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My students can use this website to post questions they may have on the homework assignment or in preparation for a test. This would allow their peers to see my responses and if they have similar questions, they can refer to this page.

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Jamboard is an interactive whiteboard that I can share with the students in my class for them to work in groups and work through a problem together.

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Blogger.com is an amazing tool and platform to create blog posts easily where I can write summaries for both the parents and students to see what was covered in class.

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Canva would be used to create infographics on lessons/lectures.

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Science illustration blog to draw accurate diagrams and visualise word problems

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This map was one of my favorites, so I'm excited to share the code tutorial for a geologic map of the Moon! Although I already made a geologic map of Mars, this Moon map was much more difficult because the geologic data was split into six different datasets. Each dataset had unique labels (and sometimes different data formats) so I spent a lot of time piecing the data together to create a cohesive map.

One complication with having six datasets instead of one was that some geologic categories were described differently in each dataset, like " Basin Material, Rugged" vs. " Material of Rugged Basin Terrain ". So I decided to combine closely related terms into a single color.

This Moon data was also challenging because the geologic timescales weren't very precise. Some areas were described with uncertainty - like plains from the " Imbrian or Nectarian" era. And some geologic categories combined many time periods, like craters from " Imbrian, Nectarian, and pre-Nectarian " time periods. I thought it was too complicated to show all these uncertain aggregations in one map, so I decided to omit timescale data entirely. The map features are colored only by geologic category (craters, basins, etc.) and not by age.

The end result is a summarized geologic map rather than a precise replication of the original data. But even though I combined geologic features and didn't include precise scientific labels, I think the map still works in its limited role as a condensed overview of Moon geology.

This map is actually the last installment in the Atlas of Space series. I love working with astronomy data and I'm sure I'll make more maps in the future, but for now I'm taking a break to try and finish my last PhD research project. Thanks for all of your comments and suggestions this summer - I really enjoyed getting to share these maps with you! For those of you going to NACIS meeting this fall, I'm looking forward to talking more about these maps at the conference in the Using Open Data panel. Hopefully I'll see some of you there!

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This map was one of my favorites, so I'm excited to share the code tutorial for a geologic map of the Moon! Although I already made a geologic map of Mars, this Moon map was much more difficult because the geologic data was split into six different datasets.

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"Use your own hands and simple drawing tools to design, construct and explore the world of physics."

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Algodoo is now FREE!

Algodoo gives you the opportunity to play with physics. Use your own hands and simple drawing tools to design, construct and explore the world of physics.

Sounds like an interesting idea? Algodoo is that program.

If you want to support the development of Algodoo, use the Donate button.

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Pear Deck Learning is a powerful ecosystem of education tools that assess progress, offer real-time feedback, and provide the differentiated instruction and gamified practice that keeps students engaged and excelling.