Saving forests: How genetic engineering can play key role


SOURCE: GENETICLITERACYPROJECT.ORG
APR 26, 2022

Emerald ash borer, sudden oak death, Dutch elm disease, oak wilt disease, walnut canker, hemlock woolly adelgid—in a globalizing world, many trees are facing pandemics of their own.

And now climate change, with its catastrophic droughts, floods, and heat waves, is making it especially difficult to fight off attackers. Even Joshua trees, icons of the southwestern desert, are finding that the world is too warm.

All this has led some scientists to ask: Can we build better trees, ones that are more able to cope?

And here again the American chestnut may soon set a precedent—this time on the path to resurrection. By tweaking its DNA, scientists say, they’ve created a blight-resistant tree that’s ready for a second act. If it works for the American chestnut, perhaps it can work for other similarly afflicted trees.

“Some people say, ‘You’re playing God,’ ” says Allen Nichols, president of the New York chapter of the American Chestnut Foundation. “What I say is: We’ve been playing the devil for ages, so we need to start playing God, or we’re going to start losing a whole mess of stuff.”

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