Engaging students through Fieldwork - Welcome to ?· Engaging students through Fieldwork ... Getting…

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    Engaging students through Fieldwork Fieldwork in the syllabus Page 16: Fieldwork activities should be carefully planned to achieve syllabus outcomes. Whether they are undertaken locally, at more distant sites or by using information and communication technology, fieldwork activities should be integrated with the teaching/learning program to take full advantage of the enhanced understanding that can be achieved through direct observation, field measurements and inquiry learning. Page 17: Research Action Plan To develop a Research Action Plan the following steps should be taken: Step 1 Identify the aim/purpose of the investigation. Step 2 Generate a number of focus questions to be addressed by the investigation. Step 3 Decide which primary and secondary data are needed to answer the focus questions. Step 4 Identify the techniques that will be used to collect the data. Step 5 Collect primary and secondary data. Step 6 Process and analyse the data collected. Step 7 Select presentation methods to communicate the research findings effectively. Step 8 Propose individual or group action in response to the research findings and, where

    appropriate, take such action. Page 18: Fieldwork Stage 4 4G1 4G2 4G3 4G4 use geographical instruments, including: * * a compass to determine direction * * a clinometer and tape * * weather instruments, a Beaufort wind scale

    and cloud identification charts * *

    vegetation identification charts * * collect and record data in the field, including: * * design and conduct interviews * * construct and implement surveys * * field sketch, diagram * * Page 19: Fieldwork Stage 5 5A1 5A2 5A3 5A4 develop a research action plan * use fieldwork techniques to collect primary and

    secondary data * *

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    Getting started in Stage 4 The study of Geography should enable students to better understand the world around them. It is therefore imperative to take the students out of the classroom and give them first hand experience of environments. The school environment offers plenty of opportunities. Students learn about: Students learn to:

    The nature of Geography

    the physical elements of environments: air flora and fauna soil

    solar energy (heat and light)

    water

    classify features of the environment as physical or human elements

    the human elements of environments: agricultural industrial settlements

    economic political sociocultural

    record patterns of physical and human elements of environments

    the interaction of the physical and human elements

    identify patterns resulting from the interaction of the physical and human environments

    Our world

    global representation using maps recognise continents using different map projections

    the importance and use of latitude use latitude to describe the global pattern of climate, including the spatial and seasonal change in insolation

    the importance and use of longitude use longitude to explain world time zones

    global patterns of physical and human features

    describe global patterns of physical and human features

    Geographical research

    key geographical questions apply key geographical questions to a local environment

    use geographical tools to measure and record elements of the local environment

    fieldwork: the use of geographical tools in

    investigating the physical and human environment

    present geographical information about the local environment using a range of written, oral and graphic forms

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    Physical and Human features of the environment.

    Use photography or sketching. Lesson preparation:

    Arrange for students to bring digital cameras/phone cameras to the next lesson. Book any school cameras for students without their own. Locate some interesting places around the school to take photos.

    Lesson plan:

    Take students to an interesting location in the school grounds. Tell students what physical and human features are. Ask for examples of things they could photograph. Tell students about different types of photos, eg close up/oblique. Ask students for examples of good vantage points. Direct students to take photos of physical features of the environment. Encourage

    interesting perspectives. Recall students. Share with class the features photographed. Direct students to take photos of human features of the environment. Encourage

    interesting perspectives. Finally take photos with both physical and human features.

    Follow up:

    Students can bring electronic photos to class and be taught to annotate using publisher. OR

    Students bring hard copies of some of photos and are taught to annotate with hand written labels.

    Homework/Extension activity:

    Students make a collage of the Physical and Human features of the environment.

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    Use mapping

    Lesson preparation:

    Produce a base map of all or part of the school grounds. (Remember North point and scale)

    Arrange for students to bring clip boards and coloured pencils to the next lesson. Revise human physical features. Could introduce biotic/abiotic.

    Lesson plan:

    Walk around the area of the map and colour according to the features, shades of

    brown/green/yellow for physical features and shades of red/purple/blue for human features. (Check for colour blind).

    Add a title and a key. Follow up:

    Describe the distribution of the physical features. Describe the relationship of the physical and human features. Depending on time and technology could use IT to produce a map with photos linked to

    locations. Could be any programme from basic word document through to GIS. Homework and extension activity:

    Students could map their own home environments.

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    Use a compass to determine direction. Ideas for practical exercises. Compass Race Create a number of stations around the school. (Make sure they are specific, such as the flag pole not the library.) Put a laminated card at each station with 3-5 places that students need to determine the direction of, using their compass. Start each group at a different station, and ensure they move around the stations in order. Either give a time limit and the group with the most correct in the time wins, or make it a race to be first to complete all stations, ensuring even the slowest can get back within the lesson time. This could be made harder by marking the stations on a school base map rather than identifying them by name. Compass treasure trail Mark the location of the treasure on a map; keep it out of sight. Give a series of directions with paces (or use a tape) to reach the treasure, e.g. North 20 paces, East 5 paces and so on. Each group follows the directions and decides on the location of the treasure. They mark where they believe the treasure to be and the group that are nearest win the treasure. Can vary this by having the groups create treasure trails, then copying them and each group completing everyone elses. Compass mapping (Harder and requires a knowledge of scale) Select a central point and a list of 5-6 places that are within reasonable distance. Students determine the direction of each place from the centre and also the distance. They then plot the features on a map, use a simple scale of 1cm to represent 1m. For more able students there could be more key points and buildings could be drawn in by plotting their corners. If the Geography department does not have compasses ask the people that run D of E in the school or see how many students have them at home.

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    Use a clinometer.

    This page was adapted from the original fond at: http://faculty.salisbury.edu/~jabergner/prime%20grant/Indirect%20measurement%20with%20a%20clinometer.doc A clinometer is an optical device for measuring elevation angles. A tube allows the user to sight the top of an object and a protractor-like device on the side measures out the elevation angle. Before the adoption of more accurate devices, surveyors used clinometers to measure the heights of objects. Instructions for making a clinometer Materials: Protractor. Cardboard. Dinking straw. 20-30cm length of string. Weight. Construction:

    90

    Uses weather instruments

    Assembling your clinometer Attach the drinking straw to the top straight edge of the protractor. Attach the protractor to the cardboard as shown above. Attach the weight to the end of the string and attach the string to the center marking on the top edge and let it hang at least 5cm below the edge of the card- making sure it can swing freely.

    Using your clinometer. Start out by holding the clinometer so that the straw is parallel to the ground. Slowly tilt the straw up until you can see the very top of the object through the straw. Have your partner record the angle measure that the string passes through. Recall, since you start the string at 90 degrees, you must subtract the recorded angle measure from 90 to get the angle of elevation.

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    Use weather instruments A similar piece of equipment can be used for measuring wind speed. See Just a gust at the following web site: http://www.anoka.k12.mn.us/images/docmgr/3734file18417.pdf Another way to measure wind speed is to have students make their own anemometer

    Instructions for making an Anemometer.

    A. Materials o 4 small paper cups or muffin cases. o 4 plastic drinking straws o tape o scissors o straight pin o pencil with a new eraser o stapler

    B. Procedure

    1. Arrange four (4) plastic drinking s