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GMO Oranges? Altering a Fruit's DNA To Save It
biobricks writes "A New York Times story says the Florida orange crop is threatened by an incurable disease and traces the efforts of one company to insert a spinach gene in orange trees to fend it off. Not clear if consumers will go for it though." The article focuses on oranges, but touches on the larger world of GMO crop creation as well.
Nature has been genetically modifying fruit for millions of years. Genetic modifications can be good, bad, or some of each.
Just because something is "natural" doesn't mean it's good for you. Many natural things are quite deadly. Just because something is modified by humans doesn't mean it's bad for you. It might be! But you don't know that just because it's "genetically modified".
No. Cannot and Will Not go there.
Faster! Faster! Faster would be better!
Genetic modification of crops in a formal sense scares people for now. But, this is a young technology, and current genetic modifications are made, to a certain extent, blindly. While these modifications have known effects, they are also bound or at least potentially bound to have unknown effects as well. The reason, however, that these do not scare me so much is that this technology will only progress, and we will only gain a better understanding of how these modifications are affecting our crops. Hopefully, we can make decent decisions ab out regulating this in the mean time, but I think it won't be terribly long before we can make genetic modifications that are solely safe and hopefully better for consumers. In terms of the historical progression of agriculture, there has never been a time in human history that we have NOT modified the genes of our crops; only, we have done this through controlled abuse of the relatively quick and convenient evolution of crops given their short lifespan (new generations are quick to rise). Barely anything we eat today would be naturally occurring in actual nature. We designed these things to occur through comparatively (to GMO) crude methods. Bigger watermelons, redder strawberries, beefier wheat, or what have you. GMO could be the next step in this progression of healthy and nutritious foods IF done correctly. All the same, with knuckle-heads controlling the direction of GMO, it could have vastly different and unknown consequences. I'm simultaneously nervous and interested to see where it goes with a little more time.
Once you understand how commercial orange juice is made I guarantee you'll never want to drink it again.
As stated by others, this is a natural phenomenon and is only a problem for modern industrial agriculture practices, especially those based on the mass monocropping of a few select breeds to feed the world. Putting all of our eggs in a few baskets is just ignorant. An ecosystem requires diversity to survive.
This smells like a scheme to make GMO crops more acceptible to the public, suggesting only science can save the oranges and therefore we'll just have to get use to the idea of GMO crops, as if there were no other viable alternatives.
Here's an alternative - replace monocrop orchards with polyculture farms (i.e. food forest) that are based on the same principles of natural ecosystems. Their diversity is what has allowed them to survive just fine without human interaction for longer than we've been around to fuck up the works.
>"Florida orange crop is threatened by an incurable disease"
And perhaps that is because they plant millions of the same species/strain with no natural variation? Haven't we learned yet how bad that is?
Quoth TFA:
“In all of cultivated citrus, there is no evidence of immunity,” the plant pathologist heading a National Research Council task force on the disease said.
Deal with it: there's no all-wise Mother Nature who has arranged for the perfect harmony of all beings. Species evolve taking advantage, in spite of, or in a mutual-benefit relationship with other; and then sometimes because the other simply isn't around. Previously isolated species may meet, and whole taxa may thrive or perish.
Citrus greening disease has been around for a century across species, and it's incurable. The alternatives are 1. eradicating the pathogen (good luck), 2. eradicating the vector (even harder, and craptons of pesticides are required), 3. making the vector immune (read: genetic manipulation), or 4. making the plant immune (again, genetic manipulation). Pick your poison.
This post contains no rudeness or derision of any kind. All arguments are friendly. Terms and exclusions may apply.
I agree with your point, but to be fair Round-Up (glyphosate) is an herbicide and not a pesticide. I know, sounds like semantics, but making good arguments but messing up the details makes your point less salient. Glyphosate is also one of the safest herbicides in wide spread use, numerous studies have shown little if any long term adverse side effects and while acute toxicity is a possibility it is extremely rare and almost certainly an issue of a accidental extreme exposure. Natural resistance to glyphosate is the REAL reason to not want it used so widely. It is an extremely useful herbicide and to apply it when MANY alternatives exist because it make life easier than those alternatives is poor agriculture.
Sorry, but the big problem is monoculture. This results in an entire crop being (nearly) genetically identical. THIS results in all plants being susceptible to the same invasive organism...of course it's also what makes the taste, shape, etc. so predictable, and until the invasive organism arrives, that's quite advantageous.
I think we've pushed this "anyone can grow up to be president" thing too far.
From your own citation [118]: "It may be that some Roundup Ready seed was carried to Mr. Schmeiser's field without his knowledge. Some such seed might have survived the winter to germinate in the spring of 1998. However, I am persuaded by evidence of Dr. Keith Downey, an expert witness appearing for the plaintiffs, that none of the suggested sources could reasonably explain the concentration or extent of Roundup Ready canola of a commercial quality evident from the results of tests on Schmeiser's crop. His view was supported in part by evidence of Dr. Barry Hertz, a mechanical engineer, whose evidence scientifically demonstrated the limited distance that canola seed blown from trucks in the road way could be expected to spread. I am persuaded on the basis of Dr. Downey's evidence that on a balance of probabilities none of the suggested possible sources of contamination of Schmeiser's crop was the basis for the substantial level of Roundup Ready canola growing in field number 2 in 1997."
In case it isn't clear: you can't be successfully sued for accidental gene transfer.
I can't tell be sure if this is wild bluster, trolling, or stupidity - but it's likely all three.