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Beth Shapiro says time-limited gene drives could suppress invasive cheatgrass

By Egleze Editorial Desk · Published October 6, 2026 · Huberman Lab · Bringing Extinct Species Back to Life | Dr. Beth Shapiro
Beth Shapiro says time-limited gene drives could suppress invasive cheatgrass
Huberman Lab
Huberman Lab
Bringing Extinct Species Back to Life | Dr. Beth Shapiro

What was said

"There's cheat grass everywhere and it's highly flammable and it grows along the roads and it's Mediterranean in origin. And the only way we are ever going to get the cheat grass down enough to be able to let the native California grasses come back is if we get rid of the cheat grasses for a few generations."

Dr Beth Shapiro argues that gene drives, if designed with safety measures and limited to a set number of generations, could be used to reduce invasive cheatgrass. She says cheatgrass is highly flammable and shallow-rooted, and claims lowering it could help native grasses recover and reduce fire risk.

Verification status

Attributed speaker claim

Egleze verified who said this and where. The underlying claim has not been independently established by Egleze.

Source and context

Egleze verified who said this and where. The underlying claim has not been independently established by Egleze.

Speaker
Dr. Beth Shapiro · guest
Programme
Huberman Lab
Episode
Bringing Extinct Species Back to Life | Dr. Beth Shapiro
Clip time
1:22:14
Original source
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From this episode
Huberman Lab
Huberman Lab

Bringing Extinct Species Back to Life | Dr. Beth Shapiro

October 5, 2026 · 2h 15m · 1 Egleze moments
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