Upload
prescott-pollard
View
42
Download
5
Embed Size (px)
DESCRIPTION
Geographical Enquiry An Introduction to Geography. Contents. What is geographical enquiry? General techniques Presenting data and analysing results Summary activities. The key concepts covered are: Place , Space and Physical and human processes. What is geographical enquiry?. - PowerPoint PPT Presentation
Citation preview
© Boardworks Ltd 20081 of 27
Teacher’s notes included in the Notes Page.Flash activity. These activities are not editable.
Icons key: For more detailed instructions, see the Getting Started presentation.
Accompanying worksheet. Printable activity. Useful web links.
Geographical EnquiryAn Introduction to Geography
© Boardworks Ltd 20082 of 25
Contents
What is geographical enquiry?
General techniques
Presenting data and analysing results
Summary activities
The key concepts covered are: Place, Space and Physical and human processes.
© Boardworks Ltd 20083 of 25
What is geographical enquiry?
Discuss how geographers conduct enquiries and collect data.
Discuss the implications of fieldwork for health and safety and its impact on the chosen site.
By the end of this section, you will:
What is geographical enquiry?
© Boardworks Ltd 20084 of 25
Why do we enquire?
We conduct enquiries to find out what is happening in our world, to make sense of what has happened in the past and to make judgements about what might happen in the future.
When conducting enquiries, geographers formulate a hypothesis, research the topic, obtain data and then analyse data to prove or disprove a hypothesis.
What enquiries are geographers conducting today?
© Boardworks Ltd 20085 of 25
Current geographical enquiries
Geographers are investigating many topics. These include:
the impact of climate change
population studies
the impact of industry.
What topics do you think are most relevant today?
© Boardworks Ltd 20086 of 25
Creating a hypothesis
Research is the way geographers gather information to prove or disprove a hypothesis or a set of hypotheses.
A hypothesis is an idea which can be investigated and found to be true or false.
Example hypotheses:
A river gets wider as you move downstream.
The school building produces its own microclimate.
Land use in the town centre is mostly commercial.
What data could you collect to prove or disprove each hypothesis?
© Boardworks Ltd 20087 of 25
Your enquiry title….
• How could we improve the environmental quality of the school site?
© Boardworks Ltd 20088 of 25
Types of research
Secondary research involves collecting and collating data from existing sources.
Secondary research might include:web researchlibrary researchdrawing conclusions from someone else's work.
Primary research is where data is gathered on the front line.
This might include observations, interviews and experiments.
Geographers call this type of research fieldwork.
© Boardworks Ltd 20089 of 25
What is fieldwork?
Geographers do fieldwork in order to gather data for study.
Fieldwork takes place in a specific location where observations are made and measurements taken.
Fieldwork allows us to find out about the human and physical world around us. This world is always changing and fieldwork provides us with information about the changes.
Why is fieldwork important to geographers?
© Boardworks Ltd 200810 of 25
Suggestions for fieldwork
© Boardworks Ltd 200811 of 25
Location, location, location
Planning where to do fieldwork is a central part of investigating a particular hypothesis.
A site must be safe, accessible, and a likely source of relevant data.
In addition to being safe and collecting suitable data, good fieldwork aims to have minimal environmental impact on a site.
How might you make an impact on an environment whilst doing fieldwork?
© Boardworks Ltd 200812 of 25
Map of school site: which 10 locations will you choose?
© Boardworks Ltd 200813 of 25
Fieldwork equipment
© Boardworks Ltd 200814 of 25
Site 1 Site 2 Site 3 Average
Fieldwork notebook
A fieldwork notebook is useful to record any measurements.
Location:
Width
Depth
Speed
Weather:
A table with headings can help organize the data collected.
© Boardworks Ltd 200815 of 25
Reading and observing
Make field sketches of interesting features at the site. Label the sketches to draw attention to specific details.
Remember to make a note of details that may influence your data. These might include weather conditions, the time of day or whether it’s a public holiday.
Record your readings, measurements and tallies in neat tables.
© Boardworks Ltd 200816 of 25
Environmental quality survey
© Boardworks Ltd 200817 of 25
Writing a questionnaire
• yes or no answers• Closed (categories)- possibly a few open questions• not too many questions• easy to read lay out• Able to collect all answers on one sheet
Need information on:• People’s opinions of the school
• Areas that are attractive and less attractive
• Ideas about what could be done to improve the area
© Boardworks Ltd 200818 of 25
Clear set out
Boxes to tick or cross
Headings in bold to make it clear
Large title
© Boardworks Ltd 200819 of 25
To much writing to fill in.
Will take too long and people won’t want to fill it in.
Not obvious what questions are asking
To much information to read in the introduction
© Boardworks Ltd 200820 of 25
Drawing a field sketch
© Boardworks Ltd 200821 of 25
Annotating a field sketch
© Boardworks Ltd 200822 of 25
General techniques
Think about ways to set up a field notebook and what notes should be made in it.
Observe how field sketches are produced and practice drawing and annotating them.
By the end of this section, you will:
General techniques
© Boardworks Ltd 200823 of 25
Presenting data and analysing results
Be able to present your data inan acceptable format.
Interpret data in order to accept or reject different hypotheses.
By the end of this section, you will:
Presenting data and analysing results
© Boardworks Ltd 200824 of 25
Structure of your report• Writing up the results: • Introduction:• Explain what you are trying to find out in your study
• Method:• Explain how you collected your information and why you did it in this way
• Presentation of data:• Include a range of presentation methods e.g. graphs and tables, annotated maps, annotated field
sketches and photos
• Description and explanation of results: • Using the data you have collected explain which areas of the school you and the people you
surveyed think are the best and which areas you and the people surveyed think are the worst and EXPLAIN why you got these results.
• For areas of the school that you think need to be improved explain (and possibly include annotated plans for improvement) of what could be done to improve the areas.
© Boardworks Ltd 200825 of 25
Presenting data
After collecting data, you need to be able to present it in aformat where in can be easily understood, and interpreted to prove or disprove your hypothesis.
Good forms of presenting data include:
tables
charts and graphs
thematic maps (like choropleth maps).
All of the above could be incorporated into a written formal report.
© Boardworks Ltd 200826 of 25
Interpreting your data
© Boardworks Ltd 200827 of 25
Returning to the hypothesis
If the analysis of fieldwork data shows the hypothesis to be true, geographers say they accept the hypothesis.
If the analysis of fieldwork data shows the hypothesis to be untrue, geographers say they reject the hypothesis.
The data collected during fieldwork and presented as results is used to test the hypothesis. It is analysed for patterns and trends that shed light on the subject of the hypothesis.
What do you do with the hypothesis?
© Boardworks Ltd 200828 of 25
Bringing your findings together….
© Boardworks Ltd 200829 of 25
Summary activities
Consolidate knowledge of geographical enquiry.
Revise definitions of key terms.
By the end of this section, you will:
Summary activities
© Boardworks Ltd 200830 of 25
Summary quiz
© Boardworks Ltd 200831 of 25
Glossary
© Boardworks Ltd 200832 of 25
Anagrams