Tatyana Lobova co-ordinates a joint effort between the Department of Biological Sciences , ODU student botanists, the Orchid Conservatory, the ODU grounds department and Norfolk Botanical Garden. Check out what the program is all about: Monarchs for Monarchs, Monarch project milkweed, Milkweed planting on campus.
This is a site where the hard work of the faculty, students and staff of the Biology department at ODU will be highlighted. The views, opinions and comments expressed here are those of the author and do not necessarily reflect those of the Department, the College or the University.
ODU BIOLOGY
- WLH
- The department has teaching and research interests in many aspects of Biology from the cellular and molecular level to organismal to global ecological and conservation issues
Thursday, April 24, 2014
Monarchs for Monarchs project
Tatyana Lobova co-ordinates a joint effort between the Department of Biological Sciences , ODU student botanists, the Orchid Conservatory, the ODU grounds department and Norfolk Botanical Garden. Check out what the program is all about: Monarchs for Monarchs, Monarch project milkweed, Milkweed planting on campus.
Butler at Caribbean Fisheries Forum
Professor Mark Butler attends Caribbean Regional Fisheries Mechanism (CRFM) meeting where his years of study on lobsters moves beyond pure science into policies related to fisheries management. Read more here
Honey Bees or Mason Bees
Check out the latest work of Dr Horth and her students on bees and strawberries...
honeybees decline - mason bees eyed
honeybees decline - mason bees eyed
Wednesday, April 2, 2014
Bees and UV cues
Check out the latest work by Associate Professor Lisa Horth on the effect of floral UV cues in attacting bees to flowers just published:
Horth, L., L. Campbell & R. Bray. 2014. Wild bees preferentially visit Rudbeckia flower heads with exaggerated ultraviolet absorbing floral guides. Biology Open (2014) 3, 221–230 doi:10.1242/bio.20146445
This research
demonstrates for the first time that floral guides are not just important in
directing pollinators to floral reward, but also in recruiting pollinators to
flowers from a distance.
The ultraviolet
absorbent floral guides found on black eyed susans were manipulated to be
larger and smaller than they typically are in nature.
This ultraviolet
absorbent pattern forms a 'bullseye' around the center of the flower where pollen
and nectar rewards are located.
In this study the size
of that bullseye was diminished and enlarged. Bees preferred enlarged cues and
recruited to flowers from a distance more often when this cue was big.
Thursday, November 21, 2013
Biology Students doing good
Once again, Biology students are doing good....pitching in to help restore wetlands. Check out the story behind the hard work.
Also:
Thursday, October 24, 2013
More ODU birding news
Eric Walters' bird work makes the news as part of migration tracking study being conducted in the area. Andrew Arnold is a MS student working with Dr Walters on this study. Check out the story in the pilot...Tracking migratory birds
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