


The absence of a mechanized, petroleum-fueled agriculture, one that is more subsistence-based for home consumption, very dependent on manual labor with additional power supplied by oxen, makes Nepali agriculture appear sustainable and relatively stable over long periods of time. It utilizes local, seasonal supplies of surface water that requires little additional energy (mainly gravity) to move to the crops in the field. About 50 percent of the yearly supplemental nutrient applied to crops is from locally produced organic fertilizer derived from composted animal manure. These features represent facets of a sustainable agriculture seen in the context of a small country with a small population to feed, but I want to explore whether that is a valid assessment of Nepali agriculture in general.
The concept of sustainability, as I have been using it, represents a continuum of perspectives and practices. It consists of many, many variables. It's usually boiled down to a few axioms that are useful but not accurate. It has also become a "buzz word" which further blurs its meaning. What's sustainable in Nepal might not be any where else. Or what is sustainable for one individual may not be seen as sustainable by another individual. As a continuum, sustainability is a measuring tool that gives us a way to compare practices, impacts, rates of adaption and eventually allows us to make decisions that promote the health of the soil, the water, the plants, the Planet, and each of its inhabitants. Sustainability equals reduced stress in living systems which, on the flip side, translates to greater, or optimal health of living systems. As I mentioned before it is really a broad organizing concept that helps pull information into a central heading for closer (better?) evaluation and decision making.
In the early 1960s with the advent of the IBM Fortran 1640 computers the field of Ecology, as a substantial field of science, became modernized in a brief period of time. The word "ecology" was suddenly on everyone's lips, used in advertisements for myriad consumer items. The term "sustainability", congers up some of the same ideas Ecology does about the interrelationships between the environment and the seeminly infinite numbers of living things inhabiting those environemnts. One really sound measure, today, of whether what we humans are doing is sustainable or not, is the fate of the biodiversity within those environments as it is represented by the fauna and flora on our planet. All of us are probably aware that the biodiveristy index is shrinking astonishingly quickly (tragically) almost on a daily basis.
Those early IBM computers made it possible to collect and store enormous amounts of precise data and organize the data into a more comprehensible picture of the Earth's ecological systems then what had existed before. By the way, those computers were as slow as molasses, as big as automobiles, and made really strange, scary noises late at night in the college laboratories they inhabited.
Ecology suddenly became a very important science for helping us understand the complex interrelationshhips of all things, everything that makes up the natural world here on Earth, and the human impacts on those systems.
In addition, computers changed the way we use language to define things. Computers created a language of their own that change the way we perceived the Earth and the living systmes and one spectacularly related phenomenon, the Apollo Space Program, which was computer "driven" created a revolution in how we perceive the Earth. That was when in 1969 American astronauts made the first moon landing and immediately began sending back photographic images of the Earth. In an instant most people on Earth near a television suddenly saw their home as a gorgeous, brilliant blue, white, brown, green marble hanging precariously in the blackness of space. Those images revolutionized the way we thought and talked about the Earth.
The concept of sustainability, as I have been using it, represents a continuum of perspectives and practices. It consists of many, many variables. It's usually boiled down to a few axioms that are useful but not accurate. It has also become a "buzz word" which further blurs its meaning. What's sustainable in Nepal might not be any where else. Or what is sustainable for one individual may not be seen as sustainable by another individual. As a continuum, sustainability is a measuring tool that gives us a way to compare practices, impacts, rates of adaption and eventually allows us to make decisions that promote the health of the soil, the water, the plants, the Planet, and each of its inhabitants. Sustainability equals reduced stress in living systems which, on the flip side, translates to greater, or optimal health of living systems. As I mentioned before it is really a broad organizing concept that helps pull information into a central heading for closer (better?) evaluation and decision making.
In the early 1960s with the advent of the IBM Fortran 1640 computers the field of Ecology, as a substantial field of science, became modernized in a brief period of time. The word "ecology" was suddenly on everyone's lips, used in advertisements for myriad consumer items. The term "sustainability", congers up some of the same ideas Ecology does about the interrelationships between the environment and the seeminly infinite numbers of living things inhabiting those environemnts. One really sound measure, today, of whether what we humans are doing is sustainable or not, is the fate of the biodiversity within those environments as it is represented by the fauna and flora on our planet. All of us are probably aware that the biodiveristy index is shrinking astonishingly quickly (tragically) almost on a daily basis.
Those early IBM computers made it possible to collect and store enormous amounts of precise data and organize the data into a more comprehensible picture of the Earth's ecological systems then what had existed before. By the way, those computers were as slow as molasses, as big as automobiles, and made really strange, scary noises late at night in the college laboratories they inhabited.
Ecology suddenly became a very important science for helping us understand the complex interrelationshhips of all things, everything that makes up the natural world here on Earth, and the human impacts on those systems.
In addition, computers changed the way we use language to define things. Computers created a language of their own that change the way we perceived the Earth and the living systmes and one spectacularly related phenomenon, the Apollo Space Program, which was computer "driven" created a revolution in how we perceive the Earth. That was when in 1969 American astronauts made the first moon landing and immediately began sending back photographic images of the Earth. In an instant most people on Earth near a television suddenly saw their home as a gorgeous, brilliant blue, white, brown, green marble hanging precariously in the blackness of space. Those images revolutionized the way we thought and talked about the Earth.

We've latched on to the word "sustainability" as an expression of hope and commitment. We, started fairly recently to critically measure all impacts humans have on the planet particularly those which pose a serious threat to the "sustainability" of the Earth where sustainability means survival. Right now, as I write this in April 2009, sustainability is most often used in conjunction with the terms "biodiversity" and "global warming", the two popular measuring tools of sustainability. Within those terms sustainability poses the critical question: "will the Earth continue to sustain life indefinitely? Will we be able to sustain our existence here indefinitely? These are post-modern questions and the first real indicators that something is terribly wrong. The first cues about the accumulated damage we've been doing to our planet initially emerged from books like Rachel Carson's "Silent Spring" in which she reported the enormous damage done by the DDT and other pesticides. It was widely read and instantly a comprehensive, unified response by the US government which was to ban the use of DDT in the United States. That was an example of "sustainability" in action and one of the first of numerous warnings that reached a broad cross section of the population and created a consensus along with a "mindfullness" that we needed to be much more aware of what we are doing to the environment. Carson's book coalasced a broad response from conservation, preservation, and environmental organizations like the Sierra Club, The Audubon Society, and the Wilderness Society.

Beginning before the Christian era (2000 BP) corn began to "migrate" to the far corners of North and South America. A long list of Native bands from present day Canada and the United States, from ocean to ocean, have had corn in their diets for more than a 1000 years if not longer. It is now grown on every continent including Asia and Africa where it's a very important food source. It was introduced into Nepal in the mid-1800s and has, since then, offered a secure staple crop that would not fail if the rice crop failed. I am going to guess that corn was introduced to offer some insurance against famine. Corn, at the time it was introduced, had no known pests in Nepal and it grows well in the climate and soils of Nepal, and uses the same tools and labor force that rice does for planting, cultivating and harvesting.
There is a section in the blog below on rice cultivation but to compare corn and rice historically is interesting. The latest theories regarding the development of rice as a cultivated food say that it was first domesticated along the Yalu River in China beginning 7000-6000 years ago and that it took almost 2000 years to develop reliable domestic varieties. It began with wild varieties and over a painstaking period and process rice eventually emerged as a dependable food crop. This history parallels the development of other grains like buckwheat and wheat further east during the same period in human history.





In 1919, in the US, 90 percent of the male work force was involved in some area of agriculture whether it was on the farm or working at a factory that made tractors and plows, or other implements, or fertilizer and pesticides (although there were few chemical pesticides in use at that time). In 2009 less than 10 percent of the entire US work force is involved in agriculture and most of that is within the golf industry. Golf Courses in the US now account for millions of acres (approximately 3,000,000 acres in 2009) of grass that needs watering, fertilizers, insecticides, specialized lawn mowers, etc. It is the largest sector of agriculture in the US at the present time .


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