Predicting how pollinator behavior causes reproductive isolation
Hopkins Robin. 2022. Predicting how pollinator behavior causes reproductive isolation. Ecology and Evolution.[PDF]
Entries by Robin Hopkins
Cheers to Andrea and Robin! Check out their paper on floral morphology published in Frontiers in Plant Science journal.
Cheers to Andrea and Robin for their new paper out in Frontiers in Plant Science journal. The paper discusses the North American red-flowering Silene. Check it out here!
Christina joins the lab!
We are excited to welcome Christina Steinecke to the lab! Christina will be working in the lab as a graduate student and concentrating on speciation, major transitions and selfing. We are excited to have her become part of the our lab family!
Anna completes her fieldwork in the Midwest!
Anna completes three weeks of fieldwork on perennial Phlox in the Midwest
Andrew joins the lab!
We are excited to welcome Andrew Cameron to the lab! Andrew will be working in the lab as a lab technician. We are excited to have her become part of the our lab family!
Convergence without divergence in North American red-flowering Silene
Berardi Andrea E, Morejon Ana C Betancourt, and Hopkins Robin 2022. Convergence without divergence in North American red-flowering Silene. Plant Science [PDF]
Felix joins the lab!
We are excited to welcome Felix Wu to the lab! Felix will be joining the lab as a postdoc student. We are excited to have her become part of the our lab family!
Bridget fieldwork successes
Bridget collects Phlox nivalis (SC), P. buckleyi (VA), and P. longifolia (WA) to study the developmental basis of ovule number variation in the Phlox genus
Welcome Darin Butz Interns!
The lab hosts two amazing Darin Butz summer interns, Olivia and Josh! Olivia is exploring plant-pollinator interactions with Grace and Josh is working on phenotypic variation of hybrids
Bridget studies the developmental basis of ovule number variation in Phlox genus
Bridget collects Phlox nivalis (SC), P. buckleyi (VA), and P. longifolia (WA) to study the developmental basis of ovule number variation in the Phlox genus
