Geography · Maths
Read the data: climate graph and population pyramid
Interpret two invented datasets using graphs, calculations and written explanations. Pupils read a Brightwater climate graph and monthly table, then examine a population pyramid for an invented town, calculate totals and percentages, and justify a possible service need with data.
Brightwater: invented climate data for practice. Read rainfall bars and the temperature line using their separate axes.
Read the complete materialRead the material
Interpret two invented datasets using graphs, calculations and written explanations. Pupils read a Brightwater climate graph and monthly table, then examine a population pyramid for an invented town, calculate totals and percentages, and justify a possible service need with data.
Complete resource. Use the preview for diagrams and layout.
Page 1
GEOGRAPHY AND MATHS AGES 14 TO 16 CLIMATE GRAPHS Graph and data interpretation Read the Brightwater climate graph, then work out the facts. NAME CLASS DATE LEARNING GOAL Read values from a graph, calculate from them and describe the pattern. SUCCESS CRITERIA I can read the right axis for each line. I can calculate with units. E N T R Y 1 Climate of Brightwater Data invented for practice Rainfall (mm): bars Temperature (°C): line 0 0 20 5 40 10 60 15 80 20 100 25 J F M A M J J A S O N D Month Month Temp °C Rain mm Jan 4 60 Feb 5 50 Mar 8 45 Apr 11 40 May 15 50 Jun 18 55 Jul 21 50 Aug 20 60 Sep 17 60 Oct 12 75 Nov 7 80 Dec 5 70 E N T R Y 2 Read and calculate Write units 1 Which month is the warmest? 2 Lowest temperature and its month? °C 3 Temperature range (highest − lowest)? °C 4 Wettest month and its rainfall? mm 5 Driest month and its rainfall? mm 6 Wettest minus driest rainfall? mm 7 Total yearly rainfall (add all months)? mm 8 Mean temperature, June to August (1 d.p.)? °C 9 Describe the pattern of rainfall through the year in two sentences. Use numbers. 10 This graph shows one year of data. What else would you want to know? Graph and data interpretation Page 1 of 2
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GEOGRAPHY AND MATHS AGES 14 TO 16 POPULATION Reading a population pyramid NAME CLASS DATE E N T R Y 1 An invented town Hundreds of people MALES FEMALES Age group 0 0 5 5 10 10 15 15 3 5 75 and over 8 9 60 to 74 11 12 45 to 59 13 13 30 to 44 14 14 15 to 29 12 11 0 to 14 Population (hundreds of people) Age group Males Females 0 to 14 12 11 15 to 29 14 14 30 to 44 13 13 45 to 59 11 12 60 to 74 8 9 75 and over 3 5 Total 61 64 HUNDRED 125 hundred people in total, which is 12 500 people. 125 E N T R Y 2 Read and calculate Write units 1 Age group with the most males? hundred 2 Age group with the fewest females? hundred 3 Number aged 75 and over? hundred people 4 % aged 75 and over? % 5 % aged 0 to 14? % NOTES TO SELF CHECK THE AXIS Read the bar end, then check the scale for the number. HUNDREDS The chart counts in hundreds. 8 hundred is 800 people. 6 Describe the shape. Suggest one reason for more older women than older men. 7 Choose one service this town may need. Justify your choice with data. HEALTH CARE SCHOOLS BUSES HOUSING MY OWN IDEA Graph and data interpretation Page 2 of 2
A teaching sequence
Read values from climate and population graphs, calculate with units and support an interpretation with data.
Brightwater: invented climate data for practice. Read rainfall bars and the temperature line using their separate axes.
Read the complete materialRead the invented climate axes and table
Read the invented Brightwater climate graph and monthly table for warmest month, extremes, range, wettest and driest months, total rainfall and summer mean.
Which scale and unit belong to the temperature line and rainfall bars?
Brightwater: invented climate data for practice. Read rainfall bars and the temperature line using their separate axes.
Read the complete materialDescribe the rainfall pattern with values
Describe the rainfall pattern using figures and note what more than one year would help explain.
What could further years show that this single invented year cannot?
Calculate from the population groups
For the invented town’s population pyramid, identify age groups and calculate the requested total and percentages with units.
Have you converted hundreds to people and used the correct total for percentages?
Propose a service through data
Suggest why older women may outnumber older men, then choose a service and justify it with data. Treat causes as hypotheses.
Which figure supports the need, and which causal explanation remains a hypothesis?
Before you teach
Look for the thinking behind an answer, choose the support your class needs and leave room for an independent response.
What to look for
Check that pupils use the rainfall axis for bars and temperature axis for the line, then include correct units. Verify arithmetic from the printed tables. For interpretations, look for a claim supported by a value and a sensible note about limits or additional information needed.
Give a little support
Provide a colour key or point to the two climate axes before pupils answer. Work through one table lookup and one percentage calculation. Let pupils annotate the graph and write a claim-evidence sentence before drafting a longer explanation.
Take the idea further
Ask pupils to compare the climate and population evidence and propose what additional data would strengthen a service plan. They can calculate a different age-group percentage or explain why a population pyramid cannot, by itself, prove a cause.
Things to keep in mind
Both datasets are invented and do not describe a real town or climate. A graph can show patterns but does not establish causes. Population categories and explanations are simplified; use additional context and reliable sources for real-world conclusions.
Keep the idea. Make it yours.
Bring your topic, learning goal and class context to PLAI™, then review what you create.
Ideas to try with your class
Sample teaching perspectives on what to try, what to adapt and what to watch for.
Meet The Creators
Meet a creator whose teaching interests connect with this template.
Good Question
The two-page worksheet pairs an invented Brightwater climate graph with an invented population pyramid. Pupils read temperature and rainfall from separate axes, calculate yearly summaries with units and then interpret age-group data.
Chalk & Chai
For ages 14 to 16, the climate section asks for warmest and coldest months, range, wettest and driest rainfall, total, mean and a two-sentence pattern. The population page shifts to reading a different graph form.
Planning List
Use the monthly table beside the climate graph to verify a read value before calculating. Pupils can label the axis used for each quantity, reducing confusion between the rainfall bars and temperature line.
Clear Example
Both datasets are invented for practice, not evidence about a real place. Keep that label in any extracted answer or graph, and support each interpretation with values from the correct axis.