January 31, 2012
Rabbit by john4kc on Flickr.

Rabbit by john4kc on Flickr.

January 31, 2012
Cotton Tail Rabbit skeleton by john4kc on Flickr.

Cotton Tail Rabbit skeleton by john4kc on Flickr.

January 15, 2012
this is in my bigger ear hole.
is one of the teeth from the hare that I cleaned last summer.
this is my small ear hole.
is the pigeon hallux that I found with other skeleton remains.

this is in my bigger ear hole.

is one of the teeth from the hare that I cleaned last summer.

this is my small ear hole.

is the pigeon hallux that I found with other skeleton remains.

January 6, 2012
biomedicalephemera:


Jaws of the Hare
You can see the teeth of the hare in the cutaway of the jaws. Note the “clipping”-oriented incisors, with the grinding-oriented molars. These are very similar to rodent teeth, having continually-growing incisors covered with enamel on the anterior surface, but with exposed dentine on the posterior surface. As dentine wears away much more easily than enamel, it serves as a “self-sharpening” system to keep the teeth in gnawing-condition.
Despite these similarities, the teeth of rodents and lagomorphs are the result of convergent evolution, rather than being closely related. The difference that first led scientists to believe this (before it was proved by analysis of the inner-ear bones and other anatomical features, and, much later, genetics) is that lagomorphia are far more herbivorous than rodentia, and as such, do not have pre-molars, or any evidence of having had them. Their palate anatomy and digestive tract differs significantly because of this.
The Handy Natural History. Ernest  Protheroe, 1910.


I’ve got these jaws.
sorry all you guys for my hiding.
I’ll start now to queue some request received some times ago.

biomedicalephemera:

Jaws of the Hare

You can see the teeth of the hare in the cutaway of the jaws. Note the “clipping”-oriented incisors, with the grinding-oriented molars. These are very similar to rodent teeth, having continually-growing incisors covered with enamel on the anterior surface, but with exposed dentine on the posterior surface. As dentine wears away much more easily than enamel, it serves as a “self-sharpening” system to keep the teeth in gnawing-condition.

Despite these similarities, the teeth of rodents and lagomorphs are the result of convergent evolution, rather than being closely related. The difference that first led scientists to believe this (before it was proved by analysis of the inner-ear bones and other anatomical features, and, much later, genetics) is that lagomorphia are far more herbivorous than rodentia, and as such, do not have pre-molars, or any evidence of having had them. Their palate anatomy and digestive tract differs significantly because of this.

The Handy Natural History. Ernest  Protheroe, 1910.

I’ve got these jaws.

sorry all you guys for my hiding.

I’ll start now to queue some request received some times ago.

(via scientificillustration)

October 6, 2011

Sorry to all the new followers for the late of this post, but it’s the 1000 post, a little event.

And for the event I’ve finally decided to dig up the hare skull that I’ve buried at the end of May.

So, as promise, here the photos of the skull.

Welcome to all the new followers, and I’ll return to post daily soon.

L.

August 16, 2011
stangandcauldron:

Reddened Wild Hare Skull - The Witch of Forest Grove

stangandcauldron:

Reddened Wild Hare Skull - The Witch of Forest Grove

(via wecollectbonesandloveit)

May 28, 2011

I didn’t take photos, but this morning I’ve cleaned the most of flesh from the skull of the hare, that I’ve accidentally invested last night.

Now, it’s buried for cleaning process.

I’m really disappointed that I didn’t take none photos.