iNaturalist:
Sugar maple spotting slows as Canada's fall color fades
iNaturalist:
Red oak spotting slows down as fall colors fade
iNaturalist:
This fuzzy forest moss is suddenly everywhere in Canada
iNaturalist:
Milkweed sightings stay high across Canada as autumn sets in
iNaturalist:
Invasive buckthorn sightings surge across Canada this week
iNaturalist:
Pokeweed sightings dip slightly as fall observation seaso...
iNaturalist:
This weedy wetland plant is everywhere on iNaturalist this week
iNaturalist:
Eastern redcedar is having a moment on iNaturalist this week
iNaturalist:
Sugar maple spotting slows as Canada's fall color fades
iNaturalist:
Red oak spotting slows down as fall colors fade
iNaturalist:
This fuzzy forest moss is suddenly everywhere in Canada
iNaturalist:
Milkweed sightings stay high across Canada as autumn sets in
Engineering herbicide-resistant sorghum with CRISPR/Cas9-mediated adenine base editing.
PubMed · 2026-05-18
Scientists used a precise gene-editing tool to make sorghum resistant to herbicides, producing plants that look and grow normally but can survive weed-killing chemicals — without leaving behind any foreign DNA.
1
Adenine base editing of the SbALS gene conferred strong herbicide resistance in sorghum
2
Edited plants were transgene-free, containing no foreign DNA insertions
3
No significant differences in agronomic traits (growth, yield characteristics) were observed between edited and unedited plants
