Ceratogyrus wrote:
Reynolds wrote: Synergy, your post makes me think...does anyone have data on females in the wild living in their burrows, info such as the period they spend in their burrows before finding a new home, thats if they do? just a though 
Think a guy by the name of Martin Paulsen might have done research like this on H.hamiltoni and A.junodi. Will ask him tomorrow if i remember.
Had a look through some spider club newsletters and found a bit of info by Martin Paulsen regarding baboon spiders moving burrows.
Taken from the SCSA newsletter September 2010:
I think the issue with baboon spiders is that there was a widely held belief for a long time these animals
are not able to construct new burrows for themselves in the wild if they are moved, and thus they could
not be relocated. The theory that I was given to support this was that baby baboon spiders are able to
construct burrows because they have a rastellum, a specialized scraping structure on the front of the
chelicerae used for digging, which they use to construct a burrow which they live in for the rest of their
lives. The rastellum is lost as they get older, and the spider is only able to enlarge the burrow as it grows.
This theory is incorrect as baby baboon spiders do not have a rastellum, and baboon spiders of all ages are able to burrow by digging in the soil with their fangs. Furthermore, Martin Paulsen found that adult
female Harpactira hamiltoni, a species widespread on the Highveld grasslands, actively move to find new
burrows every two years or so. Conversely, he also found that Augacephalus junodi, a savanna species,
does not move and appears to live in one burrow for its whole life.
In conclusion there are a number of observations, including the results of the project at Hoedspruit,
Martin Paulsen’s studies, and observations of burrowing behavior in captivity, that indicate that baboon
spiders can be translocated and can potentially construct new burrows or occupy burrows made for
them.