Bev, no offense given except you didn't even get the main topics this is about. 1) It's pretty awesome to let a 32.000 year old see grow no matter which one it is 2) It's pretty awesome to be able to compare genes of the modern version with an 32.000 year old version
32,000 years. Just incredible -hopefully this will help in finding ways to preserve modern plant life in the face of disaster.
@bev these certainly aren’t the first ancient seeds to be unearthed. But 32k years is remarkable - even in permafrost organic matter doesn’t remain intact like that.
Bev, no offense given except you didn't even get the main topics this is about. 1) It's pretty awesome to let a 32.000 year old see grow no matter which one it is 2) It's pretty awesome to be able to compare genes of the modern version with an 32.000 year old version
32,000 years. Just incredible -hopefully this will help in finding ways to preserve modern plant life in the face of disaster.
@bev these certainly aren’t the first ancient seeds to be unearthed. But 32k years is remarkable - even in permafrost organic matter doesn’t remain intact like that.
1) It's pretty awesome to let a 32.000 year old see grow no matter which one it is
2) It's pretty awesome to be able to compare genes of the modern version with an 32.000 year old version
@bev these certainly aren’t the first ancient seeds to be unearthed. But 32k years is remarkable - even in permafrost organic matter doesn’t remain intact like that.