First Superbugs, Now Superweeds

Finxray writes "Years of heavy use of the broad spectrum herbicide Roundup has led to the rapid growth of superweeds. They are spreading throughout North America, creating headaches for farmers and posing 'the single largest threat to production agriculture that we have ever seen,' according to Andrew Wargo III, the president of the Arkansas Association of Conservation Districts. From the article: 'The first resistant species to pose a serious threat to agriculture was spotted in a Delaware soybean field in 2000. Since then, the problem has spread, with 10 resistant species in at least 22 states infesting millions of acres, predominantly soybeans, cotton and corn. The superweeds could temper American agriculture’s enthusiasm for some genetically modified crops. Soybeans, corn and cotton that are engineered to survive spraying with Roundup have become standard in American fields. However, if Roundup doesn’t kill the weeds, farmers have little incentive to spend the extra money for the special seeds."

Comments

Monsanto v. Schmeiser

[tepples]

When Monsanto can successfully sue you for patent infringement when a neighbor's seeds blow onto your land, then yes, Monsanto needs to die. If "Roundup Ready" weeds are part of it, bring them on.

Re:Monsanto v. Schmeiser

[confused one]

seed nothing. Pollen is all it takes for the patented gene to cross into your fields.

Re:Monsanto v. Schmeiser

[garynuman]

When Monsanto can successfully sue you for patent infringement when a neighbor's seeds blow onto your land, then yes, Monsanto needs to die. If "Roundup Ready" weeds are part of it, bring them on.

He wasn't sued because some seeds blew onto his land. He was sued because he harvested the product of those seeds and replanted 95% of his field with them the following year.

By your bizarre logic, the dude that found the iPhone prototype should have gained the right to duplicate and sell it.

i hope to god you're trolling, in that particular case the farmer had been saving seed for his entire farming career, as many do (and a practice that monsatno is fighting tooth and nail with their so called terminator seeds, which are only viable for one generation) monsanto's seed blew into his field from passing farmers who used it, and against his desire his field was polluted with their product. Monsanto demanded he destroy his entire seed store, which he had been developing his entire life, because their product contaminated his field against his wishes. Not to mention, you iphone example is comically irrelevant, as there are many inherent differences between a living thing that spreads by itself and reproduces ITSELF and a goddamn cell phone, which, unlike canola, wouldn't exist if not constructed by humans. Your logic is flawed beyond defense perhaps you should have at least read up a little about the case before commenting. Maybe then you would have noticed that in 2008 monsanto settled with mr. schmeiser and agreed to pay the clean up cost of removing their product, which he never wanted in the first place, from his fields. He also was not forced to sign the standard monsanto gag order, and the window was left open for him to sue again, should their GM seed contaminate his fields again. This is also a nice precedent for those of us who don't much care for the GM agricultural business. Also who modded this comment interesting? it isn't.

Re:Cross breeding...

[jc42]

You know, trees clone themselves by dropping pointy branches in the mud, but I'm pretty damned sure they don't graft themselves. They have a hard time wrapping the tape.

Actually, there have been numerous reports of trees with interlaced branches ending up with a "graft", in which two branches' bark layers are rubbed off enough for the cambium layers to connect. It's extremely rare, of course, since any good storm that comes along during the initial stages will tear open the graft.

Grafting also works between different plant species, because they don't have immune systems. But it only works between closely-related plants (roughly meaning in the same family) because the vascular systems have to be compatible enough to interoperate. It works a lot better within clumps of a single species.

There's another situation in which grafting is common: Closely-related trees growing together often end up with their root systems inter-connected via grafts. Storms don't tear such underground grafts apart, after all. The process is described in horticulture textbooks, and is known to be important in at least a few species. This provides a path that internal parasites can use to spread among a clump of trees. Some trees in arid areas have been found to pump water from a source to trees farther away via their interconnected root system, allowing the clump to extend somewhat farther from a stream or spring than they could otherwise.

As usual, there's a brief description of the process at wikipedia. Read also the next section on graft hybrids. Also, check out the link to +Laburnocytisus 'Adamii', a chimera that whose tissues consist of a mixture of cells of two different small trees.