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Weed News

Marijuana News, Policy, Culture and Law

November 21, 2016, 11:56 am Russ Belville Growing Marijuana

You’ve heard the basics from your stoner buddy or your local budtender, depending on whether you’re one of the lucky ones who live where you can shop for marijuana legally.

“Indica means ‘in-da-couch’, man; it’s gonna give you a heavy body high,” she might tell you, “Sativas are more uplifting and heady.”

That’s a gross generalization, though. It’s kind of like saying that sports cars go fast and electric cars save gas. It’s true enough in general, but it doesn’t mean you can’t find a fuel-efficient sports car or a fast electric car. Other details matter.

Indica strains evolved in the hot, dry conditions. Strains like Afghani or Hindu Kush grew short and bushy with wide leaves to better handle low moisture and hot temperatures.

Sativa strains evolved in wetter, cooler conditions. Strains like Panama Red or Thai grew tall and lanky with thin leaves to better respirate in the high humidity.

These kinds of pure indica or sativa strains are called landrace and are very rare to find these days, though. You’re much more likely to find hybrid strains that are cross-bred from indicas and sativas.

And that’s where the confusionbegins.

This hybridization happens naturally, when pollen from one strain blows over into another strain, but artificial hybridization is much more common. Just like we bred dogs and horses based on their certain traits to create animals better suited to our needs, we bred cannabis strains to shape their traits to our liking. Sativas take longer to mature, generally, so growers mixed in some indica to speed up the process. Other strains may have been mixed in to increase production volume per plant.

Still, you’ll hear reference to “sativa-dominant” hybrids like Silver Haze or Blue Dream and to “indica dominant” hybrids like Girl Scout Cookies or OG Kush. The former are supposed to give you a lot of the head high with a little bit of the body high; the latter are supposed to be the reverse.

Yet even that’s not going to always be an accurate way to determine the high you’re going to get. How a particular strain is grown can make some difference in how it performs. Harvesting too early or too late, curing too little or too long, changes in soil, water, and lighting – all of these can introduce or suppress certain traits in the plant. That Durban Poison you rely on to be a buzzy sativa high may have been such when it was grown hydroponically under LEDs, but maybe not so much grown outdoors in a low-humidity, high-altitude region.

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Posted Jan 31, 2017 10:29 am

Curtis Mosher (left), Eric Henderson (middle) and Mike Mcloskey (right) have assembled a prototype biomimetic tree that produces electricity. Such technology could appeal to a niche market in the future, according to the researchers.

AMES, Iowa – Money doesn’t grow on trees, but electricity might someday. Iowa State University scientists have built a device that mimics the branches and leaves of a cottonwood tree and generates electricity when its artificial leaves sway in the wind. Michael McCloskey, an associate professor of Angara Bezel Framed Blue Sapphire and Diamond Promise Ring in White Gold sGB1D
who led the design of the device, said the concept won’t replace wind turbines, but the technology could spawn a niche market for small and visually unobtrusive machines that turn wind into electricity. “The possible advantages here are aesthetics and its smaller scale, which may allow off-grid energy harvesting,” McCloskey said recently in his ISU laboratory. “We set out to answer the question of whether you can get useful amounts of electrical power out of something that looks like a plant. The answer is ‘possibly,’ but the idea will require further development.” McCloskey said cell phone towers in some urban locations, such as Las Vegas, have been camouflaged as trees, complete with leaves that serve only to improve the tower’s aesthetic appeal. Tapping energy from those leaves would increase their functionality, he said. In a paper published this month in the peer-reviewed academic journal PLOS ONE, the ISU research team delves into the world of biomimetics, or the use of artificial means to mimic natural processes. The concept has inspired new ways of approaching fields as varied as computer science, manufacturing and nanotechnology. It’s unlikely that many people would mistake the prototype in McCloskey’s laboratory for a real tree. The device features a metallic trellis, from which hang a dozen plastic flaps in the shape of cottonwood leaves. Curtis Mosher, an associate scientist at Iowa State and co-author of the paper, said it’s not that great of a leap from the prototype the researchers built to a much more convincing artificial tree with tens of thousands of leaves, each producing electricity derived from wind power. “It’s definitely doable, but the trick is accomplishing it without compromising efficiency,” Mosher said. “More work is necessary, but there are paths available.” Small strips of specialized plastic inside the leaf stalks release an electrical charge when bent by moving air. Such processes are known as piezoelectric effects. Cottonwood leaves were modeled because their flattened leaf stalks compel blades to oscillate in a regular pattern that optimizes energy generation by flexible piezoelectric strips. Eric Henderson, a professor of genetics, development and cell biology who also works on the research team, envisions a future in which biomimetic trees help to power household appliances. Such biomimetic technology could become a market for those who want the ability to generate limited amounts of wind energy without the need for tall and obstructive towers or turbines, Henderson said. But McCloskey said making that vision reality means finding an alternative means of mechanical-to-electrical transduction, or a scheme for converting wind energy into usable electricity. The piezo method adopted for the ISU experiments didn’t achieve the efficiency the technology will need to compete in the market. Piezoelectricity was an obvious place to start because the materials are widely available, Henderson said. But taking the next step will require a new approach. Other transduction methods such as triboelectricity, or the generation of charge by friction between dissimilar materials, work at similar efficiency and can power autonomous sensors. However, McCloskey said it will require much greater efficiency – and further research – to produce a practical device.


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