gobar_banner.gif (5252 bytes)

 

gt_coverf.gif (1019 bytes)

home
Editorial
Letters

Cow Pats

Cover Feature

gt_poster.gif
Ask me
Links

gt_archive2.gif


line.gif (57 bytes)


environment.gif

line.gif (57 bytes)


line.gif (57 bytes)

 


 

p72.jpg Hey you, 'ecoilliterates'!!
Learn from Nature. Learn from Nature. Learn from Nature.

So many wise men have been saying this for centuries. But this is easier said than done. As a first step, we viewed the air, water, land, people, animals and plants together and called it the environment. Then we studied the relationships between all of these and called it ecology. What next? How about "deep ecology" as the next logical step forward in bringing us closer to nature? Now, what’s that all about?

Deep ecology tells us that all the living beings on this planet form the web of life and that we are merely a strand. It doesn’t detach man from the environment like "shallow ecology" does and clearly tells us our progress depends on the progress of the entire web.

Secondly, we have to understand that if the human race wants to live as sustainable communities throughout the earth, then it has to learn critical lessons from the ecosystems, which are sustainable communities of plants and animals in the first place. Moreover, the planet’s ecosystems have organized themselves in complex ways so as to maximize sustainability for more than three billion years of evolution. That’s rich experience. When nature utilizes mechanisms of problem solving based on chaos, why can’t we?

Again, easier said than done. But that’s where new maths steps in. For, it is the only science that can deal with the "chaotic" nature of nature and its complex ecosystems. While we are still a long way away from applying it and getting results vis a vis the ecology, we are already making small breakthroughs in other fields, which will help in the long run.

The first step forward is that we must all become "ecolitereate". Ecoliteracy can be defined as understanding the principles of organisation of ecosystems and using these systems to sustain human communities.

We will have to change our educational, business and political communities accordingly and formulate a set of new principles to govern our world. Air, water and soil are so precious and yet they are free. Free of cost and free to abuse. Most products do not take into account the environmental and social costs taken to produce them.

To balance this, it would be a good idea to introduce an ecology tax to reflect a products true costs. In the long run, this would drive wasteful and harmful technologies and consumption patterns out of the market. We must learn to do more with less.

Ecology's basic principes — interdependence, recycling, partnership, flexibility, diversity — will all take us to sustainability.

Nature is not a perfect system of perfect figures and perfect relationships, and yet the sum of the whole is extremely stable. All we have to do is mimic nature and make our world just as beautiful.

We must learn to do more with less.


icon.gif Next Page 1 2 3 4 5 6 7 8

 

email.gif