean currents? (two warm, two cold) 5)What causes ocean currents? 6)Three effects of warm currents? 7)Three effects of cold currents?

1)Ocean currents are large areas of moving water in the worlds oceans. 2)There are warm currents and cold currents. 3)Warm currents begin in warm areas such as the equator (low latitudes) while cold currents begin in cold areas near the poles (high latitudes). 4)Two main cold currents are the Labrador Current and the Canaries currents. Two main warm currents are the North Atlantic Drift and the North Equatorial currents. 5)Ocean currents are caused by the unequal heating of the earth which causes warm and cold waters to move around the earth. 6)Three effects of warm currents are: Higher air temperatures, ice-free harbours and warmer waters. 7)Three effects of cold currents are: Lower air temperatures, ice in harbours and lower water temperatures.