Tag Archives: Frank Herbert

Canada’s Changing Climate: What Key Cities Could Look Like With ‘Dune-Ification’

How Climate Change Could Transform Cities into a Dune-Like Landscape

Dune’s cinematic and literary success reflects our fascination with desert landscapes. But the vast deserts of Arrakis, the movie’s fictional planet, hold a deeper meaning. They serve as a cautionary tale for our own planet threatened by desertification.

A new study by our friends at Top10Casinos.ca reveals how Canadian and other global cities threatened by climate change would look in the Dune Universe as TikTok searches around Dune: Part Two and climate change spike 7,700% in just 30 days.

Dune: Part Two, is already reaching massive box office milestones surpassing $150 million usd/ $204 million cad, and TikTok searches for the ‘new dune movie’ have soared 4,606% in just 30 days. In the past month, searches around the movie’s desert-like filming locations have increased 141%, while queries related to ‘climate crisis 2024’ have spiked 3,100% in the social media platform.

Known for its amazing cinematography and striking desert visuals, Dune’s landscape is something that makes it instantly recognisable. But the movie’s vast deserts are more than just a stunning backdrop. They serve as a stark warning of a potential future for our own world impacted by climate change.

Do Canada’s iconic outdoor skating rinks face a frosty future? While bundling up for harsh winters is a national pastime, a worrying trend is emerging. Since 1950, winter temperatures have soared by over 3°C, outpacing global warming by a factor of three.

Toronto, Ontario

Toronto, once known for its predictable seasons, is grappling with the impacts of climate change. The city is experiencing a rise in average temperatures, leading to more frequent and intense heat waves that strain infrastructure and threaten public health. Winters are becoming shorter and less severe, with unpredictable precipitation patterns bringing both heavier downpours that overwhelm storm drains and periods of drought that stress green spaces and water resources.toronto desertified

Vancouver. British Columbia

Like many coastal, seaport cities, Vancouver is feeling the brunt of climate change. Rising temperatures are a key concern, with projections for hotter, drier summers and wetter winters. Sea levels are also on the rise, threatening coastal areas with flooding. The City of Vancouver itself is planning for up to a 1.4 meter rise by 2100, which would inundate parts of the city during major storms.vancouver desertified

Montreal, Quebec

Montreal’s climate is expected to experience significant changes due to climate change. Average temperatures are projected to rise by 1.5-2.3°C by mid-century, leading to more frequent and intense heat waves. This can strain infrastructure, harm public health, and disrupt outdoor activities. The city is also likely to see increased precipitation extremes, with heavier rainfall events and the potential for more flooding.montreal desertifiedmontreal desertified

Niagara Falls, Ontario

Studies suggest Lakes Erie and Ontario, feeding the Niagara River, could see water levels drop a meter by 2050 due to increased evaporation and less snowfall. This decline could impact the Falls’ power and beauty. Additionally, more extreme weather events like flooding could damage surrounding areas. While milder winters might extend tourism, climate change poses significant ecological and aesthetic challenges.niagara desertified

Methodology

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Garmatex Textiles Uses Jade Minerals

For those of you unfamiliar with technical fabrics, you should know that the textile industry is currently experiencing a modern renaissance. With a long list of product innovations including: jade fibers that cool the skin, treatment methods that conserve water and fabrics that repel bugs, the textile industry is driving an evolution in performance materials while churning out a constant supply of new fabrics every day. Not surprisingly, competition in the industry is intense. The key to becoming truly successful in the field is to focus on improving and optimizing existing technologies to exceed current expectations of performance standards.

An early example of "technical fabric"- crucial to the beginning of high altitude, high speed, high G force flight. CP image: salimbeti.com
An early example of “technical fabric”- crucial to the beginning of high altitude, high speed, high G force flight. CP image: salimbeti.com

Garmatex Technologies, a progressive inventor of intelligent fabric solutions, is one of the companies driving this innovation. Located in Surrey, British Columbia, the team has developed over 40 unique technologies. Each developed with the intention of improving quality of life while anticipating how consumer needs change and evolve over time.

Garmatex’s focus on crafting better solutions has led them to invent a number of products. One of these solutions is their anti-microbial Bact-Out® technology. Not a new innovation, fabrics that inhibit the growth of germs have been a staple in the industry for some time. While usually produced through a topical treatment that sometimes includes silver, Garmatex’s Bact-Out® really stands out because the embedded technology does not involve a potentially harmful metal and lasts for 50 washes compared to the 20 washes that most competitors focus on achieving.

IceSkin shirt technology- the latest design from Garmatex utilize jade crystals!
IceSkin shirt technology- the latest design from Garmatex utilize jade crystals!

A more recent innovation to the market is found in materials that help regulate temperature, most often achieved through the use of a chemical cooling ingredient usually found in chewing gum. Garmatex has improved the science behind cooling comfort products by introducing IceSkin™ technology. Developed through a proprietary combination of knitting techniques, natural jade minerals and CoolSkin® quick dry filaments, IceSkin™ technology provides a longer lasting superior cooling alternative.

Science-fiction has paved the way for real-life products. One example are the stillsuits used by the Fremen on Arrakis  from the novel and movie Dune

In the area of protective garments, Garmatex has produced another new technology that encapsulates steel fibers inside of a CoolSkin® micro poly shell. This fabric, aptly named SteelSkin™, provides tremendous abrasion resistance and flexibility. Add to this the ability to be colored dyed to any shade, and this material fabric is certain to open many protective industrial and apparel applications.

In a highly competitive industry, Garmatex will continue to outperform its competitor’s because of its technical innovation and relentless optimization of its existing technologies.