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California: A $100,000 Hemp Challenge

By Jack Herer

If all fossil fuel and their derivatives, as well as trees for paper and construction, were banned in order to save the planet, reverse the Greenhouse Effect and stop deforestation; then there is only one known annually renewable, natural resource that is capable of providing the overall majority of the world's paper, plastics and textiles; meet all of the world's transportation, industrial and home energy needs; provide about 30% of the world's medicines, while reducing pollution, rebuilding the soil and cleaning the atmosphere, all at the same time…and that substance is the same one that has done it before, for the last five to 10 thousand years, until about 125 years ago…


No one has taken the $100,000 challenge to prove me wrong. Why? Because I am right. The U.S. government has been lying to us since the early 1900s. Do economic interests and the police have more to say than the people about the future of our planet? How angry are you for being lied to by the U.S. government about Cannabis Hemp? Are you willing to make a stand right now?

No one can dispute this information and knowledge. You have to join me in this fight. Either you are on the U.S. government's side or you are on the Earth's side with me!

Jack Herer


Canada: Industries turning to soy, fibres

By Becky Rynor, Canwest News Service

It was Henry Ford, the American founder of the Ford Motor Company and a prolific inventor, who did some of the earliest work in developing biocomposites -- products that combine organic fibres from agriculture and forestry waste with petroleum-based materials such as plastic.

"He was at the forefront," says Ed Trueman, with JER Envirotech of Delta, B.C.

"If you go back to the early days of Henry Ford, in the late teens and early 1920s, he did an awful lot of development work with soy-based products -- soy-based plastics, soy-based polymers that actually ended up in auto body panels. He was brought up on a farm and he was very concerned about the environment."

Ford was stymied in getting biocomposites widely developed and accepted, Trueman says, by the technological limitations of the time and the ready availability of cheap petroleum.

But recent advances in technology, combined with industry's desire to reduce costs and be environmentally conscious, is moving the field forward,says christian Belanger with the National Research Council.

Belanger says this has a growing number of industries looking at biocomposites for everything from food packaging to car and airplane components.

Nebraska: Senate hopefuls focus on ethanol

By Kristin Jirovsky/Daily Sun

LINCOLN -- The three Nebraska U.S. Senate candidates discussed their views on ethanol as a renewable fuel source Thursday during a forum at the Mary Riepma-Ross Media Arts Center in Lincoln.

Before the forum, Mike Johanns, Scott Kleeb and Steve Larrick watched with several Lincolnites a video entitled, “The Ethanol Maze.” The film was a project completed by students of a depth reporting journalism class taught at the University of Nebraska-Lincoln.

Each prospective senator then took his turn to share views on ethanol as an option for alternative fuel.

Kleeb, a Democrat, was up first, saying he is a supporter of using corn-based ethanol for alternative fuel.

“This debate is going to be increasingly important,” Kleeb said.

Most of all, Kleeb said that ethanol should be the first piece of the puzzle in reducing America’s dependence on foreign oil.

Kleeb posed a question to the event attendees. In 2005, the energy bill was passed that promised a lessened dependence on foreign oil and lower prices for fuel.

“Which of these have we gotten?” he said.

“I do think we need to have higher fuel efficiency standards for motor vehicles,” he said.

Green Party candidate Steve Larrick stepped up to the podium next.

“I like the open discussion the film provided,” he said. “We do need to look at all of the issues.”

Larrick went to a more “green” side of the debate. He said the best thing to do is look at the options for cellulosic ethanol.

UK: Tackling the global issues


Hybrid electric cars and straw houses are just some of the solutions to global warming on show at the University of Bath.

The Sustainable Energy and the Environment showcase yesterday highlighted the latest research on reducing carbon emissions and saving the planet.

Researchers at the university have been looking into the use of hemp, timber and straw as building materials to help reduce the carbon footprint of the construction industry.

Director of the BRE centre for innovative construction materials, Professor Peter Walker, said: "The environmental impact of the construction industry is huge. For example, it is estimated that worldwide the manufacture of cement contributes up to 10 per cent of all industrial carbon dioxide emissions.

"We are looking at a variety of low-carbon building materials, including crop-based materials, innovative uses of traditional materials and developing low carbon cements and concretes to reduce impact of new infrastructure."

Another group of researchers is hoping to develop rechargeable batteries to improve hybrid cars.

Professor Saiful Islam, of the chemistry department, is researching new lighter, safer and more efficient alternatives.

His research recently won the Fuel Cell Science and Technology Award from the Royal Society of Chemistry.

Professor Islam said: "Developing new materials holds the key to lighter and more efficient rechargeable batteries for hybrid electric cars, reducing our use of fossil fuels and cutting carbon emissions."

Europe: University of Bath to showcase cutting edge environmental research

By Science Centric

The global problem of climate change will hit the spotlight on Wednesday 17 September as researchers from across the region meet for a showcase on environmental sustainability.

Experts in engineering, chemistry, architecture, physics and economics will join forces at the University of Bath to discuss the climate change challenge. They will host an exhibition of some of the region's cutting edge research in the fields of sustainable energy and the environment.

Wednesday's event will also see the launch of the new Institute for Sustainable Energy and the Environment (I-SEE) by David Willetts MP, Shadow Secretary of State for Innovation, Universities and Skills.

Mitigating the effects of climate change is one of the greatest challenges facing science today due to the complex nature of the problem. The University of Bath's I-SEE will combine the expertise of world-class researchers from diverse disciplines of science, engineering, economics, management and social science to address the problem.

It will also study the socio-economic impacts of climate change, inform policy and provide technological solutions to mitigate the effects of global warming, helping the UK to achieve its target of reducing carbon dioxide emissions by 60% by 2050.

Some of the institute's ground-breaking research will feature at the showcase.

Key research areas of the exhibition include:

- Future sources of energy including improved energy storage, low cost solar cells and hydrogen fuel production and storage.

Global: Hemp - The Ideal Biofuel

By Green Experience

With oil prices constantly rising, the need for alternative energies is becoming greater and greater. In addition to the economic costs, the stress on the environment has been excessive, and climate change is becoming a very real threat. Therefore, we need to find a solution, and fast. Biofuels are popular, but the most utilized ones currently come from food crops, mainly corn. Using these kinds of crops for fuel reduces the overall food supply, raising prices and causing shortages. The best kind of biofuel is one that is not food, grows in abundance, and supplies large amounts of biomass. Surprisingly, the plant that fits all of these requirements is none other than hemp.

Hemp is the industrial version of the cannabis plant, and can be used in thousands of products, from paper to building materials. Most importantly, it can be converted in to fuel, and used for heating, transportation, and other energy needs. The specific process through which hemp fuel is made is pyrolysis, where high temperatures are applied to the plant in the absence of oxygen. This creates charcoal, which is a clean burning fuel that does not release sulfur (the primary cause of acid rain). Using adjusted methods, hemp can also be turned in to methanol and other oils.

Hemp Traders: Properties of Hemp - The four Basic Uses of Cannabis Hemp Food, Fiber, Fuel, Medicine

BY Mari Kane

Cannabis Hemp really can provide all the basic necessities of life: food, shelter, clothing and medicine. It has been said that, "anything made from a hydrocarbon can be made from a carbohydrate."
Hemp is the cousin of marijuana. They are from the same plant - Cannabis sativa L. There are over 400 strains of Cannabis Hemp bred for various uses. The term, "Hemp" refers to the industrial use of the stalk and seed. "Cannabis", or "marijuana", refers to the smoking of the flowers. Intoxication requires high levels of THC TetraHydroCannabinol. Industrial hemp contains only .3%-1.5% THC. By contrast, cannabis contains 5%-10% or more THC.
The plant itself is easy to grow in temperate climates, and requires good soil, fertilizer and water, but no pesticides nor herbicides. A hemp crop is usually harvested in 120 days after reaching a height of 10-15 feet. At that point one can make it into whatever suits their needs.

The hempseed is the only source of food from the hemp plant. It is not really a seed, but an achene- a nut covered with a hard shell. Hempseed is used for people and animal food, medicinal preparations, and industrial use.

Whole Seed

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