A Perfect Coincidence
This article coincides with
one of the severest droughts since the Dust Bowl in the Midwest of the US. I
think, I also read there were so far few farmers who used this product at the
time of this drought.
An Exciting New Development Of The Green
Revolution
As Mr. Thompson writes “Rising
world-wide affluence, particularly in countries such as China and India [ca. 2.2
billion population together], will place ever greater demands on food production
and, in turn, on water resources. … [a]
gene from the bacterium Bacillis subtilis is inserted in the DNA of corn; the
resulting plants tolerate drought more effectively and require less water in
non-drought conditions. . how to
produce food using less water, fewer
pesticides, herbicides, and synthetic fertilizers.” (Emphasis added). [This is
what this is about, more food with less water, drought tolerance is only a
welcome side effect.]
What the author did not
specifically say in this article, but which I have read elsewhere is that there
are unmodified plants in nature which have the natural capability to resist
droughts. So why should we not copy or apply this capability to other crops?
As the author points out in
his article, this is a brand new development at the very beginning. Thus, I am
sure, this new technology will be improved and made safe like so many others
before.
In my opinion, humans are perhaps
only decades away from producing our daily food without planting and harvesting
plants like humans have done for several millennia.
Union Of Concerned Scientists Reacts
This article by Mr. Thompson
has immediately elicited critical responses by this Union of ‘independent’
scientists. On 9/16/2012 a letter to the editors of the WSJ titled “
Drought-Resistant
Corn Is Oversold” appeared written by Doug Gurian-Sherman.
He is also the author of study
published by the Union titled “
High
and Dry/Why Genetic Engineering Is Not Solving Agriculture’s Drought
Problem in a Thirsty World” published June 2012. I think, based on the subtitle
of this study, the author is confusing something: the purpose of genetic
engineering is not to solve a drought problem.
Mr. Gurian-Sherman is listed
as an
Expert
and works for this Union and he previously worked for among others for EPA (US
Environmental Protection Agency) and FDA (US Food and Drug Administration). “Dr.
Gurian-Sherman holds a doctorate degree in plant pathology from the University
of California at Berkeley.” I wish that Mr. Borlaug, a Ph. D. in plant pathologist himself, and Mr.
Gurian-Sherman could have had a little chat.
So much attention from this
Union, there must be something good about Monsanto’s DroughtGard.
Mr. Gurian-Sherman writes in the
last paragraph of his above letter “While Monsanto and its competitors have struggled to overcome inherent technical difficulties with
genetic engineering—such as unintended gene interactions that can make
crops less valuable—more mature farming practices and technologies, including organic and other ecology-based farming
systems and advanced breeding techniques, have delivered far more with far less investment. These promising but often neglected technologies, not genetic
engineering, deserve increased support.” (Emphasis added). Do I detect that
this ‘independent’, concerned scientist has some kind of bias?
He also warns us in blog post
that biotechnology like “The backers of nuclear power claimed it would become
“too cheap to meter” after it was rolled out more than half a century ago.
Nuclear power is still expensive, and still faces big technological hurdles
such as the disposal of nuclear waste. And
after Fukushima, we are less
sanguine about its safety as well.” (Emphasis added). Well to compare
biotechnology (or more specifically Monsanto’s DroughtGard) and Fukushima is
cheap demagoguery. Was it not this Union and other so called concerned
scientists who have for decades vigorously fought against civilian use of
nuclear power?
In the above blog post, the
author writes (just a few selective excerpts):
1.
“Thompson ignores the part of our report [“High
and Dry”] that examines why the technology faces significant challenges in
addressing drought. These include unanswered
questions about complex and
unpredictable interactions of engineered genes with the rest of the workings of
the crop that may result in undesirable tradeoffs in crop properties.”
(Emphasis added).
[Uh, sounds scary! That is what ‘independent’, concerned scientists do for a living,
scare the s**t out of us, right? Had humans always been so scared we would
still be living in caves.]
2.
“… we also need to understand whether it [biotechnology,
genetic engineering] may be compatible with justice and fairness.”.
[Well, when scientists get near “justice and fairness”, we have to pay extra
attention. Is this a study by the Union or an opinion piece by an individual?]
3.
“Finally, he compares GE [genetic engineered] food
to GE medicine, expressing exasperation at the greater acceptance of biotech
drugs. But these two applications of biotechnology present very different
benefits. Medicine is a choice, and
we may accept serious side effects because the alternative may be more dire.
Food is a daily necessity, and when our food supply is inundated by GE, our choices become limited.”
[Now, that is an interesting argument. So what if GE medicine is partially
based on plants? So he does not mind the risks potentially involved with GE
Medicine, but is opposed to GE food? Starving for hunger is a choice too, right?
The author and his followers are free to plant any food free of GE to have more
choices. In short, this argument is bizarre.]
Don’t Trust Concerned Scientists
These scientists are perhaps
concerned, but these are most likely not your concerns.
Why did I waste so much effort
writing about the responses by the Union of Concerned Scientists? Simply, to
demonstrate how biased scientists operate and that we all should take the words
of so called ‘independent’, concerned scientists with a huge
grain of salt (“The
phrase [cum grano salis or correctly a addito salis grano] comes from Pliny the
Elder's Naturalis Historia, regarding the discovery of a recipe for an
antidote to a poison.” according to
Wikipedia).