Excessive Flooding Means Health Risk For Children
Sep 2nd
Children in Pakistan, affected by the on going floods, are becoming at risk for water-borne diseases. The worst monsoon season in over 75 years is continuing to devastate Pakistan from the north-west to south and central Pakistan. In early August, authorities had evacuated over 500,000 people in 11 different districts. At that point, flooding at submerged entire villages killing more than 1,500 people and affected over 4 million. The people in these regions are with out electricity and being force to move out of their homes to the southern regions. According to the Federal Flood Commission, over 1 million acres of crop land has flooding killing over 10,000 cattle.
The situation is definitely unprecedented and while the World Bank has raised its funding for the flood disaster relief by and $100 Million, with out interest obligations, because according to officials Pakistan could be facing a “triple threat”. People have lost their crops, and their incomes leaving a lot of the population hungry, homeless, and desperate. On top of this, the floods have affected 8.6 million children through the waterborne diseases.
With the additional aid, the governments of Pakistan, could look into the Global Innovation Commons and use the clean water and world health open source technology. This way technology can be deployed immediately at a lower cost than using most proprietary technology. Lets see how we can help the people of Pakistan.
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Sources:
~http://www.bbc.co.uk/news/world-south-asia-10889925
~http://www.telegraph.co.uk/news/picturegalleries/worldnews/7975364/Pakistan-floods-children-at-risk-from-deadly-water-borne-diseases-such-as-cholera-and-malaria.html
~http://english.aljazeera.net/news/asia/2010/09/20109235641612591.html
“Waste Of A Drink Or Innovation?”
Sep 1st
Bio-Butanol fuel can be used as fuel in an internal combustion engine and is prodcued by fermentation of biomass. The researchers from Edinburgh Napier University have taken it to another level and begun using two main by-products of the whiskey production process- “pot ale”- the liquid from the copper stills, and “draff”- the spent grains for producing butanol for fuel.
Edinburgh Napier’s Biofuel Research Centre has spent the last two years developing this fuel. Recently they received $400,000 from the Scottish Enterprise’s “Proof of Concept” program, “which supports the pre-commercialization of leading-edge technologies emerging from Scotland’s university research institutes”.
The whiskey industry is said to produce 1,600 million liters of pot ale and 187,000 tones of draft every year. The Edinburgh Center uses the whiskey by-products provided by Diageo’s Glenkinchie Distillery. Eventually they plan to create a spin-out company to take the new fuel to market.
Learn More On This Story and More on “The Energy Collective”. >>
The True Potential of Geothermal Energy
Aug 31st
Today we feature an article, “Tapping the Energy Below the Earth’s Surface” written by Lester Brown of Washington D.C. about the true “potential of geothermal energy”.
“The heat in the upper six miles of the earth’s crust contains 50,000 times as much energy as found in all the world’s oil and gas reserves combined. Despite this abundance, only 10,700 megawatts of geothermal electricity generating capacity have been harnessed worldwide.
Partly because of the dominance of the oil, gas, and coal industries, which have been providing cheap fuel by omitting the costs of climate change and air pollution from fuel prices, relatively little has been invested in developing the earth’s geothermal heat resources. Over the last decade, geothermal energy has been growing at scarcely 3 percent a year.
Roughly half the world’s existing generating capacity is in the United States and the Philippines. Indonesia, Mexico, Italy, and Japan account for most of the remainder. Altogether some 24 countries now convert geothermal energy into electricity. El Salvador, Iceland, and the Philippines respectively get 26, 25, and 18 percent of their electricity from geothermal power plants.
The potential of geothermal energy to provide electricity, to heat homes, and to supply process heat for industry is vast. Among the countries rich in geothermal energy are those bordering the Pacific in the so-called Ring of Fire, including Chile, Peru, Colombia, Mexico, the United States, Canada, Russia, China, Japan, the Philippines, Indonesia, and Australia. Other geothermally rich countries include those along the Great Rift Valley of Africa, such as Kenya and Ethiopia, and those around the Eastern Mediterranean.
Beyond geothermal electrical generation, an estimated 100,000 thermal megawatts of geothermal energy are used directly—without conversion into electricity—to heat homes and greenhouses and as process heat in industry. This includes, for example, the energy used in hot baths in Japan and to heat homes in Iceland and greenhouses in Russia.
An interdisciplinary team of 13 scientists and engineers assembled by the Massachusetts Institute of Technology (MIT) in 2006 assessed U.S. geothermal electrical generating potential. Drawing on the latest technologies, including those used by oil and gas companies in drilling and in enhanced oil recovery, the team estimated that enhanced geothermal systems could be used to massively develop geothermal energy. This technology involves drilling down to the hot rock layer, fracturing the rock and pumping water into the cracked rock, then extracting the superheated water to drive a steam turbine. The MIT team notes that with this technology the United States has enough geothermal energy to meet its energy needs 2,000 times over.”
Commons Monday: Mongolian Academy of Sciences and M-ICP Agreed to Cooperate for Innovation
Aug 30th
On August 27, 2010 The Mongolian Academy of Sciences and M-ICP (The Global Innovation Commons new commons alliance) agreed to cooperate for Innovation. The following is the press release from M-ICP. Learn More about M-ICP>>
In Ulaanbaatar a tripartite meeting was held in the Mongolian Academy of Sciences yesterday. The meeting was attended by Professor B. Enkhtuvshin, President of Mongolian Academy of Sciences (MAS), Mr. Ch. Otgochuluu, Director of Economic Competitiveness Policy and Research Center (ECRC) and Ms. D. Nergui, Founding CEO of M-ICP.
All parties agreed to cooperate in the area of mutual interest for development of Mongolia through innovation promotion and innovation commercialization. During this meeting Professor B. Enkhtuvshin expressed his personal appreciation for M-ICP initiative to create an environment for greater access of Mongolian businesses, government, and communities to global knowledge and technologies, for ensuring increased access of the rest of world for Mongolian heritable innovation and for M-ICP plan in partnership with M-CAM, USA to create innovation financing infrastructure, infrastructure for trade-credit offsets in particular.
Parties agreed to support the government initiative to organize a High level workshop on “Innovation and Technology” in September 2010 and agreed to invite M-CAM leadership to this workshop.
At the end of this meeting it was agreed to sign Memorandum of Understanding on cooperation between MAS and M-ICP.
Mongolian Academy of Sciences has decades of history and is the main science and technology institution of Mongolia with 21 research institutes and centers.
Economic Competitiveness Policy and Research Center was founded in 2010 with the primary goal of producing Mongolia Competitiveness Report jointly with World Competitiveness Center in Switzerland. ECRC is one of Alliances of M-ICP.
Featured Website Friday: The Heritable Innovation Trust
Aug 27th
Today we featured the new Heritable Innovation Trust Website!
The Heritable Innovation Trust Program works to document Heritable Knowledge in indigenous communities to encourage economic empowerment and community engagement.
The Trust Protects: Having been finalized in East New Britain, Papua New Guinea, it is not subject to any expiration of copyright under any international convention. All knowledge in the trust is held in a perpetual, inalienable trust which shall benefit the knowledge stewards and their off-spring with out term or expiration.
The Trust Grows: By reading, sharing, observing, modifying, adapting, or using the knowledge in a trust document the reader affirms and agrees to participate in the reciprocal nature of information sharing embodied within the document.
The Trust Provides: The use of any of the information will be beneficially shared with the individuals who first shared the information. Should any commercial use be made, not only shall a share of all proceeds be shared with the Trust Stewards, but all information, designs, modes of distribution, information on sales and marketing are required to be taught to the Trust Stewards and any manufacturing process deployed must be done in partnership with Trust Stewards.
Killing 4,000 Children Each Day
Aug 26th
Diarrhoea. In the one day that many people take off work to sleep off a bad case of diarrheoa, 4,000 children around the world are dying because of the illness.
An illness that most people in the least marginalized countries consider as something that can be solved with rest and two pills of Pepto Bismol or any similar medicine, diarrhoea can be a deadly gastrointestinal infection. It can be caused by a variety of viral, bacterial, and parasitic organisms and can be spread through contaminated drinking-water, or from person to person as a result of poor hygiene.
Dig toilets, Not Graves, a WaterAid Campaign, asks people to donate to help provide children with proper toilets to end the fecal contamination of many children’s food and water and hopefully ending deadly diarrhoeal diseases. And the technology required is simple, by digging safe pit toilets the project hopes to save lives day after day. Above is their campaign video featuring “The Diarrhoea Song”.
The World Health Organization’s Department of Child and Adolescent Health and Development also “envisions a world in which children and adolescents enjoy the highest attainable standard of health and development”. They work in line with the Millennium Development Goals and hope by 2015 that the rate of child mortality from diarrhoea and other diseases will be decreased by two thirds.
Both the WaterAid Campaign and the WHO’s Department of Child and Adolescent Health look to reduce waste water related disease such as diarrhoea. By either digging toilets or supporting the health sector in effectively dressing waste water reduction solutions need to be found and implemented. This is where the Global Innovation Commons could help. By using the open source technology in both the water section as well as the world health section of the G.I.C. we can help to deploy immediate solutions to help lower the risks for children around the world.
Wacky Technology Wednesday: Green Architecture
Aug 25th
One things we endorse at the Global Innovation Commons is the use of education to better the world around us. Students around the world have begun to design sustainable architecture using recycled materials. By pressing the boundaries of energy efficiency the students beautifully combine form with function to create environments which are truly green. The following were dubbed the top nine designs by “inhabitat“, a weblog devoted to the future of design, tracking the innovations in technology, practices and materials that are pushing architecture and home design towards a smarter and more sustainable future.
The Aarhus School of Architecture
Eleven students at the Aarhus School of Architecture in Denmark created this pavilion out of approx. 420 humble shipping pallets.

University of Applied Sciences in Detmold
Students from the University of Applied Sciences in Detmold in Germany developed and built a pavilion out of 2,000 beer crates. They first used computer graphics to create the positioning of the structure and then bolted the entire piece together.

Parade by the London University of Arts
This parade installation was created by a public arts group based at the University of the Arts, London. They used 4,200 milk crates to develop a new architectural space right in the middle of campus.

University of Colorado, Denver
Students build two projects to enhance a local farm’s operations while making a definitive statement about sustainable design. The first building will host classes and a farmers market and will offer a place to relax during a hard day’s labor.

The second is a goat milking shed with built-in seating making it a place for human habitation. It rises from a core of gabion boxes filled with reused concrete tailings.

The Oporto School of Architecture
This temporary structure was the winning design for the school’s annual bar design competition in Portugal. The tubes are made from easy-to-recycle, low-toxic plastic No. 5 and can be reused for domestic jobs until the end of their lifecycle.

Auburn University
A small group of students at Auburn University have created a functional small building out of waxed corrugated cardboard bails. The small building is being used for student housing as they have a tremendous r-value and thermal mass.

Institute for Advanced Architecture of Catalonia
A building team designed The FabLab House, is a solar panel-covered three-legged house.

Virginia Tech University
“Lumenhaus” won the 2010 Solar Decathlon and pushes the limited of sustainable design which adapts precisely to the owner’s needs and the current weather conditions.

Learn more from inhabitat.
Clarifications Of A Commons Framework
Aug 24th
Global Innovation Commons and Heritable Innovation Trust- Clarifications of a Commons Framework
- By Ken Dabkowski.
The following paragraphs clarify the architectures and intentions of the Global Innovation Commons and The Heritable Innovation Trust. Within a commons trust framework, both projects offer an alternative to enclosure (property/proprietary) based systems of engagement and exchange.
The Global Innovation Commons takes public domain artifacts and shares them under a commons umbrella license agreement. While public domain artifacts are not commons artifacts in the traditional sense, they are a Constitutionally issued industrial compromise which at first robs the commons with time limited enclosure, but upon expiration, actually enhances the national/international commons by making publically available the artifact ‘for the promotion of Progress of Science and useful Arts’.
Transparency into the vast amounts of freely available information in any form liberates us to begin a commons innovation process starting with a larger set of tools. Commons innovation, co-operation and co-creation in terms of the Global Innovation Commons emerge on top of the public domain layer of information and the commons framework is governed by the rules of sharing, participation, openness and replenishment. The governance, in the form of a license, states that, “if you use the information, you must share what you’re doing with everyone else. And finally, if you use any of this information, you must reference the “Global Innovation Commons”. The co-governance and co-production license is not an enclosure or barrier to the commons, rather, it is an agreement to actively participate in and steward the commons resource.
In May’s Kosmos Journal, James Bernard Quilligan wrote that, “Commons have different meanings due to different levels of scale. At community and regional levels, the commons are largely a territorial concept involving the local appropriation, use and benefit or a particular property; at the global level, it’s more of a functional concept involving sovereign resource management rather than questions of use and benefit.” What the Global Innovation Commons does in practice, is to start by taking the artifacts of the old system and make them available publically. These artifacts as enclosure energy in one system, in combination with oversight or neglect (of the inventor/innovator), allows for their true commons liberation in the very areas they overlooked. Grassroots, municipal, or sovereign innovation can now start in these previously marginalized countries; not from ground zero, but on a level or even heightened playing field. Intangible commonly held and managed properties can be managed as sovereign resources which re-balance surpluses and deficits using innovation as the value which tips the scales.
The Heritable Innovation Trust Framework sets forth the following principles and put into practice Mr. Quilligan’s concepts on Commons Trusts, “If the world belongs to no one, as res nullius claims, then we are not owners but trustees. On this basis, humanity would hold the global commons in trust through a new framework of cooperation and agreement based on natural law, customary law and public trust doctrine… (Kosmos)”. In the Heritable Innovation Trust framework, as information is disclosed by a party, the information immediately enters the trust framework which maintains the heritable trusteeship but widens the possibility of engagement with a world operating in an enclosure model. In short:
The Trust Protects: Having been finalized in East New Britain, Papua New Guinea, it is not subject to any expiration of copyright under any international convention. All knowledge in the trust is held in a perpetual, inalienable trust which shall benefit the knowledge stewards and their off-spring with out term or expiration.
The Trust Grows: By reading, sharing, observing, modifying, adapting, or using the knowledge in a trust document the reader affirms and agrees to participate in the reciprocal nature of information sharing embodied within the document.
The Trust Provides: The use of any of the information will be beneficially shared with the individuals who first shared the information. Should any commercial use be made, not only shall a share of all proceeds be shared with the Trust Stewards, but all information, designs, modes of distribution, information on sales and marketing are required to be taught to the Trust Stewards and any manufacturing process deployed must be done in partnership with Trust Stewards.
The Heritable Innovation Trust allows open access to information and innovation and does so under a stewardship agreement which states that the innovation, available for public use and benefit, has been stewarded for generations and is not available for enclosure, but is available for engagement. This engagement originates with the community and creates a shared communal asset not subject to enclosure rules with the added benefit of having no expiration. The 2010 Trust originated in communities located in Ecuador, Mongolia and Papua New Guinea and is available here: http://portal.heritableinnovationtrust.org/hit2010 (right click “Save Link As” to download as it is a large file).
Both projects encourage participation, connection and criticism. If, as you experience the sites, you feel there is a tool, explanation, or method of engagement which you feel can improve the projects, please send us your feedback, ask a question, or participate in implementation or governance. Also, please comment on the blog and discuss.
Commons Monday: UN Commons Strategy Group Interviewed on ZOOM’D
Aug 23rd
Today, John Schmidt interviewed Kevin and Jay from the UN Commons Strategy Group on his live internet radio show, ZOOM’D.
To hear more of the interview. Click HERE.
GIC Challenge Update: Mongolian Greenhouses
Aug 19th
For the past week M-CAM Inc has been honored to host D. Nergui from Mongolia Innovation Commons Partners (M-ICP). We have spent days discussing banking systems, trade credit offsets, and Global Innovation Commons projects. Yesterday, we had a local Charlottesville glass worker, Bill Hess, come in to show us samples and discuss with us some optionality for the Greenhouse Project. It was a delight to see the different types of glass he has created and discuss with him ways to use glass for filtration and heating.
We also met with Robert Swap, a professor in the Department of Environmental Sciences at the University of Virginia. He discussed with us a program he has helped to create at the University where they bring in international students and create a forum of discussion around tangible solutions to various development projects. Below are pictures from the meeting:

Bill (center) describing to Bob (left) and Nergui (right) about the different types of glass he works with.

Bob describing to Bill and Nergui about The University’s International Development Programs.


