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Hi Laura, this would make a great research question- it would also highlight the impact small changes can have on our environment
How does deforestation impact local climate patterns in North Cork over the past decade?
To encourage pupils to participate in investigating this research question, I would begin by introducing the importance of understanding climate issues and their local impacts. Engaging students in discussions about deforestation’s broader environmental consequences, such as changes in rainfall patterns or temperature fluctuations, would set the stage. Next, I would guide them through the Climate Detectives research question planner, emphasizing the steps of formulating hypotheses, collecting data, and analyzing findings. Providing access to resources like satellite imagery through tools such as EO Browser would enable students to observe changes in land cover over time and correlate these with climate data.
In the classroom, I would foster collaboration by forming small research teams, each responsible for different aspects of the investigation, such as data collection, analysis, and presentation. Encouraging creativity in how they communicate their findings — whether through presentations, reports, or visual displays — would motivate students to take ownership of their research. Finally, celebrating their discoveries and discussing potential implications for local communities would underscore the real-world relevance of their work, inspiring a deeper understanding of environmental stewardship.
I enjoyed engaging in the third activity too, I found the challenging aspect of it really engaging! I could see older classes loving i
Using the Orbitrack app, I tracked five satellites recently passing over Ireland: the International Space Station (ISS), NOAA-20, Hubble Space Telescope, Landsat 8, and Terra. The ISS serves as a research lab in space, NOAA-20 improves weather forecasting and climate monitoring, Hubble captures high-resolution images of distant astronomical objects, Landsat 8 provides data for land use and environmental monitoring, and Terra helps understand climate change and natural disasters. These satellites illustrate the diverse and critical applications of satellite technology in advancing scientific research, environmental management, and space exploration.
The EO Browser is a cutting-edge tool that provides access to satellite imagery from multiple sources, allowing users to explore and analyze Earth’s surface in near real-time. It offers a user-friendly interface with features like time-lapse animations, historical data comparisons, and various environmental indices. Whether you’re tracking deforestation, monitoring urban development, or studying natural disasters, EO Browser delivers high-resolution images and insightful data right at your fingertips.
In the classroom, EO Browser can revolutionise how students learn about geography, environmental science, and global changes. By using this tool, students can engage in projects such as tracking seasonal changes in local landscapes, assessing the impact of human activities on natural habitats, or monitoring weather patterns and climate change. This hands-on experience with real-world data not only makes learning more interactive and engaging but also helps develop critical thinking and analytical skills, preparing students for future scientific endeavors.
Lastly, the pupil activities would suit older classes best where they can engage in challenging tasks- matching land and satellite images
Liston’s (2018) paper, “Unravelling STEM: Beyond the acronym of Science, Technology, Engineering, and Mathematics,” emphasises a multidisciplinary approach to STEM education, encouraging integration and real-world application of concepts. In my classroom, STEM education is interactive and project-based, promoting critical thinking and problem-solving. The “Weather and Climate” activities are effective in distinguishing between weather and climate (Activity 1) and in developing analytical skills through weather data investigation (Activity 2). Enhancements could include integrating technology, creating interdisciplinary links, and extending projects to track weather patterns or predict climate scenarios, thereby deepening students’ understanding and engagement with the material.
Integration of narrative writing in literacy is a great way to plan thematically. The children could plan their narrative and use knowledge from various lessons to write it
“HOME” is a visually stunning documentary that vividly illustrates the beauty of our planet and the severe impacts of climate change. To introduce these climate change facts to my pupils, I would begin with engaging clips from “HOME” to capture their attention and evoke an emotional connection. Follow-up discussions would help unpack the content and relate it to their lives, promoting critical thinking. Supplementary clips on specific aspects like greenhouse gases and deforestation would break down complex topics. Integrating hands-on activities, such as experiments demonstrating the greenhouse effect, would reinforce learning through experience. Finally, student-led projects addressing local climate issues would foster a sense of empowerment and responsibility, motivating students to contribute to sustainable solutions. This approach combines visual storytelling with interactive learning to deepen understanding and inspire action
Hi Tom, Group work would certainly be a super way to engage the children while also scaffolding learning for the weaker children. Allowing them to predict is also a very fun element that all children could do!
Activity 3 of the Weather and Climate resource involves watching a Paxi video on greenhouse gases and using a tool to predict future temperatures. This activity effectively combines visual learning with interactive tools, enhancing student engagement and understanding of greenhouse gases and their impact on climate change. The video simplifies complex concepts, making them accessible, while the prediction tool encourages students to apply their knowledge and visualize potential future scenarios. To further improve the activity, incorporating a discussion component where students analyze different prediction models and their assumptions could deepen critical thinking. Additionally, providing supplementary materials on real-world climate policies and mitigation strategies would offer practical insights and emphasize the relevance of their learning. By adding these elements, the activity could foster a more comprehensive understanding of climate change and empower students to think critically about solutions.
Hi Grainne, I love the idea of a weather station! It sounds like real life, hands on learning. Giving children the chance to use the real equipment would be fantastic for a lesson
Liston’s (2018) paper, “Unravelling STEM: Beyond the acronym of Science, Technology, Engineering, and Mathematics,” emphasises a multidisciplinary approach to STEM education, encouraging integration and real-world application of concepts. In my classroom, STEM education is interactive and project-based, promoting critical thinking and problem-solving. The “Weather and Climate” activities are effective in distinguishing between weather and climate (Activity 1) and in developing analytical skills through weather data investigation (Activity 2). Enhancements could include integrating technology, creating interdisciplinary links, and extending projects to track weather patterns or predict climate scenarios, thereby deepening students’ understanding and engagement with the material.