Showing posts with label sustainability. Show all posts
Showing posts with label sustainability. Show all posts

Tuesday, July 14, 2015

The Case for a Circular Economy

A section of a landfill located in Barclay, Ontario.
GARBAGE. It stinks! As global population increases, so does the amount of garbage produced. The EPA defines the main activities of an integrated solid waste management program. Waste prevention—often called source reduction—means reducing waste by not producing it.
Recycling makes use of materials that otherwise would become waste by turning them into valuable resources. Another form of recycling is composting—the controlled aerobic biological decomposition of organic matter, such as food scraps and plant matter, into humus, a soil-like material. Combustion is the controlled burning of waste in a designated facility to reduce its volume and, in some cases, to generate electricity.
Properly designed, constructed, and managed landfills provide a safe alternative to uncontrolled dumping.

It is estimated that the average person generates over 4 pounds of trash every day and about 1.5 tons of solid waste per year. Americans make more than 200 million tons of garbage each year, of which approximately 21 tons is food waste. The EPA estimates that 75% of the American waste stream is recyclable, but we only recycle about 30% of it. To me, the obvious alternative to attempting to safely dispose of tons of garbage is to make less of it. That brings us back to waste prevention.

Cradle-to-cradle design is a holistic economic, industrial and social framework that seeks to create systems that are not only efficient but also essentially waste free. The model in its broadest sense is not limited to industrial design and manufacturing; it can be applied to many aspects of human civilization such as urban environments, buildings, economics and social systems.


In 2002, Michael Braungart and William McDonough published a book called Cradle to Cradle: Remaking the Way We Make Things, a manifesto for cradle to cradle design that gives specific details of how to achieve the model. The model has been implemented by a number of companies, organizations and governments around the world, predominantly in the European Union, China and the United States. All design and engineering students should be required to read this book! Watch William McDonough’s TED talk here.

Image from www.circle-economy.com
Circular economy is all about closing resource loops, mimicking natural ecosystems in the way society and businesses are organized. The social and ecological impact of our actions should also be taken into account, and the use of renewable energy to make the transition towards a circular economy happen is paramount. To the left, you will see six principles for a successful circular economy.

The business case for a circular economy is compelling. Analysis by McKinsey & Company estimates shifting towards circularity could add $1 trillion to the global economy by 2025 and create 100,000 new jobs within the next five years. Inspired by her record-breaking solo sail around the world, Dame Ellen MacArthur founded the Ellen MacArthur Foundation, working in education, business innovation and analysis to accelerate the transition to a circular economy.

The Circular Economy 100 is a global platform bringing together leading companies, emerging innovators and regions to accelerate the transition to a circular economy over a 1000-day (3 year) period. At the World Economic Forum Annual Meeting 2014 in Davos-Klosters, Project MainStream was established as a multi-industry, CEO-led global initiative to accelerate a series of business-driven innovations and help scale the circular economy.

Let’s hope that these initiatives succeed in transforming our world from a waste-generating linear economic model, to a healthy, sustainable, circular economy. Get educated, do the research, and find ways to become a part of the process.


Until next time…become the change you imagine.

Wednesday, July 1, 2015

Can Economic Principles Save the Planet?

If compared to the world’s top 10 economies, the ocean would rank as the seventh largest, with an annual value of goods and services of $2.5 trillion according to a new World Wildlife Fund (WWF) report. The analysis, Reviving the Ocean Economy: The Case for Action brings into focus the economic value our oceans represent for this planet, as the future of humanity depends on their healthy living conditions. While figures in the report are a vast underestimation, the economic assets at risk accurately portray the losses we will incur should we continue on the current destructive trajectory.

The report, produced in association with The Global Change Institute at the University of Queensland and The Boston Consulting Group (BCG), combines scientific evidence of environmental degradation with an economic case for urgent conservation action. Using an innovative economic analysis, the ocean’s value is quantified based on assessments of goods and services ranging from fisheries to coastal storm protection, resulting in an overall asset value and an annual dividend output (comparable to a GDP).

The Natural Capital Project is a partnership combining research innovation at Stanford University and the University of Minnesota with the global reach of conservation science and policy at The Nature Conservancy and the World Wildlife Fund. The project group works with leaders around the world to test and demonstrate how accounting for nature's benefits can support more sustainable investment and policy decisions. 

The project has developed practical, science-based approaches and software tools that quantify, map, and value services provided by nature. Accounting for ecosystem services reveals the diverse benefits provided by nature, clarifies trade-offs between alternative development scenarios, and helps people make more informed decisions about how to use lands and waters.

Since their founding in 2006, they have applied their approaches and tools in more than 20 major projects worldwide—guiding investments in water security in Latin America, in coastal protection in the Gulf of Mexico, in food security and economic diversification in Belize, and in community development in Canada and Hawai`i.

In another effort, researchers at Arizona State University are working to calculate the dollar value of nature in an effort to promote sustainability. In a study published recently in the Journal of the Association of Environmental and Resource Economists, researchers from Arizona State University (ASU) and Yale University have developed an interdisciplinary equation to estimate the current monetary value of natural resources such as fish stocks, groundwater or forests in the U.S. In assigning monetary value, to natural capital, this approach will have widespread implications for policymakers and various stakeholders, and will advocate for the creation of asset markets for natural capital.

“It is often said that nature is capital, but this has largely been a metaphor thus far; former measurement methods have lacked necessary inputs from experts from various disciplines, resulting in vast gaps of information,” said Joshua Abbott, associate professor at ASU’s School of Sustainability coauthored the study with Eli Fenichel, assistant professor at the Yale School of Forestry and Environmental Studies.

One example would be the reef fish in the Gulf of Mexico. During their research, Abbott and Fenichel found that the value of preserving live reef fish was more than $3 a pound in 2004, a price that jumped to almost $9 in 2007 after policymakers implemented management reforms that gave fisherman an incentive to conserve fish stocks. Fishermen were assigned individual tradeable quotas or shares of the fish stock, which created a market for the fish as a capital asset.

The Gulf’s reef fish contributed more than $256 million to U.S. national wealth in 2004—and three times that after management reforms. “We know from experience in the corporate world that changes in management practices can enhance the overall value of a company’s assets; it is no different with natural capital—our management of it can either enhance or detract from its value,” said Abbott.

It's safe to say that what goes unmeasured often doesn't get valued. Treating fish in the water as a capital asset encouraged fishermen to preserve the natural resource, which enhanced sustainable fishing practices that led to higher returns. Imagine if this same principle was applied to all of our natural resources?  Let's hope that this principle becomes more widespread and has a positive impact on increasing sustainability practices around the world.

Until next time...become the change you imagine.

Wednesday, April 25, 2012

Industrial Ecology and the Future of Sustainability

Industrial Ecology has been defined as a "systems-based, multidisciplinary discourse that seeks to understand emergent behavior of complex integrated human/natural systems". The field approaches issues of sustainability by examining problems from multiple perspectives, usually involving aspects of sociology, the environment, economy and technology. The name comes from the idea that we should use the analogy of natural systems as an aid in understanding how to design sustainable industrial systems.

The good folks at GOOD (for people who give a damn) have published a story this week that makes my heart glad!  A former meatpacking plant in Chicago is being re-purposed as a self-sustaining vertical farm. Wait, there's more!  The Plant, as it is called, is focusing on becoming a net-zero waste facility.

Reduce, reuse, recycle...the 3 R's of sustainability.  Anyone who knows me, knows how excited I am. We have so many opportunities in this country (and around the world) to take abandoned, unused, buildings and make them useful again.

Farming in the inner city is a worthy goal, indeed, and this is just what the slow food movement is all about. Locally produced, healthy foods, grown in a sustainable fashion. Utilizing new processes as well as established traditions to create an environment that produces, food, jobs, and hope for the community.


“Industrial ecology—the concept of using other people’s waste as input—is fascinating. In nature, there’s no waste, but there is so much waste in human consumption and development,” says Melanie Hoekstra, The Plant's director of operations. “This is an obvious problem that we can resolve with a building that can do so many things. It’s not a perfect system, but it’s really close.”

Watch this video about the exciting things going on at The Plant.

Why not try your own sustainability project?  Here are some ideas:

 

Until next time...become the change you imagine.

Saturday, July 16, 2011

Solar Growth


According to GTM Research and the Solar Energy Industries Association (SEIA), growth in U.S. solar energy installations remains strong. Their recently released  quarterly report shows that two-thirds more solar photovoltaic (PV) capacity was added in the first quarter of this year than during first quarter of 2010. As of early April, the cumulative size of all grid-tied solar installations stood at 2.85 gigawatts — enough to power about 600,000 U.S. homes.

Most people that know me know that I am a big fan of solar energy. It just makes sense.  The energy source is FREE - of huge importance in these economically challenging times.  It is CLEAN - of huge importance to the health of the planet.  It creates jobs - anyone seen the latest unemployment figures?  So why, oh why, are only a handful of states leading the way in solar energy use?

California is not the only state with abundant sunshine. Florida is called the Sunshine State for a reason.  New Mexico is predominately desert with an annual rainfall average below 14 inches. Nevada is the driest state with less than 10 inches a year, and has one of the most energy-consuming cities in the world - Las Vegas. In rural areas where traditional electric power distribution is difficult and expensive to build and maintain, solar would seem a viable alternative.

Now I will be the first to say that solar power does not work everywhere. Bellingham, Washington, for instance only averages about 35% sunshine, and Hawaii is the wettest state in the US with average yearly rainfall of 63 inches. However, in states with abundant sunshine and relatively low rainfall amounts, solar power should be a dominant energy source.

Until next time...become the change you imagine.

Sunday, March 20, 2011

What will you do when the lights go out?

Earth Hour 2011: Going beyond the hour
Earth Hour started in 2007 in Sydney, Australia when 2.2 million individuals and more than 2,000 businesses turned their lights off for one hour to take a stand against climate change. Only a year later and Earth Hour had become a global sustainability movement with more than 50 million people across 35 countries/territories participating. Global landmarks such as the Sydney Harbour Bridge, CN Tower in Toronto, Golden Gate Bridge in San Francisco, and Rome’s Colosseum, all stood in darkness, as symbols of hope for a cause that grows more urgent by the hour.

On Saturday 27 March, Earth Hour 2010 became the biggest Earth Hour ever. A record 128 countries and territories joined the global display of climate action. Iconic buildings and landmarks from Asia Pacific to Europe and Africa to the Americas switched off. People across the world from all walks of life turned off their lights and came together in celebration and contemplation of the one thing we all have in common – our planet.

Earth Hour 2011 will take place on Saturday 26 March at 8.30PM (local time). This Earth Hour we want you to go beyond the hour, so after the lights go back on think about what else you can do to make a difference. Together our actions add up.

Tweet it, Facebook it...get involved. Gather your friends for an Earth Hour party. Make candles in preparation of the event. Play games. Snuggle up with the one you love for an hour--or more!

You can add your action and create your own lantern (like mine, above).

Until next time...become the change you imagine.

Thursday, April 8, 2010

Earth Day 2010


Earth Day is April 22nd. Let every day be Earth Day by doing what you can to reduce, reuse, and recycle. Educate yourself on ways to restore, and protect the planet we call Home.

From the Nature Conservancy:

Reusable Bags

You can help save oceans when you use reusable shopping bags instead of plastic bags. Sure, it's a small step — but it can make a big difference in the health of our oceans.

Have doubts? Then dive in to a firsthand account from Conservancy Caribbean program director Phil Kramer about why plastics are so damaging to the ocean. Or, read how the Conservancy's Cara Byington had a crisis in the checkout line — after seeing the skeleton of a whale that died from eating plastic bags.

To help encourage others, share where you take reusable bags or where you've found your favorite tote. You can get a Nature Conservancy tote from Marketplace by Resolution, Inc. or Payless ShoeSource, both of which support The Nature Conservancy's conservation work.

Read more about the ways that the Nature Conservancy is helping the planet.




Izmet's Dream shop has a variety of canvas totes that are perfect for shopping.



Until next time....become the change you imagine.

Wednesday, June 3, 2009

Reconnecting with our natural heritage.

June 5th is World Environment Day, which was established by the UN General Assembly in 1972 to mark the opening of the Stockholm Conference on the Human Environment. The theme for 2009 is 'Your Planet Needs You-UNite to Combat Climate Change'. This reflects the immediate need for nations to agree on a new course of action at the climate convention meeting in Copenhagen in December, and the links with overcoming poverty and the improved management of forests.

Mexico is the host country, this year, which reflects its growing role in the fight against climate change, including its growing participation in the carbon markets. A leading partner in UNEP's Billion Tree Campaign, Mexico, with the support of its President and people, has spearheaded the pledging and planting of some 25% of the trees in that campaign. Mexico accounts for roughly 1.5 % of global greenhouse gas emissions, and the country is demonstrating its commitment to climate change on several fronts.

While I applaud the numerous global and national "days" dedicated to environmental concerns and awareness, we need to involve ourselves in these issues on a daily basis. We need to have a global "Shift Your Attitude" Day to impress on people the need to change the way we think about our environment and our place in it.

The first step is to stop thinking of ourselves as separate from nature. We ARE nature, we ARE our environment. The only separation is in our own minds. Earth is life and the source of our sustenance. Sustenance can be defined as: the act of sustaining : the state of being sustained :a supplying or being supplied with the necessities of life. Which brings us back to the ongoing issue of sustainability.

For humans to live sustainably, the Earth's resources must be used at a rate at which they can be replenished. Humans, until recently, lived in harmony with their environment, and primitive peoples still respect this basic premise of life. As a materialistic society with unchecked population growth, we have exhausted the earth's ability to replenish itself.

The delicate balance necessary for any natural system to survive has been severely compromised. With this in mind there is an imperative need for humans to understand their connectedness to their world and everything on it. As my friend, Andrew, so eloquently put it:

"There have been moments of grace though. The quiet time first thing in the morning when I’m able to connect with the beauty of nature that surrounds me. The silence punctuated by bird song and the wind through the trees."

"That is the way of nature. There is perfection as we look not only closely at the plants but also at the panoramas of the bigger picture."

In keeping with the "bigger picture" there is a calendar of global environmental events available here. My challenge to you, the reader, is to start making a positive impact NOW, by shifting your attitude and awareness about your place in the environment. Reconnect with your natural human heritage.

Until next time...become the change you imagine.

Saturday, May 2, 2009

Our food, our future.

Today's agriculture with its modern processes and use of chemicals has a burdening effect on the environment due to its intensity. The use of mechanization creates a huge load with large energy inputs in the form of mineral and natural fertilizers, pesticides, and various land improvements. The facts about corporate food-by the numbers.

In the 1930s, about 25% of the country's population resided on the nation's 6,000,000 small farms. By 1997, 157,000 large farms accounted for 72% of farm sales, with only 2% of the U.S. population residing on farms. As of the census of 2000, less than 1% lived on farms.

No other human activity affects the Earth -- or what we put in our bodies -- so directly, as farming.

There are alternatives to the mechanized, chemical-laden, corporate farms, with their questionable products. A return to regional and local farms is a viable solution to the issues of energy output, sustainability, and healthy food products.

This is being implemented in many areas, especially urban locations in big cities.
At the northern outskirts of Milwaukee, in a neighborhood of boxy post-WWII homes near the sprawling Park Lawn housing project, stand 14 greenhouses arrayed on two acres of land. This is Growing Power, the only land within the Milwaukee city limits zoned as farmland.

Founded by MacArthur Foundation “genius” fellow Will Allen, Growing Power is an active farm producing tons of food each year, a food distribution hub, and a training center. It’s also the home base for an expanding network of similar community food centers, including a Chicago branch run by Allen’s daughter, Erika. Growing Power is in what Allen calls a “food desert,” a part of the city devoid of full-service grocery stores but lined with fast-food joints, liquor stores, and convenience stores selling mostly soda and sweets. Growing Power is an oasis in that desert.

Community food systems begin with small farms working with natural cycles and end with fresh food and stronger communities in nearby cities. Small farms, sustainable distribution, local markets, and home gardens are all elements of this system.


Other solutions for improving the food system include: restore seed diversity and native varieties, steward water, build resiliency, process locally and cooperatively, treat everyone fairly, get local foods to local outlets.


People worldwide are rediscovering the benefits of buying local food. It is fresher than anything in the supermarket and that means it is tastier and more nutritious. It is also good for your local economy--buying directly from family farmers helps them stay in business.

LocalHarvest is an organic and local food website.
They maintain a "living" public nationwide directory of small farms, farmers markets, and other local food sources. Their search engine helps people find products from family farms, local sources of sustainably grown food, and encourages them to establish direct contact with small farms in their local area. An online store helps small farms develop markets for some of their products beyond their local area.


Over the last 20 years, Community Supported Agriculture (CSA) has become a popular way for consumers to buy local, seasonal food directly from a farmer. Here are the basics: a farmer offers a certain number of "shares" to the public. Typically the share consists of a box of vegetables, but other farm products may be included. Interested consumers purchase a share (aka a "membership" or a "subscription") and in return receive a box (bag, basket) of seasonal produce each week throughout the farming season.

Nearly 80% of the earth's population will reside in urban centers by the year 2050.Conservative estimates show the human population will increase by about 3 billion people during the interim. An area of land roughly 20% larger than the size of Brazil will be needed to grow enough food to feed them, if traditional farming practices continue as they are practiced today. According to the FAO and NASA today, worldwide, over 80% of the land that is suitable for raising crops is in use. Some 15% of that has been destroyed by poor management practices. A potential solution? Farming vertically.

There are a multitude of viable solutions to the current food and environmental crises. It will take a concerted effort on the part of the global human population to embrace a return to older, more traditional systems of agriculture.

Until next time...become the change you imagine.

Saturday, March 21, 2009

The case for harmony with nature


This post was intended to be an introduction to a series on agriculture's effect on the environment. I felt that with the advent of spring, this was a relevant direction in which to proceed.

In doing the research for this, I ran across an article that was so eloquent, and so completely stated my philosophies and beliefs, that I was stunned. I wish I had written it!

The article is written by John E. Ikerd, former Professor Emeritus of Agricultural Economics University of Missouri Columbia College of Agriculture, Food and Natural Resources. Since retiring from the University in early 2000, Mr. Ikerd spends most of his time writing and speaking out on issues related to sustainable agriculture with an emphasis on the economics of sustainabilty.

I hope you will be as inspired as I was, after reading. Here is the article in its entirety:

In Harmony with Nature
John Ikerd
University of Missouri

Much of human history has been written in terms of an ongoing struggle of "man against nature." The forces of nature – wild beasts, floods, pestilence, and disease -- have been cast in the role of the enemy of humankind. To survive and prosper, we must conquer nature – kill the wild beasts, build dams to stop flooding, find medicines to fight disease, and use chemicals to control the pests. Humans have been locked in a life and death struggle against "Mother Nature." We’ve been winning battle after battle. But, we’ve been losing the war.

We humans have killed so many "wild beasts" that non-human species are becoming extinct at an unprecedented rate – except in prehistoric times now labeled as global catastrophes. It’s clear that humans cannot survive – nor might we want to survive – as the only living species on earth. How many more species can we destroy before we lose more than we can afford to do without? How many more battles with Mother Nature can we afford to win?

We have dammed so many streams the sediment that once replenished the topsoil of fertile farmland through periodic flooding now fills the reservoirs of lakes instead. Populations of fish and wildlife that once filled and surrounded free flowing streams, and fed the people of the land, have dwindled and disappeared. Floods may come less often now, but when nature really flexes its muscles, as in 1993 and 1996, nothing on earth can control the floods. How many more streams can we afford to dam? How many more battles with Mother Nature can we afford to win?

We have wiped out plague after plague that has threatened humankind, and we now lead longer, presumably healthier, lives than ever before. But new, more sophisticated diseases always seem to come on the scene as soon as the old ones are brought under control. We may live longer, but that doesn’t necessarily mean we are healthier. Much of the medicine we take today is to treat the symptoms caused by the medicines we take. On average, we Americans spend more money for health care than we spend for food. How long can our new cures keep ahead of new diseases? How many more medical miracles can we afford? How many more battles with Mother Nature can we afford to win?

We can quite easily kill most insects, diseases, weeds, and parasites using modern chemical pesticides. This has allowed us to realize the lower food prices brought about by a specialized, mechanized, standardized, industrialized agriculture. But we still loose about the same percentage of our crops to pests as we did in earlier times. In addition, health concerns about pesticide residues in our food supplies and in our drinking water are on the rise. In addition, rural communities have withered and died and industrial agriculture has replaced the family farm. Good paying jobs in the city are no longer there for people forced off the land. How many more pests can we afford to kill before we kill ourselves? How many more workers can we displace before we displace ourselves? How many more battles with Mother Nature can we afford to win?

Every time we think we have won a battle, nature fights back. Nature always seems ready for the counterattack. And, people are beginning to lose faith in "man’s" ability to ever conquer nature. They are concerned about whether we can win the battle with the next flood, the next disease, or the next pest that we create with our efforts to control the last one. They are concerned with their own safety, health, and well being. But, they are concerned also about the sustainability of a human civilization that continues to live in conflict with nature. They fear we cannot win our war against nature, because we are a part of nature – the very thing we are trying to destroy. They are searching for ways to find harmony with nature – to sustain the nature of which we are a part.

A new paradigm or model for working and living in harmony with nature is arising under the conceptual umbrella of sustainability. Sustainable systems must be capable of meeting the needs of those of us of the present generation without compromising the ability of future generations to meet their needs as well. In simple terms, sustainability means applying the Golden Rule across generations. It’s about short run, self-interest – meeting our present needs; but it’s also about long run, shared-interest – leaving equal or better opportunities for others both now and in the future. Sustainability requires that we find harmony between others and ourselves as well as between those of us of the present and those of the future. Sustainability requires that we find harmony.

The sustainable agriculture movement is but one small part of a far larger movement that is transforming the whole of human society. But a society that cannot feed itself quite simply is not sustainable. Human civilization is moving through a great transformation from the technology-based, industrial era of the past to a knowledge-based, "sustainable" era of the future. Agriculture is moving through a similar transition.

The industrial model of the past, and present, was based on the assumption that the welfare of people was in conflict with the welfare of nature. People had to harvest, mine, and otherwise exploit nature, including other people, to create more goods and services for consumption. Human productivity is defined in terms of one’s ability to produce goods and services that will be bought and consumed by others. Quality of life is viewed a consequence of consumption – something we can buy at Walmart or Disney World. The more we produce, the more we earn, the more we can consume, and the higher our quality of life. The more we can take from nature, and each other, the higher our quality of life.

The sustainable model is based on the assumption that people are multidimensional – that we are physical, mental, and spiritual beings. We have a mind and soul as well as a body. All three determine the quality of our life -- what we think and what we feel as well as what we consume. And, the three are as inseparable as the height, width, and length dimensions of a box. A life that lacks the physical, mental, or spiritual is not a life of quality, as an object that lacks a height, width, or length dimension is not a box. The industrial model has focused on the physical body, the self -- getting more and more to consume.

The sustainable model focuses on finding harmony among all three – the physical, mental, and spiritual -- on leading a life of balance.

Spirituality is not synonymous with religion. Spirituality refers to a felt need to be in harmony with some higher unseen order of things – paraphrasing William James, a well-known religious philosopher. Religion, at its best, is simply one means of expressing one’s spirituality. Spirituality assumes a higher order to which humans must conform – if we are to find peace. Harmony cannot be achieved by changing the "order of things" to suit our preferences. Harmony comes only from changing our actions to conform to the "higher order." A life lived in harmony is its own reward.

A sustainable agriculture must be economically viable, socially responsible, and ecologically sound. The economic, social, and ecological are interrelated, and all are essential to sustainability. An agriculture that uses up or degrades its natural resource base, or pollutes the natural environment, eventually will lost its ability to produce. It’s not sustainable. An agriculture that isn’t profitable, at least over time, will not allow its farmers to stay in business. It’s not sustainable. An agriculture that fails to meet the needs of society, as producers and citizens as well as consumers, will not be sustained by society. It’s not sustainable. A sustainable agriculture must be all three – ecologically sound, economically viable, and socially responsible. And the three must be in harmony.

Some see sustainability as an environmental issue. They are wrong. It is an environmental issue, but it is much more. Any system of production that attempts to conquer nature will create conflicts with nature, degrade its environment, and risk its long run sustainability. Industrial agriculture epitomizes a system of farming in conflict with nature. Sustainable farming systems must function in harmony with nature.

The fundamental purpose of agriculture is to convert solar energy into products for human food and fiber. Nature provides biological means of converting solar energy into living plants and animals. Nature provides means by which things come to life, protect themselves, grow to maturity, reproduce, and die to be recycled to support a future generation of life. Agriculture attempts to tip the ecological balance in favor of humans relative to other species. But, if we attempt to tip the balance too far, too fast, we destroy the integrity of the natural system of which we are a part. A sustainable agriculture must be in harmony with nature.

But, a sustainable agriculture also must be in harmony with people. Since people are a part of nature, with a basic nature of our own, a sustainable agriculture must also be in harmony with human nature. A socially sustainable agriculture must provide an adequate supply of food and fiber at a reasonable cost. Any system of agriculture that fails this test is not sustainable, no matter how ecologically sound it may be. But "man does not live by bread alone," and a socially responsible agriculture must contribute to a positive quality of life in other respects as well.

The industrial system of farming has destroyed the family farm as a social institution, has caused rural communities to wither and die, and has changed the social impact of agriculture on society in general from positive to negative. A sustainable agriculture must meet the food and fiber needs of people, but it cannot degrade or destroy opportunities for people to lead successful, productive lives in the process. A sustainable agriculture must be in harmony with our nature of being human.

Finally, a sustainable agriculture must be in harmony with the human economy. The greatest challenge to farming in ways that are ecologically sound and socially responsible is in finding ways to make such systems economically viable as well. Our current economy seems to favor systems that exploit their natural and human environment for short run gains. Those who choose to protect the natural environment must sacrifice any economic opportunity that might result from exploiting it. Those who show concern for the well being of other people – workers, customers, or neighbors – must sacrifice any economic opportunity that might result from exploiting them. So it might seem that sustainability requires that one sacrifice some economic well being to achieve ecological and social sustainability.

Conventional thinking assumes the relationship among the environment, social, and economic wellbeing is a trade-off relationship – that one can have more of one only by sacrificing some of the others. However, this represents a highly materialistic worldview. If anyone gets more of something, then someone else must have less of it. There is only some fixed quantity that must be allocated among competing ends. This materialistic worldview ignores the fact that we can gain satisfaction, for ourselves, right now, by doing things for others and by saving things for future generations – just because we know these are the right things to do. Our satisfaction is not dependent on realizing the expectations of some future personal rewards – the reward is embodied in the current action rather than the future outcome. There is inherent value in living and working in harmony. Getting more of one thing without having more of the others only creates imbalance and disharmony – making us worse off rather than better off.

However, the necessity for economic viability is a very real concern – even for those who pursue harmony rather than material wealth. If our endeavors are not economically viable, we lose the right to pursue those endeavors. But, how can a person make a living farming without degrading either the natural environment or the surrounding community? Industrial farming sets the standard for dollar and cent costs of production – and industrial farming exploits its natural and human resource base to keep those costs to a minimum. How can a sustainable farmer compete? The answer is not to compete with industrial farming but to do something fundamentally different.

This something different includes letting nature do more of the work of production – working with nature rather than against it. Production costs may be competitive with, if not lower than, industrial systems if you let nature do enough of the work. Organic production methods, management intensive grazing, pastured pork and poultry, low-input farming -- these are all systems that rely less on off-farm commercial inputs and more on one’s ability to understand and work with nature. Industrial systems require uniformity and consistency, but nature is inherently diverse and dynamic. Harmony comes from matching what you produce and how you produce it to the unique ecological niche in which you produce. The greater the harmony the more of the work nature will be willing to do.

Finding harmony means reconnecting with the land. . Wendell Berry puts it most succinctly in his book, What are People For, "...if agriculture is to remain productive, it must preserve the land and the fertility and ecological health of the land; the land, that is, must be used well. A further requirement, therefore, is that if the land is to be used well, the people who use it must know it well, must be highly motivated to use it well, must know how to use it well, must have time to use it well, and must be able to afford to use it well (p. 147)." Sustainable production is possible only if farmers have a harmonious relationship with the land – if they know it, care about it, know how to care for it, take time to care for it, and can afford to care for it – only if they love it.

Something different also means marketing in the niches – giving people what they really want rather than coercing or bribing them to take what you have for sale. The conventional wisdom is that niche markets are limited because individually they are small. The conventional wisdom is wrong. All consumer markets are niche markets, because they are made up of individuals, and we all want and need something a bit different. Industrial systems of mass production and mass distribution treat things as if they were pretty much the same. The cost saving in industrial systems come from doing the same basic thing over and over again – producing uniform commodities in large volume. Niche marketing means giving people what they actually need and want – producing in harmony with the market.

Finding harmony means reconnecting with people – as fellow human beings rather than as consumers, producers, or some other generic economic entity. Joel Salatin, a Virginia farmer and agripreneur, refers to this as "relationship marketing." When you have a relationship with your customers, they do not simply represent a market to be exploited to make a few more dollars. They are friends and neighbors that you care about and don’t want to lose. When your customers have a relationship with you, you are not just another supplier to be haggled down to the lowest possible price to save a few dollars. You are someone they care about and don’t want to lose. When you know, care about, and have affection for each other, you have a relationship that creates value above and beyond market value. You are contributing directly to each other’s quality of life. You are creating a harmony that arises only among people who love one another.

Neither land nor people can be sustained unless they are given the attention, care, and affection – the love -- they need to survive, thrive, and prosper. The necessary attention, care, affection, and love come only from lives lived in harmony -- among people and between people and nature.

Finally, as more farmers and customers, sharing common concerns for ecological and social sustainability, develop relationships through the marketplace, their economic communities of interest will expand as well. Customers will be willing to pay more and farmers will be willing to provide more because they are both getting more from the relationship than just money. Those who might attempt to exploit these new economic communities for short run gains – those motivated by economic value rather than ethical or moral values – are destined to find disappointment. Those who join in seeking balance among the economic, ecological, and social dimensions of their lives – among the physical, mental, and spiritual – will be rewarded. They are helping to create a new world in which people may learn to live in harmony with each other as well as in harmony with nature.

Until next time...become the change you imagine.


Saturday, January 5, 2008

How to make trash disappear and the Zero Waste concept

Humans are the only creatures on earth that create waste. While there are many who would argue the validity of that statement, if waste can be defined as:

1. having served or fulfilled a purpose; no longer of use.
2. rejected as useless or worthless;
3. pertaining to material unused by or unusable to the organism

then this statement is, in fact, true.

In the natural world everything is used, and reused, in a continuous cycle. A description of this process is Waste = Food, which was coined by William McDonough. In his book Cradle to Cradle, with Michael Braungart, McDonough explains how products can be designed from the beginning to provide nourishment for something new, once the products' usefulness is over.

There are several ways we can begin to reverse the damage our "cradle to grave" mentality has caused:

  1. Buy natural, organic products that can be returned to the earth.
  2. Recycle, reuse, repurpose non-organic products.
  3. Take toxic waste products (i.e. chemicals) to an approved disposal location.
  4. Instead of throwing away items you no longer want: give them to needy individuals or families, donate them to charity thrift stores, join Freecycle and list them in your local area
  5. Start a recycling, reuse system at your job.
  6. Tell companies you buy products from to reduce wasteful packaging.
  7. Get Rid of Junk Mail (go to ecofuture.org)
  8. Sign up for paperless billing.
  9. Paper and food trash can be composted; plastics, aluminum, and glass can be sold to recycling centers.

What else can be done? I'd love to hear from you!

"Teach others by example. Share what you learn. Become the change you imagine." --Izmet