Our minds boggle at how the wolf could become the chihuahua, the Saint Bernard, the poodle and the
Komondor. Artificial selection was likewise responsible for transforming the humble wild mustard plant
Brassica oleracea into cabbage, broccoli, Brussels sprouts and the breathtaking fractal
Romanesco, all in the span of a few centuries.
[more inside]
posted by overeducated_alligator
on Aug 23, 2010 -
54 comments
Today the
British government released a
major report on the safety of genetically modified foods. According to
New Scientist, "existing genetically modified crops and foods pose a 'very low' risk to human health and are 'very unlikely' to rampage through the British countryside", but
others disagree.
posted by turbodog
on Jul 21, 2003 -
58 comments
I yearn for your tasty flesh [ Gene Study Finds Cannibal Pattern ] -
"Deep in the recesses of the human heart, lurking guiltily beneath the threshold of consciousness, there may lie a depraved craving — for the forbidden taste of human flesh. The basis for this morbid accusation, made by a team of researchers in London, is a genetic signature, found almost worldwide, that points to a long history of cannibalism" (NYT)
posted by troutfishing
on Apr 11, 2003 -
45 comments
Going bananas. The only fruit to ever appear on a Velvet Underground album cover (not to mention the title of a J. D. Salinger short story) may be on its way to extinction. Facts: I) total disappearance could occur within a decade; II) bananas are the staple diet for half a billion people and III) current genetic tampering mean that, even if the fruit doesn't quite disappear, it will taste and
look different (Guardian article
here). Feeling nostalgic already? Visit the stylish
Banana Museum or give someone you love the
Enchanted Banana of Happiness (not what you're thinking). first link via
Fark
posted by 111
on Jan 15, 2003 -
53 comments
A major advance in genetically modified foods. Developed with government funding, and intended eventually to be given away to farmers, there has been a major success in the use of salt water to irrigate crops. They've developed a tomato which grows fine in salt water or on salty soil. Thousands of lives will be saved in parts of the world where fresh water for irrigation is scarce, including up to one third of the arable land in India where salt has been accumulating. Interestingly, these tomatoes are so good at what they do that they remove salt from the soil, improving it. The genetic modification which was done to these tomatoes should be possible with many other crops, including especially rice (on which major effort in Egypt is underway now).
posted by Steven Den Beste
on Jul 30, 2001 -
39 comments