Dr Alana Sharp
@acsharp.bsky.social
180 followers
270 following
19 posts
Senior lecturer (Assoc. Prof.) at University of Liverpool, Evolutionary Morphology & Biomechanics (EMB) research group 💀Mostly cranial form & function in mammals 🐇🐀🦇🐒🦍🐘🦒🦬🦏
🔗 @livevobiomech.bsky.social
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Reposted by Dr Alana Sharp
Dr Alana Sharp
@acsharp.bsky.social
· Aug 21
Reposted by Dr Alana Sharp
Reposted by Dr Alana Sharp
Dr Alana Sharp
@acsharp.bsky.social
· Aug 11
Building giants: tissue relationships during skull growth in large mammals at University of Liverpool on FindAPhD.com
PhD Project - Building giants: tissue relationships during skull growth in large mammals at University of Liverpool, listed on FindAPhD.com
www.findaphd.com
Dr Alana Sharp
@acsharp.bsky.social
· Aug 9
Dr Alana Sharp
@acsharp.bsky.social
· Aug 8
Reposted by Dr Alana Sharp
Reposted by Dr Alana Sharp
Reposted by Dr Alana Sharp
Dr Alana Sharp
@acsharp.bsky.social
· Jul 28
Dr Alana Sharp
@acsharp.bsky.social
· Jul 3
Building giants: tissue relationships during skull growth in large mammals | Courses | University of Liverpool
From elephants to rhinos to bison, enormous increases in body mass have repeatedly evolved within Mammalia over relatively short timescales, leading to a diversity of size and shape. In this project, ...
www.liverpool.ac.uk
Reposted by Dr Alana Sharp
Dr Alana Sharp
@acsharp.bsky.social
· Jul 3
Building giants: tissue relationships during skull growth in large mammals | Courses | University of Liverpool
From elephants to rhinos to bison, enormous increases in body mass have repeatedly evolved within Mammalia over relatively short timescales, leading to a diversity of size and shape. In this project, ...
www.liverpool.ac.uk
Reposted by Dr Alana Sharp
Reposted by Dr Alana Sharp
Dr Alana Sharp
@acsharp.bsky.social
· Jul 3
Building giants: tissue relationships during skull growth in large mammals | Courses | University of Liverpool
From elephants to rhinos to bison, enormous increases in body mass have repeatedly evolved within Mammalia over relatively short timescales, leading to a diversity of size and shape. In this project, ...
www.liverpool.ac.uk
Reposted by Dr Alana Sharp