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We May Save The Planet If We Run Out Of Gas?

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Indeed, it does seem that the Earth will run out of oil, natural gas and coal much more quickly than was, originally, anticipated by researchers keeping track of overall expenditure of these resources [1]. At the same time, others warn that any expectation of nuclear power taking over as an effective substitute is both unrealistic and, potentially, ruinous [2].

On other grounds, ethanol can’t work either [3]. Meanwhile, wind, solar and hydro provisions won’t be sufficient in and by themselves. In addition, what sort of work will people – the billions making their livings in industries related to airlines, cruise lines, mechanized workshops and factories producing oil based products such as plastic items and fertilizers — do since their jobs are dependent on the use of huge amounts of petroleum? Yes, what will they all do once it all but disappears?

In the same vein, our high rate of agricultural yield, medical care, transportation of the basic goods needed to sustain life, home heating and cooling, travel related to school and work, as well as so much more constituting “our way of life” are all, directly and indirectly, reliant on fossil fuels. Likewise, many diverse industries require huge energy inputs for the production of a voluminous and diverse assortment of wares on which most people have come to depend. Therefore, it is ill-fated that most of our electricity derives from coal, gas and oil. For example, 68 % of the electricity in the US is provided by these power sources [4] and nothing yet found by scientists can adequately replace them without disastrous results.

Meanwhile, imagine any vast city, with its dense population, trying to survive without all of the diesel guzzling trucks, trains, ships and jets constantly bringing in an endless stream of food, drugs, clothes, etc., to various points accessible to the millions of occupants living within the metropolitan confines. Imagine manufacturers trying to provide enough necessary (as opposed to frivolous) products, such as cans for preserved food, without the inordinate amount of energy that is, currently, being used in their creation. Imagine police, fire, school and hospital departments trying to run without electrical power. Imagine the seemingly endless miles and miles of farms across the globe trying to operate without the provision of manmade herbicides and pesticides (developed out of oil), as well as devoid of their gargantuan planting and culling machinery.

If we had small self-sustaining communities across the world fulfilling most basic needs locally, our dependence on fossil fuels would not be such a daunting issue. Needed adjustment (weaning away from our heavy addiction) could transpire more easily. However, our complex lifestyles and ever booming population necessitate increasing amounts of energy to be sustained.

Especially this is so with the ways that our capitalistic system and transnational economics are configured so as to obtain cheap raw materials in one location, low wage labor in a second and high paying purchasers in a third with the goal in mind to always provide ever more consumables to ensure ever great profit for corporate heads and stock holders. In other words, our customs and standards of living are, literally, bringing us ever closer to a pending downfall.

This in mind, what a horrible mess that our species has gotten itself into and without a really good way out! All the same, “Mother Nature,” ultimately, does have a solution to our predicament, albeit a devastating one.

In this vein, it will, likely, lead to the most rapacious members of humankind (the ones who’ve always garnered the most power, resources and money for themselves) making out just fine, as always. Their kind — comprising of corporate moguls, certain government leaders appropriating benefits from war mongering activities and others of their ilk — nearly always find a way to flourish in spite of surrounding adversity.

From an evolutionary standpoint, this sort of outcome always is the case regardless of whether we find this pattern morally repugnant and outrageous or not. Survival of the fittest always has meant that those most successful at taking “the lion’s share” most often thrive regardless of whatever happens to everything and everyone else.

Yet despite the many severe daunting problems that the rest of us will, obviously, face due to the decreasing supply of fossil fuels, the benefits from running out of them, certainly, could include curtailment of global warming effects. All the same, it does not seem that their disappearance will provide any welcomed panacea for humanity’s collective and looming woes [5].

In part, this is because many diverse environments across the globe are staggering under the influence of weather changes already having taken place from the rising heat. Our species and other ones are already at risk from the nearly universal threat of drought, crop reduction [6], ever more powerful hurricanes, wild floods, spreading fires, vastly expanding desert regions, rising oceans and other awful impacts. Meanwhile, they’re slated to get worse.

Even the outcomes that are not so thoroughly daunting are bad. As Jean-Louis Robert Turcot, a naturalist in Canada, notes, “In terms of the global warming scenarios that are becoming more and more evident as time goes on, I witnessed a small part of it just yesterday in a remote fishing lake which I, occasionally, visit. The Pine Beetle [Dendroctonus ponderosae], which is usually controlled by spells of cold winter weather, are devastating forests of British Columbia and about twenty-five percent of the trees that line the lake are now red, killed by the insect infestation, with predictions of a ninety percent kill ratio. I felt for the time in my heart that nature was truly being affected, even though these trees were far removed from humanity and I did feel a moment of deep sadness…”

Indeed, one can notice lots of changes in many locales in terms of a variety of destabilizing factors. Perhaps if these came only singularly to individual species, the results, in some instances, wouldn’t be so severe. However, they, en masse, create far-reaching problems. As such, there is just too much with which to simultaneously deal.

For example, Eurasian Watermilfoil (Myriophyllum spicatum), a non-indigenous plant life with no easy local means for curtailment, thrives in acidic, carbon rich waterways (such as US lakes have become due to their containing acid rain and serving as carbon sinks). With such favorable growth conditions provided, it is, literally, choking the life out of many water systems across America.

Combined with further negatives, such as higher water temperatures and other factors, many aquatic species are shrinking in numbers or altogether perishing. In short, the noxious Milfoil, co-joined with other impingements, is destroying much submerged life on which many other life forms depend. Hence, whole interactive systems are vanishing underwater AND around shores. Moreover, further organisms, ones reliant on the shore life for their sustenance, are similarly being decimated and so on down the line.

Summed up, the resultant changes, in turn, punch holes in the food web, which creates further problems due to natural environments being largely interdependent in complex ways. As a result, whole immense bionetworks are falling like intersecting arrays of dominoes wherein each bar pushes another one or two down, which does the same to further ones in a branching system. In this manner, many eco-niches are, slowly, failing across the planet.

Another example, this one on land, concerns the white birch. Due to ozone layer thinness, they have grown spindly and are not developing thick trunks. (I was told that this was the reason when I asked a forest ranger to whom I mentioned that I’d noticed the change.) As a result, many of them have tall spaghetti-like branches that, when they get top heavy with leaves, snap in half. Losing a few branches this way, in and of itself, might not pose a problem. Yet, with the huge openings in the surface of the birch due to breakage, all sorts of organisms have easy entrance and finish the trees off in combination with their weakened state due to drought and delimited sustenance from photosynthesis caused by the massive leaf loss. As such, I have seen huge stands, covering many acres, with approximately ninety percent dead birch resultant from this ugly occurrence.

While these accounts involve observation and are merely anecdotal, one can be sure that many other species are experiencing similar difficulties due to a variety of intersecting causes, that, both directly and indirectly, create problems for yet further species one after another in a cascading array.

All considered, how much will have to be missing from the overall complex matrix before a tipping point is reached so that many environments become unable to foster much life, including human existence? Where would people go when all the good places left have already been overrun by everyone else having the same idea of migrating to the last locations capable of supporting survival?

As John Muir, the environmentalist, suggested around a hundred years ago, “Tug on anything at all and you’ll find it connected to everything else in the universe.” He, also, predicted, “Brought into right relationships with the wilderness, man would see that his appropriation of Earth’s resources beyond his personal needs would only bring imbalance and begat ultimate loss and poverty by all.” How unfortunate that his peers — our forebears — never earnestly heeded his words. However, it may not be too late for us to do so. Accordingly, we must, with greatest determination, try!

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