otters_raft

There are similar guides from other organizations as well, if anyone has a link on hand

Author: Martina Elia Vitoloni | DCL Candidate Air and Space Law, McGill University

Celestial bodies like the moon contain valuable resources, such as lunar regolith — also known as moon dust — and helium-3. These resources could serve a range of applications, including making rocket propellant and generating energy to sustaining long missions, bringing benefits in space and on Earth.

The first objective on this journey is being able to collect lunar regolith. One company taking up this challenge is ispace, a Japanese space exploration company ispace that signed a contract with NASA in 2020 for the collection and transfer of ownership of lunar regolith.

The company recently attempted to land its RESILIENCE lunar lander, but the mission was ultimately unsuccessful. Still, this endeavour marked a significant move toward the commercialization of space resources.

These circumstances give rise to a fundamental question: what are the legal rules governing the exploitation of space resources? The answer is both simple and complex, as there is a mix of international agreements and evolving regulations to consider.

The article has a breakdown of the laws and further context

Author: Martina Elia Vitoloni | DCL Candidate Air and Space Law, McGill University

Celestial bodies like the moon contain valuable resources, such as lunar regolith — also known as moon dust — and helium-3. These resources could serve a range of applications, including making rocket propellant and generating energy to sustaining long missions, bringing benefits in space and on Earth.

The first objective on this journey is being able to collect lunar regolith. One company taking up this challenge is ispace, a Japanese space exploration company ispace that signed a contract with NASA in 2020 for the collection and transfer of ownership of lunar regolith.

The company recently attempted to land its RESILIENCE lunar lander, but the mission was ultimately unsuccessful. Still, this endeavour marked a significant move toward the commercialization of space resources.

These circumstances give rise to a fundamental question: what are the legal rules governing the exploitation of space resources? The answer is both simple and complex, as there is a mix of international agreements and evolving regulations to consider.

The article has a breakdown of the laws and further context

Author: Martina Elia Vitoloni | DCL Candidate Air and Space Law, McGill University

Celestial bodies like the moon contain valuable resources, such as lunar regolith — also known as moon dust — and helium-3. These resources could serve a range of applications, including making rocket propellant and generating energy to sustaining long missions, bringing benefits in space and on Earth.

The first objective on this journey is being able to collect lunar regolith. One company taking up this challenge is ispace, a Japanese space exploration company ispace that signed a contract with NASA in 2020 for the collection and transfer of ownership of lunar regolith.

The company recently attempted to land its RESILIENCE lunar lander, but the mission was ultimately unsuccessful. Still, this endeavour marked a significant move toward the commercialization of space resources.

These circumstances give rise to a fundamental question: what are the legal rules governing the exploitation of space resources? The answer is both simple and complex, as there is a mix of international agreements and evolving regulations to consider.

The article has a breakdown of the laws and further context

The disclosure statement from the article:

Laurent Borzillo is secretary general of the French association Forum de défense et de stratégie. He was awarded the FRQ's PBEEE postdoctoral fellowship (2023-2024) and, in recent years, has been a co-recipient with various colleagues of grants from the French, German (DAAD), and Canadian governments for various projects on the politicization of defense issues, disinformation, elections in Europe, and the transatlantic security architecture.

The article touches on some history, terminology, and wider discussion. I didn't pull out any parts for this one since it felt important to read in full and excerpts ended up losing context

The disclosure statement from the article:

Laurent Borzillo is secretary general of the French association Forum de défense et de stratégie. He was awarded the FRQ's PBEEE postdoctoral fellowship (2023-2024) and, in recent years, has been a co-recipient with various colleagues of grants from the French, German (DAAD), and Canadian governments for various projects on the politicization of defense issues, disinformation, elections in Europe, and the transatlantic security architecture.

The article touches on some history, terminology, and wider discussion. I didn't pull out any parts for this one since it felt important to read in full and excerpts ended up losing context

There is a glaring lack of tracking for global recycling. Poor waste management is deeply connected to climate change, plastic pollution and global nutrient imbalances globally.

Economies also suffer from the lack of tracking. We extract, process and then landfill and incinerate trillions of dollars of materials per year. Instead, these could be recirculating, creating new jobs and reducing reliance on global trade.

To shift to alternative, circular models, we need better data on local and global waste management.

My research demonstrates that more local waste tracking through digitalization could yield multiple benefits. It could help track hyper-local recycling and reuse, initiatives that are usually considered too small and burdensome to include in national waste tracking efforts.

And compared to national waste tracking, localized waste tracking could also provide more timely and relevant insights on the effectiveness of policies, infrastructure investments and education.

There is a glaring lack of tracking for global recycling. Poor waste management is deeply connected to climate change, plastic pollution and global nutrient imbalances globally.

Economies also suffer from the lack of tracking. We extract, process and then landfill and incinerate trillions of dollars of materials per year. Instead, these could be recirculating, creating new jobs and reducing reliance on global trade.

To shift to alternative, circular models, we need better data on local and global waste management.

My research demonstrates that more local waste tracking through digitalization could yield multiple benefits. It could help track hyper-local recycling and reuse, initiatives that are usually considered too small and burdensome to include in national waste tracking efforts.

And compared to national waste tracking, localized waste tracking could also provide more timely and relevant insights on the effectiveness of policies, infrastructure investments and education.

AppFlowy is a collaborative project/wiki/documentation platform (similar to Notion if you are familiar with that). Otherwise check out their screenshots for an idea of how it works.

New Features

Desktop

• Private page sharing: Add members to private pages with Can View or Can Edit permissions
• Guest editor collaboration: Invite non-members (guest editors) to collaborate in real-time on your pages
• Shared with me: Browse all pages shared with you under the new Shared with me section
• New syncing protocol: Optimized for faster, more reliable multi-user and multi-device data sync

Mobile

• Shared page collaboration: View and edit pages that have been shared with you on iOS and Android
• New syncing protocol: Optimized for faster, more reliable multi-user and multi-device data sync

AppFlowy is a collaborative project/wiki/documentation platform (similar to Notion if you are familiar with that). Otherwise check out their screenshots for an idea of how it works.

New Features

Desktop

• Private page sharing: Add members to private pages with Can View or Can Edit permissions
• Guest editor collaboration: Invite non-members (guest editors) to collaborate in real-time on your pages
• Shared with me: Browse all pages shared with you under the new Shared with me section
• New syncing protocol: Optimized for faster, more reliable multi-user and multi-device data sync

Mobile

• Shared page collaboration: View and edit pages that have been shared with you on iOS and Android
• New syncing protocol: Optimized for faster, more reliable multi-user and multi-device data sync

Author: Mohammed Estaiteyeh | Assistant Professor of Digital Pedagogies and Technology Literacies, Faculty of Education, Brock University

One recent study indicates that 78 per cent of Canadian students have used generative AI to help with assignments or study tasks. In China, authorities have even shut down AI apps during nationwide exams to prevent cheating.

The support structures and policies to guide students’ and educators’ responsible use of AI are often insufficient in Canadian schools. In a recent study, Canada ranked 44th in AI training and literacy out of 47 countries, and 28th among 30 advanced economies. Despite growing reliance on these technologies at homes and in the classrooms, Canada lacks a unified AI literacy strategy in K-12 education.

Without co-ordinated action, this gap threatens to widen existing inequalities and leave both learners and educators vulnerable. Canadian schools need a national AI literacy strategy that provides a framework for teaching students about AI tools and how to use them responsibly.

AI literacy is defined as:

“An individual’s ability to clearly explain how AI technologies work and impact society, as well as to use them in an ethical and responsible manner and to effectively communicate and collaborate with them in any setting.”

It's a minor update, so this is more about me sharing that this neat app exists

An elegant and colorful location information app for Android with Compass, Clock, Level, Sun, Moon, Trail Marker and many other features.