Tag Archives: new urbanisim

Thoughts Toward Realizing A Green Economy…

Even though I enthusiastically voted for Barack Obama on his platform for change – which included his promise to usher in a 21st-Century ‘Green Economy’ – frankly, I am wholly disappointed with the Democratic Party’s reluctance to wrestle, take down, and once-and-for-all, pin the Right Wing to the mat.

January 20, 2009 - Washington D.C. Early in the morning, while heading into D.C. on the Metro, I came across the grand daughters of Alex Haley, the beloved author of "Roots". Photo by Craig Morse.

Over the past year, hundreds of billions of tax payer’s dollars have been applied toward the “American Reinvestment and Recovery Act”, otherwise known as the “Stimulus Bill”, which directed tens of billions of these dollars toward road improvement and ‘supposed’ renewable energy projects. The most recent of the ‘renewable energy’ plans to be approved is a nuclear plant to be built near Atlanta, GA, being the first to be constructed in the US in over 30 years. I suspect these projects have moved/are moving forward only because Obama – who is desperate to find middle ground with a minority of self-serving Republican senators and representatives – feels the need to produce results in order to quell the unrealistic expectations of a recession weary American public. Though these projects may produce tens of thousands of jobs over the next couple years, make no mistake, these projects are short-sighted and frankly, dangerous (exchanging the damage being done to our global climate from CO and CO2 for the risks and dangers inherent in Uranium and Plutonium) as our representative, through slight-of-hand, attempt to cover-up the root issues, thereby keeping it from entering the mainstream public dialog.

Rather than look toward a hopeful future and seek to make amends that would benefit the greater whole, these ‘solutions’ maintain an unhealthy status-quo, catering to embedded special interests and lobbies under the auspice of laying the foundations for a 21st-century green economy.

It is my belief that one simple idea – a plan to implement a thoughtful and systemically comprehensive long-term Sustainable Strategy – has been completely overlooked during the many debates and dialogues from over the past few years.

Besides plotting a map to where we want to go, and what we want to accomplish, over the next 5, 10, 20, and 50 years, we should seek to get beyond the symptoms, to understand the root problems: their respective origins and histories; how each is internally wired; how each relates to (or perpetrates) other problems; and how each problem relates to and affects the economy, culture, public health, environment, employment, climate change, and our species’ legacy … instead of perpetrating the usual covering-up of symptoms with distraction, misdirection, and fiscal Band-Aids.

Let’s take a few steps back to consider the big picture, and seek to understand each problem systemically, then seek to understand how each problem connects to or affects other elements in this picture. We are teetering on the edge of a threshold and have a choice to make. Do we take that bold step into the uncertain, to probably lead and inspire the rest of the world through initiating an age of renewable energy and materials through a Green Revolution? Or do we simply continue to fall back on tired formulas, to keep making the same mistakes until it all comes crashing down?

Following are a few thoughts about how a Green Revolution might usher in a paradigm shift toward a Silver Age. Through applying sustainable technologies, practices, processes, and cradle to grave educational and informational resources (that would encourage each of us to think about and measure the cost/consequences versus the benefits of specific behaviors, products, resources, and energies) we could effectively participate in creating a more conscientious society while being the stewards of our planet, insuring a clean, healthy, and enjoyable quality-of-life for our children.

In my opinion, transitioning into a Sustainable Economy would mean to:

• Reestablish the United States as a first-class manufacturing economy… followed by a substantially increased GDP, reduction in our national deficit and debt, collective purchasing power, and an increase in gross sales- and income-tax which, if properly directed, would significantly improve public infrastructure, public utilities, public education, and access to health services.

• Spur on the development of technologies and products that are cutting edge, energy and resource efficient, useful, in-demand, and recyclable, reusable, and/or refurbishable.

• Similar to how we led the world in the desktop computing and the internet revolution – developed by the likes of Microsoft, Apple, Google, etc. – the United States could again be at the forefront of the research, development, and application of green technologies, which would translate into tens (if not hundreds) of thousands of jobs, and billions (if not trillions) of dollars each year. If we approached a Green Technology with a similar enthusiasm consider the technological advances that could be realized, and the invaluable knowledge that would be revealed, if we engaged in the full-on, dedicated research, development, and improvement of solar, wind, geothermal, rare earth magnetic, water and bio fuel, superconductor technologies and applications.

• Re-ignite the mid-western and rustbelt manufacturing economy, as well as enliven Silicon Valley research and development, through creating an immediate demand for a highly skilled and educated workforce, while retrofitting vacant and ‘dirty’ material and energy industrial complexes for ‘clean’ material and product manufacturing.

• Lessen our demand for and impact on public services, utilities, and infrastructure through (to the chagrin of energy monopolies) democratizing access to energy by enabling each home/business owner to supplement their energy needs through on-site systems (solar, wind, geothermal, insulation, etc).

• Balance the Trade Deficit by creating high-quality ‘Made in America’ products and services for export to other nations.

• Minimize the need for newly extracted natural resources through implementing reusable, repurposed, refurbished, and recyclable material and energy resources.

• Reduce our dependence on the private automobile, and thus promote the reclamation of our public streets and thoroughfares toward better uses. Consider the gross acreage of landscape that has been capped by asphalt, concrete, and rooftops. Such repurposing of these linear rights-of-way would greatly contribute to the permeability and greening of our landscape, thereby enabling the eventual recharge of our fresh water aquifers, along with a significant reduction of storm water runoff and flooding. Additionally, these existing rights-of-way would be very useful for bicycles, light rail, high-speed rail, linear parks, urban and suburban architectural infill (which would translate to higher density, mixed-use communities that in-turn would result in accessibility to services, walkable neighborhoods, as well as fewer and shorter trips).

• Encourage a transition toward sustainable applications for urban planning & design, building architecture, landscape architecture, business practices, public services, the long range city plan, and zoning and subdivisioning regulations. Additionally, municipal Planning Councils and Boards, and Chambers of Commerce, should be informed about the advantages to (and how to implement) sustainable practices and technologies so as to save municipal monies and lessen the impact upon the public infrastructure.

• Legalize Hemp, being one of the most useful and versatile plants on the planet. Some of the benefits to consider are as follow: 1. Hemp is a hardy perennial with a remarkable turnover time between planting and harvesting, as opposed to trees, which take many years to grow. 2. Its cellulose level is almost three times that of wood, and its processing utilizes less energy and fewer chemicals, so it yields more and better quality paper. 3. It is a nutritious source of food and well suited for hair and skin care. 4. The oil extracted from its seed provides a highly efficient source of fuel, and may be used as a raw material in paints and plastics. 5. It provides one of natures longest and strongest fibers, so is very useful for textiles. 6. It is very useful as a component for building materials, such as concrete, fiber board, and composite materials. And finally, 7. Hemp is ideal for crop rotation and it’s water requirements are negligible.

•Slowly enable a climate change course correction by significantly reducing carbon emissions.

• Enable the planet’s filtration and ‘immune’ systems (forests, rivers, oceans, biodiversity) to again get a foothold, to then cycle and cleanse the air, water, and land.

• Force us to rethink the way by which we educate our children; to incorporate knowledge and training that is applicable to building upon and maintaining a Green Economy. This would encourage future generations to consider our personal and collective impacts, natural cycles and feedback systems, as well as the relationships between of cause vs effect, impact vs consequence, initial cost vs the ultimate price paid.

• Improve the quality of our food, water, and air… and thus our overall health. Additionally, if devastated ecosystems were able to repair, while existent ecosystems were less likely to be impacted by development, pollution, and human interference, many very useful natural pharmaceutical substances may yet be discovered.

• Reduce the likelihood for warfare, colonialization, and the exploitation of other cultures. One reason that war happens is related directly to our desire to have access to and control of others’ natural resources for our own purpose. Meanwhile, though quantities and intensities may differ, every person on this planet has access to sun, wind, and water.

Think about it… We’ve done it before, we can do it again. Whether it be nuclear science, the human genome, super-computing, or flying to the moon, we’ve made what was once considered science fiction become real science. And when we consider contemporary great public works projects, such as the myriad of FDR’s WPA projects (including the The Hoover Dam and The Lincoln Tunnel), The Golden Gate Bridge, The Panama Canal, or The Interstate Highway system, it is indisputable that we’ve completed some seemingly unreal and truly momentous projects that have, unquestionably, changed the course of human history. So, if we have a dream, and we put our hearts and minds toward making into a reality, we are capable of accomplishing almost anything.

And though it will cost a lot of money up-front to initiate this change, make no mistake, such a transition will make a lot of people a lot of money, while giving even the least fortunate segment of our population access to a cleaner and more affordable water, food, transportation, and energy.

Lets talk about this further, then compel our leaders to recruit then employ the greatest visionaries, hearts, and minds on the planet from the sciences, the arts, and industry… especially those who are able to think beyond their own self-interests.

With this said, though these ideas make perfect sense to me, I am, by no means, an expert in any of these fields. So, to improve my own understanding, and that of other readers, I invite you to contribute your own comments and suggestions.

Finally, feel free to pass this link along if you have any friends who may be interested in reading and/or chiming in…

Thank you!

:) Craig Morse aka The Voice Of Eye

PS – Following are a few other advances in renewable energy and sustainable technologies that you may be interested in reviewing and passing along:

– HHO Fuel… http://b2bf.com/ and http://b2bf.com/hydrogen_generators.htm
– Zero Point Energy… http://www.prlog.org/10306202-how-to-build-zero-point-energy-generator.html and http://ezinearticles.com/?Zero-Point-Energy-Magnetic-Power-Generator—Fully-Power-Your-Home-For-Free&id=2486194
– Magnetic Refrigeration… http://www.scientificblogging.com/welcome_my_moon_base/new_magnetocaloric_material_will_allow_magnetic_refrigerationSee More
– Waterless Washing Machine… http://www.physorg.com/news136555635.html
– Gray Water Systems… http://www.greywater.com/
– Rainwater Harvesting… http://www.rain-barrel.net/
– Rooftop Gardening… http://www.cityfarmer.org/rooftop59.html
– Black Water Treatment… http://wapedia.mobi/en/Blackwater_%28waste%29
– Evapotranspiration Cooling… http://www.eoearth.org/article/Evapotranspiration
– The Water Fueled Car… http://en.wikipedia.org/wiki/Water-fuelled_car
– Insulations… http://insulation.sustainablesources.com/
– Rammed Earth Walls… http://arch.usc.edu/Programs/Research/RammedEarthConstruction
– Adobe Bricks… http://www.elmerfudd.us/dp/adobe/brick.htm
– Straw Bale Construction… http://www.dancingrabbit.org/building/straw_bale.php
– Passive Solar Design… http://www.consumerenergycenter.org/home/construction/solardesign/orientation.html
– Geothermal Heat Pumps… http://www.energysavers.gov/your_home/space_heating_cooling/index.cfm/mytopic=12640