Michael Smith (@smithbeelab) 's Twitter Profile
Michael Smith

@smithbeelab

Assistant Prof at Auburn.
Interested in collective behavior, automated tracking, social physiology, and how honey bee colonies do what they do.

ID: 1197824561569574913

linkhttp://smithbeelab.com calendar_today22-11-2019 10:30:47

494 Tweet

977 Followers

985 Following

Peter Marting (@aztecacecropia) 's Twitter Profile Photo

Where would honeybees prefer to initiate their nest after they move into a large cavity? A really large cavity, let's say an 8ft tall cavity, with the the entrance at the bottom. Answer the poll then see the data in our latest pub below!

Int Union for the Study of Social Insects - NAS (@iussi_nas) 's Twitter Profile Photo

Help students attend the 2026 IUSSI conference in Freiburg, Germany! ๐Ÿ Our goal is to support at least 4 students. Let's raise more than $10,000 and show our support for students in our community! ๐Ÿ PLEASE donate if you can! Scan this QR code, or click the link in the thread ๐Ÿ

Help students attend the 2026 IUSSI conference in Freiburg, Germany! ๐Ÿ Our goal is to support at least 4 students. Let's raise more than $10,000 and show our support for students in our community! ๐Ÿ PLEASE donate if you can! Scan this QR code, or click the link in the thread ๐Ÿ
Peter Marting (@aztecacecropia) 's Twitter Profile Photo

Contrary to this poll (and even most of us in the Michael Smith), turns out most colonies prefer to initiate their nest near the entrance instead of the ceiling, even if that means they build their comb from a vertical wall! At least in our infinity nest: sciencedirect.com/science/articlโ€ฆ

Contrary to this poll (and even most of us in the <a href="/SmithBeeLab/">Michael Smith</a>), turns out most colonies prefer to initiate their nest near the entrance instead of the ceiling, even if that means they build their comb from a vertical wall! At least in our infinity nest: sciencedirect.com/science/articlโ€ฆ
Peter Marting (@aztecacecropia) 's Twitter Profile Photo

New pub! Honeybee nests are super symmetrical, the pattern of cell contents is mirrored on either side of the comb. This symmetry 1 is unique to each comb in the nest 2 evolves over time while maintaining symmetry 3 aids in thermoregulation and rearing 4 conserved across Apis๐Ÿ”—โฌ‡๏ธ

New pub! Honeybee nests are super symmetrical, the pattern of cell contents is mirrored on either side of the comb. This symmetry
1 is unique to each comb in the nest
2 evolves over time while maintaining symmetry
3 aids in thermoregulation and rearing
4 conserved across Apis๐Ÿ”—โฌ‡๏ธ
U.S. National Science Foundation (@nsf) 's Twitter Profile Photo

Symmetry is vital to bees & their hives reflect it. ๐Ÿ #NSFfunded researchers discovered that bees build their hives in mirroring patterns, which speeds up growth, resulting in more baby bees & a stable temperature. bit.ly/4fNsSG8 ๐Ÿ“ท: Michael Smith, by Peter R. Marting

Symmetry is vital to bees &amp; their hives reflect it. ๐Ÿ 

#NSFfunded researchers discovered that bees build their hives in mirroring patterns, which speeds up growth, resulting in more baby bees &amp; a stable temperature. bit.ly/4fNsSG8

๐Ÿ“ท: <a href="/SmithBeeLab/">Michael Smith</a>, by Peter R. Marting