Social media is a tool that students are very familiar with and use for a variety of personal and social purposes. If we can tap into students' enthusiasm for and ability to use social media we can easily harness it to enhance student learning. Recent coral bleaching events have been discussed widely on twitter by experts and organisations that study and work to protect coral reefs.
Some examples of experts and organisations to follow on twitter:
Twitter lesson 1
Investigate the differences in people’s views about the causes of environmental issues such as coral bleaching and ocean acidification. Take screenshots of a range of different views about this issue. Refer to the information about environmental worldviews from previous lessons. Make an inference about the environmental worldview that each person holds. Why do you think this? Justify your answers.
What are your thoughts and opinions about this issue? How do your thoughts reflect your own environmental worldview?
Twitter lesson 2
Create a Storify that shows the progress of discussions, research, campaigns and decisions related to the management of a coral reef. Use the tweets and the links contained in them as a starting point for a geographical inquiry. This may help you to pose questions, planning an investigation, collecting secondary information.
In doing so, consider:
Video conferencing tools:
Benefits of videoconferencing:
Providers for video conferencing:
Once you have done a few organised sessions and feel comfortable using the technology, you will be able to make connections with people and organise your own presenters.
Video Conference lesson
Research the work of the organisation or person that will be running the videoconference.
Provide a brief summary of the work of the organisation or person.
Formulate a number of questions that you can ask to the person during the videoconference. These may relate to the work of your class as a whole or your own geographical inquiry.
As a class collect the questions that have been designed and remove any duplicates. It may be beneficial to send the questions to your presenter ahead of the video conference.
For Stage 4 History, you may like to refer to a resource I created a few years ago (as mentioned in a previous post). Click here to examine the Syllabus Bite on Ancient India.
As you progress through the topic you might like to use the glossary file below to help students develop knowledge of key terms. There is also a glossary quiz file, but you may like to break this up into a couple of smaller quizzes depending on the ability of your students.
Students must explore the beliefs, values and practices of ancient India. The handout below introduces a few key terms, provides a brief summary of beliefs, values and practices and outlines a short group work task.
The activity below allows students to examine the physical features of ancient India including mountain ranges, plains, deserts, wetlands, rivers and highlands. Students are required to complete a mapping activitiy to show the spatial distribution of these features.
A person of significance must be examined. Below is a short introduction to Ashoka including a few relevant key terms and a short cloze passage. For more detail on Ashoka examine my previous post Teaching Ashoka.
tI have recently been running a few sessions with high schools to help with programming for the new NSW Geography syllabus incorporating the Australian Curriculum. As the year is coming to a close, and I am running out of time, I thought I would just make this available in case people want to share it or go through it with their faculties. This might be a useful resource to use for one of the last Staff Development Days or your first day back (take note Social Science/HSIE Head Teachers).
If you are at a Department of Education school you can find this course on MyPL by searching for its title: Introduction to the 7-10 Geography syllabus: - Session 1 - the basic framework.
Download the file to use with your staff (edit/change whatever you like).
Why teach Geography?
Given the number of teachers who teach Geography in 7-10, that aren't specifically trained in it (or perhaps interested in it), I think it is worth starting any discussion with "Why teach Geography?". Ask teachers to consider the importance of examining and promoting this subject to the individual, the community and the world. If you can encourage the staff that aren't all that engaged in Geography to develop an interest in it, then they will be much more successful in teaching the subject and engaging their students.
Geography in Primary - impacts on your teaching in high school
For the first time, students will be studying Geography in primary school as a stand alone subject. Most Year 7 units that are currently taught begin with "What is Geography", "What is a Geography tool/skill?", "What are the features of maps", etc. Once the new syllabus is fully implemented, students will have already covered this introductory information in primary school. So this is the first thing that will need to go. In primary school the students will have already been introduced to geographical concepts, tools, and the geographical inquiry process. Keep in mind, this may not be the case for 2017 for all students, but from 2018, you should expect that students have this prior knowledge. Obviously, do some pretesting to get an idea of the depth of students' knowledge.
Components of the syllabus
Continuums of learning
This syllabus introduces a series of continuums of learning for students. There are three continuums: Geographical concepts, Inquiry skills and Geographical tools. These provide you with a snapshot of the learning the takes place in each stage from Early Stage 1 to Stage 5.
In the previous syllabus students followed a Research Action Plan. This has been simplified in the new syllabus to a Geographical Inquiry. Students undertake a Geographical Inquiry from Early Stage 1 up to Stage 5, but as students move through the stages the process becomes more complex. However, regardless of the complexity, there are three main stages to a Geographical Inquiry - Acquiring geographical information, processing geographical information and communicating geographical information.
Geographical Tools include five main categories - Maps, Fieldwork, Graphs and Statistics, Spatial Technologies and Visual Representations. In the previous syllabus, these were generally what we referred to as skills. There has been some shifting of skills/tools from the previous syllabus and the addition of some new tools. The biggest difference is in Stage 5, where in Spatial Technologies students will be expected to be proficient in virtual maps, satellite maps, global positioning systems (GPS), geographic information systems (GIS), remote sensing data and augmented reality. If this is something which staff find a little daunting, keep in mind that you could delay implementing a couple of these items until 2018, Year 10 to allow a little bit of extra time for upskilling. This way you would still be covering them for the students in Stage 5. Once teaching feeling comfortable with their own skills levels and knowledge, you might then look at shifting it earlier in the stage.
One of a major differences bewteen the new NSW syllabus and the Australian Curriculum is the integration of outcomes, which in NSW we are used to. Outcomes decribe the essential learning. You MUST cover outcomes. These must be the starting points for designing your lessons, excursions, project based learning, problem based learning, assessments and reports. There should really be a huge arrow pointing at the outcomes for each topic saying "Start here!!".
Key Inquiry Questions
The new NSW syllabus has included key inquiry questions which drive student learning. This inquiry strand runs parallel to the development of content knowledge. Students will use their inquiry skills (see the continuum discussed above) and geographical tools to undertake geographical inquiries. This is an opportunity for students to explore problematic knowledge, and to develop critical and creative thinking, ethical understanding, personal and social capability (some of the Learning Across the Curriculum areas),
The stage statements provide a description of what we want student to have acheived by the end of the stage. Stage statements can be used as a reference point for student acheivement. They may also be useful in making judgements about individual students in terms of decisions related to Learing and Support, Life Skills or opportunities for acceleration. If the student is performing well above or below the stage statement this will indicate that adjustments, modifications or a different course is required.
The content is the detailed information to be covered in each topic. Each of the dot points is compulsory, while the dash points are suggested ways that you may choose to approach the dot point (not mandatory). You may come up with other ways to approach the dot point if you choose.
A specific Geography Life Skills course has been provided which could run parallel to a mainstream class. Topics, outcomes and content are similar. This will make it easier to implement if you have one Life Skills students in a mainstream class, as you will be able to use some of the basic information prepared for your mainstream class and heavily modify it, rather than create resources on a completely different topic as was the case with the provious Life Skills course.
Icons and symbols
The content has a series of codes and symbols throughout. The Australian Curriculum Codes are indicated after the dot points (e.g. ACHGK048). Generally teachers don't really need to worry about these, as the NSW syllabus is the absolute authority. However, if you are looking for resources shared from around Australia, it may be useful to know the Australian Curriculum code. Icons and abbreviations are also used to indicate appropriate content where tools and Learning Across the Curriculum can be covered.
Ashoka appears in several of the HSIE syllabuses. There are ungoing debates about the place of India in History syllabuses. Discussions on the new draft Modern History syllabus have addressed the exclusion of some important topics and events related to modern India. This is despite the push with the 7-10 Australian Curriculum and new NSW syllabuses to include the Cross Curriculum Priority of Asia and Australia's Engagement with Asia. In terms of ancient India, Ashoka, an important personality in ancient India is actually included in three separate syllabuses: 7 History, Studies of Religion and Ancient History (new draft syllabuses). Most of the resources below have been designed for Studies of Religion, but you may like to modify them for a History class.
History - Stage 4 - The Ancient World - The Asian World Depth Study - India
The role of a significant individual in the ancient Asian world, for example ... Ashoka.
Studies of Religion - Stage 6 (HSC) - Buddhism
Significant People and Ideas
Ancient History (Draft syllabus) - Stage 6 (Prelim) - Investigating Ancient History - Case Studies
For Studies of Religion, students could complete a research activitiy in pairs or groups on Ashoka. Each pair or group investigates one of: his pilgrimages, his missionary activities, monuments and stupas built by Ashoka, and his life as a model Buddhist. Students can then present their findings to the class (try to make sure there aren't too many groups or this kind of activity can become a bit drawn out).
The file below is a (very long) cloze passage on Ashoka. I know some people have issues with cloze passages, but they are a good way to ensure students are actually reading the texts provided, it is a change from the usual reading and answering questions, it provides a summary they can later read through, and it builds some basic literacy skills. Also, my theory is, providing a bit of variety is a good thing. Obviously don't use cloze passgaes all the time, but one here and there just means they aren't doing the same type of activity over and over again.
The Ashoka cut and paste activity is a good activity to help students organise their learning about Ashoka's impact on Buddhism in a hands on way.
Essay scaffolds may be useful for training students to organise their writing into structured paragraphs. These may be useful for a first draft of an essay. Obviously they don't provide enough space for the students to write a complete essay, but they may need them to write the key points that they will then expand on.
Teach India Project
The Australian Museum is currently hosting two David Attenborough Virtual Reality experiences - one on the Great Barrier Reef and one on prehistoric life in oceans.
It used a Gear VR headset and headphones to provide this experience. Inside the headset was a Samsung device which provided the audiovisual stimulus. This operated very similarly to the cheaper models you can buy on Ebay (see a previous post - Google Cardboard - bringing virtual reality to your classroom) however this more sophisticated set fits to your face without having to hold it, has padding around the eyes and the head phones are quite good quality. This is clearly a more superior virtual reality experience than the Google Cardboard, but I think that is to be expected given the obvious price difference.
The two experiences were relatively short, but were successful in giving the viewer a feeling of being immersed, particularly the First Life presentation which had slightly longer continuous sections in full 360 view. The experiences were part documentary, part virtual reality immersion experience. The Great Barrier Reef experience began with the viewer flying out to part of the reef on a helicopter. By moving your head to the left you could see the back rotor blades and by looking up you could see top rotor blades. The view in front and below was of the reef from above. The footage included of the Great Barrier Reef demonstrated the scale of some of the reef structures and the diversity and number of organisms. The experience has some documentary-style sections where coral polyps and reef building are explained. This provides a short, but effective session aimed to develop the awareness of the viewer about the reef and ends with a call to action for us to act on climate change and protection of the reef.
The First Life session was in the style of computer rendered animations. At first I was aware of the difference between this style as compared with the previous 360 video style of the Great Barrier Reef session, but after a short time I forgot about it. This session has longer periods of the 360 immersive experience and it works quite well. You actually get the sensations of feeling like you are moving and some of the quick movements of the species are very effective in making you feel like you are present in the experience.
As I have discussed in a previous post, this is an emerging technology that still has a long way to go before it is truly valuable to educational outcomes, other than just purely addressing engagement. The sessions were very good, but require greater length and detail to be really useful in an educational setting. Regardless, I think this is a really powerful technique, and these particular sessions give us a real idea of what the future of documentary making is going to be. If get the chance - go and have a look.
Does this place look like your neighbourhood or community?
Do any of these houses look like your house?
Do any of these backyards look like your backyard?
Does this look like a nice place to live? Why or why not?
The story begins with a pregnant woman and her husband moving into a home, and traces the steps of Tracy, their daughter's, life. The window frame and the wall around it provide clues to show that time is passing - a card celebrating the birth of a new baby, a mug with "I am 4" on it, a note about her 10th birthday, and on it goes. The documenting of time passing provides a opportunity to begin to explore the historical concept of change and continuity and develop skills in sequencing events. This would need to be accompanied with explicit teaching of days of the week and months, and also holidays, events celebrated by students and their families.
Students are provided with images representing Tracy's age and are asked to cut them out and glue them in the correct sequence.
Students bring in photos of their childhood with the ages written on them and sequence them to create a timeline.
The teacher uses photos of the class or school throughout the year to create a timeline as a wall display.
See this pinterest post: https://au.pinterest.com/pin/205547170466044607/
The geographical concept of place is explored in terms of their unique characteristics, the value we place on places, and human influences. We see the way Tracy and her family interact and influence their own backyard, and we get an idea about how they value their place by the activities and experiences they have there. We see how the community begins to value place as the neighbourhood changes into a thriving place for people to relax, interact and work.
Students identify their favourite places around the school and at home. Why do they like these places the most?
How do different places make you feel? Are some places safe places?
The geographical concept of change is an obvious theme throughout this book. The backyard develops from an empty, barren space into a shady, green oasis. We see the neighbourhood develop from a run down, graffitied area into a green, friendly community. The smash repairs develop into a local park, the demolition of a large building opens up the view of a lake and parkland, old buildings are renovated and new buildings are constructed. We have glimpses of the development of the city, but much of this is hidden by the greening, leafy community.
Students take photographs of a change occurring in their school or local environment (excursion) and label them. This could be repeated several times so that there is a visual record of the change.
Student examine historical photos of their suburb and compare them with contemporary photos.
A study of the illustrations provides an opportunity to introduce the geographical concept of scale. There is enough visual interest and complexity to simply concentrate on the changes that occur within the family backyard. This could then be extended to looking at what can be seen on the street corner opposite and the main street. This enables discussion about a community, suburb or local scale. In the background of the illustration you can see the city skyline, this could be used to introduce the scale of the town or large city.
Students are given a template with different sized circles. They use the template to draw images of their house, their street, their community, their city, their country and the world (starting from smallest to biggest).
This could then be repeated with images of themselves, their immediate family and their extended family.
See this pinterest post: https://au.pinterest.com/pin/451274825131466444/
While the story only examines a timespan of approximately 25 years, it does provide a chance to begin to explore the historical concept of changes and continuities in family life and the local community over time. The story comes full circle when the main character gets married and has her own child. We can begin to introduce the historical concept of empathetic understanding by asking why the yard of the family home looked so different when they first moved in to how it looked at the end of the story. Why did Tracy's parents live differently at that time in history to the way they live now?
Students bring in artefacts, or treasured family objects (perhaps a photograph if it is really treasured) and recount family stories. They ask other students questions about their objects.
While the geographical concept of sustainability is not expected to be addressed in Stage 1, this story has a clear message encouraging communities to bring back native plants and animals, and to better understand and care for places.
Communicates an understanding of change and continuity in family life using appropriate historical terms.
Identifies and describes significant people, events, places and sites in the local community over time.
How has family life changed or remained the same over time?
How can we show that the present is different from or similar to the past?
How do we describe the sequence of time?
It would also be quite easy to make links to the English, Maths and Art syllabuses.
Virtual reality is an artificial, computer generated recreation of a real life situation or a simulation of an imagined or created environment (like a virtual tour). The view feels immersed in the experience.
David Attenborough’s virtual reality experience has shown us the relevance of this type of activity to the study of geography and coral reefs specifically.
Hear David Attenborough talk about his virtual reality experience:
My Google Cardboard class set arrived on Friday. Google have designed a really cost effective way to allow people to access virtual reality. As a kid of the 80s, I remember using my Mattel View Master to look at scenes from movies and TV shows. Google Cardboard kind of works the same way, except that instead of using slide cards you use your phone to view the experience. Before I get too far into this, virtual reality is by no means a substitute for fieldwork, and I think we are a long way off before anyone could even try to claim that. This is just a fun activity, with the potential to enhance learning in the future as the apps and technology develops.
There are a range of different headsets that you can buy to experiment with virtual reality, There are different brands, materials, sizes and quality. As a first foray into this world, I have gone for pretty much the cheapest option available. In my opinion, if you are intending to use it in your classes, you are going to want to get one of the cheaper models so that you can have more of them for your students, and so that it isn't such a big deal if they get broken. The Google Cardboard in the image below cost about $2.00 on ebay. The other headset featured cost about $10-15 dollars, and was purchased from Typo.
So what do you need?
- A viewer
- A smartphone (for each viewer, so you might have to ask the students to download the app and use their own phones).
- A range of virtual reality apps downloaded (you will need to do some research to find the right one for your topic and students).
Below: A version of Google Cardboard available on Ebay for about $5.
There are a few apps that you can use to access the experiences:
- Google Cardboard
- Youtube (use 360 videos)
- Street View
Affordable access to virtual reality experiences is relatively new, and the apps and experiences are really only beginning to become available. When you open the apps, you will see a split screen with two images that are roughly the same, but shown at slightly different angles. When you place your phone inside the Google Cardboard and look at it through the lenses it will give the impression of being 3 dimensional. This will enable your students to feel like they are immersed in the environment.
The simplest way to use virtual reality is Youtube 360.
Simply go to Youtube and search “coral 360 video”. A range of options will come up that you can use with or without head sets.
These have been generally designed for tourists, but may be an easy way to begin to introduce virtual reality if you are a little apprehensive.
The benefit of using Youtube 360 is that you can use it on your desktop computer/laptop if you don’t have access to personal devices.
The Google Cardboard app is really quite interesting, and provides a number of examples that give you an idea of what the potential will be, but in terms of education, in my opinion it is not all the valuable just yet. What it does show is what the potential is. The screenshots below show an example of an Arctic environment. When you select different items in the scene a popup appears providing some basic information about the feature. Given the right scene or environment, and the right level of information this could be useful in an educational sense if it were developed further.
A couple of the great virtual experiences are the ones where you are immersed in a real environment (rather than a cartoon-like environment). Street View enables you to explore places with the full 360 degrees. Click Explore, Choose a location, and click the Google Cardboard icon. You do really feel like you are part of the place. This could be valuable in helping students develop an appreciate of the places you are studying, and to get a better understanding of what those places are actually like
Virtual reality lesson 1
Use Google Streetview to examine a range of sites around the Great Barrier Reef and Coral Triangle. Choose specific sites, eg, several locations around Lizard Island, or Kimbe Bay. Compare the two main virtual field sites.
Students can make judgements about the quality of the corals, the colours of the corals, etc.
Students may try to identify specific types of coral to compare complexity and biodiversity (although this may be a bit too complicated).
Students can use this as a form of observation to be backed up with secondary data
Open the Within app.
Select Valen’s Reef.
This presentation follows a local fisherman explaining the pressures on him and his local reef.
A narrative is provided over the footage of the reef and the island
Students can maneuver around the scene to access 360o views.
Students will feel immersed in the scene and the story.
Virtual reality lesson 2 - Valen's Reef
Students view Valen’s Reef, using the Within app.
A couple of quick questions:
Discovery VR app
The Discovery VR app has a number of presentations that relate to Geography generally, and a series “Sharks Among Us” which can be tied in with Marine Environments generally or coral reefs.
Examine Google Cardboard here: https://vr.google.com/cardboard/
You can follow Google Classroom on twitter at @GoogleVR.
Guest blogger: Bruce Barclay
The recently released stage six draft modern history syllabus fails to clearly articulate a vision for the study of modern history in a globalised world. In its previous incarnation, the stage six syllabus at least paid lip service to areas of modern history which were not European in nature, i.e. India as one option. This final draft does not reflect the four options which were tabled to teachers who took the time to provide feedback to BOSTES previously. Teachers of this subject have been ignored with the release of the final draft.
The National Study and Peace and Conflict topic areas have been left relatively unscathed. However the inclusion of Iran into the national study topic area replaces India which is a lost opportunity. Similarly, the Peace and Conflict topic retains the main options, with the inclusion of Conflict in the Gulf 1991-2011, which replaces the UN as Peacekeeper. Essentially these two areas of study have escaped political influence.
One of the real, if not the most problematic areas, is the core topic. Instead of utilising one of the options tabled at the consultation process, BOSTES has obviously bowed to political pressure and ignored the recommendations of the majority of teachers. World War One was a topic which although staid, at least had the advantage of being politically neutral and allowed teachers to engage in different national studies with no disadvantage to its students. For example a teacher of the USSR topic can build on students’ knowledge of the World War One topic. However as it stands, the core topic is Nazi Germany 1933-39 and teachers have to cover 9 detailed dot points taking up 60% of course time. To further compound the problem, teachers then need to teach another dictator, e.g. Pol Pot for 30% of the course. This begs the question: why is Nazi Germany deemed the most important topic for the core? Compounding the obvious bias, is that instead of removing Nazi Germany from the National Study it keeps Nazi Germany, but focuses on 1914-33. Clearly any teacher with half a brain will teach the German National Study first, then the Core/Nazi topic and if you haven’t got your fix of Nazi German history, you could finish with the European Conflict option for the Peace and Conflict topic. Already roughly 70% of the state teaches the Nazi option for the National Study so BOSTES wants the rest of the state to follow suit. As one person at the BOSTES consultation meeting at Hurstville remarked “That’s the end of the Soviet Union in every sense”. The USSR and for that matter the other options have been "relegated to the dustbin of history," to quote Goebbels, I mean Trotsky. It’s already working!
Unlike the Ancient History course, BOSTES have removed the Personality topic from Modern History and replaced it with Change in The Modern World. I actually thought there has been a lot of change in the modern world in the twentieth century - that is why students love studying Modern History. BOSTES wants teachers to not only teach a personality, e.g. Gorbachev but link it to a time frame of nearly 70 years - The Changing World Order 1945-2011. This option has 19 dot points to cover, plus an evaluation of Gorbachev during the Cold War period. Furthermore, as a hat tip to the old UN as Peacekeeper topic, teachers have to assess the role and impact of the UN as international peacekeeper in relation to one trouble spot in the world, e.g. Somalia. Evidently the old inconsistencies of comparability between the ancient and modern course remain but are amplified, further alienating modern history teachers. If I was a student and had equal interest in modern and ancient history I would choose ancient for ease of content and variety.
I hope that someone more technically adept than myself will be able to create a parody of the modern syllabus using snippets from The Downfall movie on youtube. I won’t even start on the exam specifications.
I attended the Department of Education’s STEM Showcase (see the tweet feed at #STEMShowcase). In case you’ve been living under a rock – STEM is Science, Technology, Engineering and Maths. STEM is clearly a movement that is gaining momentum, and my question is where does geography fit into this? Or History? Or Commerce? I have been trying to think of a new acronym to get us in on this movement. If you have any ideas, please let me know. What occurred to me is how many of these STEM projects have very obvious crossovers with humanities subjects, particularly geography. This post will look at a few of the presentations that I saw today and some ideas of how humanities subjects could also be included.
Baulkham Hills High School – Weather TECH
Students created a STEM project involving the construction of a weather station. This involved a design process, coding of the equipment, manufacturing the equipment with a 3D printer, and collecting and analysing weather data.
In the Science faculty, this was undertaken as part of a student research project. In TAS, students developed skills in using CAD and CAM software and Arduino to design, code and create the equipment. In Maths, students' skills were developed in analysing and presenting the vast amount of weather data collected. Students (and teachers) successfully created a working model with equipment collecting weather data every second. The real world applications to agriculture were emphasised.
In the new NSW Geography syllabus the WeatherTECH project would fit easily within the Water In the World topic, particularly Water resources and the Water cycle. It also addresses fieldwork requirements – using weather instruments.
Examine the WeatherTECH project site.
Bellingen High School - Survive the Shake
The topic of this STEM project was earthquake proof buildings. Students designed, produced and evaluated a multi-storey building with a small fooprint, which was specified. Students were provided with a design process to follow which provided a scaffold to follow during project. Students were required to use cheap materials such as straws, toothpicks, marshmallows, etc to create a model of their buildings. Building designs were tested on an earthquake shake table created by the teachers.
In the Science faculty, the project tied into content related to earthquake size and magnitude, damage and destruction and prediction of quakes. In Maths it tied in with content related to geometry, 3D design shapes and budgets. The construction of the buildings and the design process involved the TAS faculty.
In the new NSW Geography syllabus the Survive the Shake project would fit into Landforms and Landscapes, particularly Geomorphic hazards. This could easily incorporate the inquiry based learning skills in the syllabus.
Examine the Survive the Shake project site.
Riverside Girls High – Post-Earth Survival
The girls at Riverside completed a STEM project examining the requirements to sustain life. Students explored the universe and designed a colony suitable for sustaining life on another planet. Students focused on: What do humans need to survive?
The project used a design process from the TAS faculty and this was used to determine project milestones. TAS introduced the students to the tools they would need to complete the project such as Sketch Up, 3D printing, etc.
Students brainstormed what it would be like if they were locked inside their house and had to stay there for 2-3 years. What would they need? What would they have to change? Students collected data on energy and water use in their own homes. From a Maths perspective students had to develop problem solving and reasoning skills, as well as data analysis. The project also incorporated the EcoMuve program from Harvard University. Assessment and presentation involved peer review and feedback.
In the new NSW syllabus the Post-Earth Survival project would fit into Place and Liveability, particularly Influences and perceptions. This could also incorporate the inquiry based learning skills in the syllabus.
Examine the Post-Earth Survival project site.
Promoting Geography and boosting numbers
A lot of time, effort and money is being spent on promoting STEM to our students. As Geography teachers, we are constantly looking for ways to promote our subject and boost senior numbers. There are plenty of ways to do this, but I think getting involved in STEM projects or at least other cross curriculum projects might be one idea that is worth a bit more consideration.
Deputy Principal at a Sydney high school. Coordinating author of the new Geoactive book series.
7-10 Geography pages have been retired due to the introduction of the new syllabus. The above links relate to current NSW syllabuses.