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mographs and Gersmehl diagra Name 5 different biomes

Climographs and Gersmehl diagrams

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Climographs and Gersmehl diagrams Objectives Analyse climographs to show the relationship between temperature, rainfall and type of ecosystem. Construct Gersmehl diagrams to show inter-relationships between nutrient stores and flows. Outcomes 3: Describe what is shown by climographs and Gersmehl diagrams. 5: Interpret a range of diagrams looking at ecosystem attributes. 7: Evaluate the limitations of diagrams based on ecosystems. Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

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Page 1: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsName 5 different biomes

Page 2: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsObjectives

Analyse climographs to show the relationship between temperature, rainfall and

type of ecosystem.

Construct Gersmehl diagrams to show inter-relationships between

nutrient stores and flows.

Outcomes3: Describe what is shown by climographs and Gersmehl

diagrams.5: Interpret a range of diagrams looking at ecosystem attributes.

7: Evaluate the limitations of diagrams based on ecosystems.

Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

Page 3: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsOutcomes

3: Describe what is shown by

climographs and Gersmehl diagrams.

5: Interpret a range of

diagrams looking at ecosystem

attributes.7: Evaluate the limitations of

diagrams based on ecosystems.Key terms: climograph, Gersmehl diagram, precipitation, nutrient

flow.

What summaries can we make based upon a climograph?

Page 4: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagrams

Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

1. Looking at the two diagrams above what conclusions can we draw based on links between the two?

2. Choose 3 types of ecosystem and explain the productivity shown.

Page 5: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagrams

Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

Page 6: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagrams

Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

Page 7: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagrams

Key terms: climograph, Gersmehl diagram, precipitation, nutrient flow.

Page 8: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsOutcomes

3: Describe what is shown by

climographs and Gersmehl diagrams.

5: Interpret a range of

diagrams looking at ecosystem

attributes.7: Evaluate the limitations of

diagrams based on ecosystems.Key terms: climograph, Gersmehl diagram, precipitation, nutrient

flow.

Sketch a Gersmehl diagram for each of the following:

TaigaTropical rainforest

Desert

Page 9: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsOutcomes

3: Describe what is shown by

climographs and Gersmehl diagrams.

5: Interpret a range of

diagrams looking at ecosystem

attributes.7: Evaluate the limitations of

diagrams based on ecosystems.Key terms: climograph, Gersmehl diagram, precipitation, nutrient

flow.

In each case what is the main store?What form might this take?

Why do we see these differences?

Page 10: Climographs and Gersmehl diagrams

Climographs and Gersmehl diagramsOutcomes

3: Describe what is shown by

climographs and Gersmehl diagrams.

5: Interpret a range of

diagrams looking at ecosystem

attributes.7: Evaluate the limitations of

diagrams based on ecosystems.Key terms: climograph, Gersmehl diagram, precipitation, nutrient

flow.