Carbon intensity isn’t the same as carbon footprint.
Carbon footprint = total emissions across the lifecycle
Carbon intensity = emissions per unit produced, showing how efficiently the system behind the product operates. This difference pushes for better manufacturing practices. bit.ly/40qib6y
Manufacturers often report carbon intensity using standards like ISO 14067 or the GHG Protocol. But without independent verification, numbers can skew low. Carbon intensity isn’t just a metric. It’s a tool for accountability to shift production and purchasing for responsible choices. bit.ly/40qib6y
www.larkscientific.org/in-depth-res...
Canada’s AI Data Centre Strategy Leaves Key Questions Unanswered www.larkscientific.org/in-depth-res...
Misinformation affects everything from what we eat to the tech we buy — but climate change misinformation is especially dangerous. Learn more about climate misinformation in our full article. : bit.ly/48kAqhx
Once CO₂ is captured, the real work begins. The future of CCS depends heavily on strong policy support, from research funding to engineering studies to investment tax credits. The next decade will determine how big a role it plays in reaching net zero by 2050: bit.ly/4t0UAX8
Right now, too many valuable materials are being buried or shipped away. Dynamic Material Passports (DMPs) could change that. Documenting what’s inside buildings and how those materials can be reused, DMPs reduce emissions, ease pressure on landfills, and create new local jobs. : bit.ly/4rFQtP2
Rural areas have options from staying the course to piloting upgrades to rolling out smart lighting across rural corridors. With funding opportunities and proven success in Norway, smart streetlighting offers a practical way to boost safety, cut emissions, and support climate goals.
China’s mining sector keeps costs low through flexible regulations, government-backed investment, and easier access to industrial infrastructure. Canada is streamlining approvals without weakening protections, while China is tightening oversight as pollution concerns rise.
Climate change disinformation has deep roots. Since the 1950s, fossil fuel companies have used propaganda techniques to discredit science and create doubt about human impacts on the environment. The result? Decades of confusion that still shape public opinion today.
Carbon capture and storage (CCS) is expanding fast, with around 50 commercial facilities now operating worldwide — including 5 in Canada. CCS helps, but can’t replace cutting fossil fuels. Curious how CCS fits into Canada’s climate strategy? Explore the full article on our website: bit.ly/4t0UAX8
Mining in Canada comes with major upfront requirements: environmental impact assessments, strict water and air permits, reclamation bonds, and advanced tailings systems designed to prevent disasters. Higher costs aren’t just bureaucracy—they’re part of Canada’s commitment to sustainable mining.
From spinning parts to sound waves: Water metering is getting a major upgrade. Real-time data detects tiny leaks, identifies unusual usage, and prevents costly damage long before it shows up on a bill. Smart water measurement isn’t the future — it’s already here. : bit.ly/4aae5oL
Canada is pouring billions into domestic AI computing power, with new data centres rising in Quebec, Alberta, and beyond. But while infrastructure is moving fast, policy is lagging behind. bit.ly/4pBzbRE #CanadaAI #AIInnovation #TechInvestment #DigitalSovereignty #AIResearch
bit.ly
Smart streetlights brighten only when a vehicle or pedestrian is detected, then return to a low baseline. A simulation shows a massive 89% reduction. Annual costs fall from $4,745 to just $533. www.larkscientific.org/post/safer-n...
Canada and China may mine the same minerals, but they operate in completely different worlds. The result? Canada pays more upfront, but invests in long-term responsibility. www.larkscientific.org/post/canada-...
Rural roads get dark fast, and as more people move into peri‑urban areas, traffic is increasing on routes that were never designed for today’s visibility needs. Smart lighting systems solve real-world conditions, rather than leaving roads in the dark. www.larkscientific.org/post/safer-n...
Misinformation, disinformation, and fake news aren’t new—they’ve been shaping societies for over 2,500 years. These tactics exploit emotions and false statistics to sway beliefs to divide public opinion, making it easier for polluters to harm the planet. www.larkscientific.org/post/origins...
www.larkscientific.org/post/are-we-... Are We Too Late to Save B.C.’s Southern Resident Orcas?
Misinformation, disinformation, and fake news aren’t new—they’ve been shaping societies for over 2,500 years. From the Roman Empire to modern marketing, these tactics exploit emotions, fake experts, and false statistics to sway beliefs.
In just 75 years, false narratives fuel confusion, while greenhouse gases cause immense damage worldwide. Experts highlight four key interventions—policy, fact-checking, climate literacy, and community engagement—to fight back. We can make smarter choices to build a more sustainable future.
Big breakthroughs are putting sodium-ion batteries on the map. CATL’s new design charges to 80% in just 15 minutes and keeps 90% capacity at -40°C—a game-changer for Canadian winters. www.larkscientific.org/post/are-sod...
Climate change misinformation is one of the greatest threats to humanity and wildlife. In just 75 years, false narratives have delayed action and fueled ecological damage. Let’s fight back by listening to experts and following the facts.
🔗: bit.ly/4oSftS2
Climate Change Misinformation, Disinformation, and Fake News
www.larkscientific.org/post/climate...
Are We Too Late to Save B.C.’s Southern Resident Orcas? www.larkscientific.org/post/are-we-...
