15.11.2018 Views

20825_Global_Geography_Year_3_Climate_zones

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Subtropical climate <strong>zones</strong><br />

Lesson objectives<br />

XXIdentifying the location of countries that experience a subtropical climate and their proximity to majors lines of latitude<br />

XXExamining climate data from five cities in the subtropical climate <strong>zones</strong> to identify similarities and differences between<br />

countries with arid and Mediterranean climates<br />

Lesson plan<br />

Introduction<br />

XXGo to and click on the map of the<br />

world to display the four major climate <strong>zones</strong>. Discuss the location of<br />

the subtropical climate <strong>zones</strong> in relation to the major lines of latitude.<br />

In pairs, students use Google Earth and a note-taking app (Notes) to<br />

list as many countries that lie in the subtropical <strong>zones</strong> as possible in<br />

five minutes.<br />

Development<br />

XXDivide the class into groups of five, and allocate one city to each<br />

student—Phoenix (USA), Madrid (Spain), Rome (Italy), Riyadh<br />

(Saudi Arabia) and Tripoli (Libya). Individually, students research<br />

characteristics of arid and Mediterranean climates and record key<br />

information using the T-chart on page 29. They then scan the QR<br />

code or use the URL to research climate data for their allocated city.<br />

Students draw conclusions from their research to predict if their<br />

allocated city has an arid or Mediterranean climate.<br />

XXAs a class, establish an inside-outside circle where students briefly share the climate data for their<br />

allocated city and discuss which climate type they think the city<br />

has. Students explain their reasoning and discuss any differences in<br />

opinion.<br />

XXIn pairs, students use a puppet show app (Sock puppets) to create a<br />

scene with two characters—one that lives in an arid climate and one<br />

that lives in a Mediterranean climate. Each student pretends they<br />

are one of the characters and together they role-play a conversation<br />

about the weather and climate in their city, and why they like living<br />

in that climate. Students should provide climate data during the<br />

conversation.<br />

Conclusion<br />

XXIn pairs, students use Google Earth to locate the five cities listed on<br />

page 29 and compare their locations to the major lines of latitude.<br />

Students examine the location of cities they believe have an arid<br />

climate and discuss the colouration on the map in each country,<br />

then repeat for cities they believe have a Mediterranean climate.<br />

Students discuss the question Does vegetation grow in both arid and<br />

Mediterranean climates? and explain their reasoning.<br />

Resources<br />

XXWorld map—four major climate <strong>zones</strong><br />

<br />

XXiPad ® /tablet with QR scanner, a<br />

note-taking app (Notes) and a<br />

puppet show app (Sock puppets)<br />

XXPage 29<br />

XXGoogle Earth<br />

XXInside-Outside circle explanation<br />

<br />

As a class, watch the<br />

video Living in the desert<br />

at .<br />

Travelling further<br />

Would you continue to live in<br />

the desert if your family had<br />

lived there for generations?<br />

Research climate data in the<br />

Sahara desert and discuss.<br />

Students write a letter to<br />

their family explaining their<br />

decision based on climate<br />

data for the Sahara desert.<br />

Curriculum links<br />

HASS Knowledge and Understanding<br />

The main climate types of the world and the similarities and differences between the climates of different places<br />

(ACHASSK068)<br />

HASS Inquiry and Skills<br />

Questioning Researching Analysing<br />

Evaluating and<br />

reflecting<br />

Communicating<br />

• Locates and collects<br />

information from Google<br />

Earth and websites<br />

• Records, sorts and<br />

represents data using a<br />

note-taking app, a T-chart<br />

and a table<br />

• Interprets cartographic<br />

information to locate cities in<br />

subtropical climates and<br />

• Compares the colour-coding<br />

on a map to identify patterns<br />

between the vegetation in arid<br />

and Mediterranean climates<br />

• Draws simple conclusions<br />

about the weather, climate and<br />

vegetation in places located within<br />

the subtropical climate zone<br />

• Interacts with others with respect<br />

to share points of view about the<br />

climate type of different cities<br />

• Communicates<br />

understanding using an<br />

inside/outside circle and a<br />

puppet show app<br />

28Y<strong>Year</strong> 3A AC GLOBAL GEOGRAPHYw www.ricpublications.com.auI

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!