Dr. Alice Rodriguez
@alicerodtor.bsky.social
Post-doc @hcelab.bsky.social | Ph.D. from @CSHO_NYU
Paleoarchaeologist, intrested in stone tool use and function.
#usewear #traceology #paleoarchaeology
Paleoarchaeologist, intrested in stone tool use and function.
#usewear #traceology #paleoarchaeology
We show that earlier tools show more constrained grips and motions.
Later tools reveal more ergonomic flexibility and diversified actions.
Later tools reveal more ergonomic flexibility and diversified actions.
October 31, 2025 at 1:25 PM
We show that earlier tools show more constrained grips and motions.
Later tools reveal more ergonomic flexibility and diversified actions.
Later tools reveal more ergonomic flexibility and diversified actions.
We used GIS-based use-wear mapping and quantitative analyses to compare two Acheulean levels:
• Stratum A (~700 ka)
• Stratum C (~450 ka)
• Stratum A (~700 ka)
• Stratum C (~450 ka)
October 31, 2025 at 1:25 PM
We used GIS-based use-wear mapping and quantitative analyses to compare two Acheulean levels:
• Stratum A (~700 ka)
• Stratum C (~450 ka)
• Stratum A (~700 ka)
• Stratum C (~450 ka)
New preprint out!
In this study, we evaluate how accurately different molding compounds replicate lithic microtopography using confocal microscopy and ISO 25178 surface roughness parameters.
The Good, the Bad, the Bumpy: osf.io/preprints/so... via @OsfFramework
In this study, we evaluate how accurately different molding compounds replicate lithic microtopography using confocal microscopy and ISO 25178 surface roughness parameters.
The Good, the Bad, the Bumpy: osf.io/preprints/so... via @OsfFramework
October 26, 2025 at 9:42 PM
New preprint out!
In this study, we evaluate how accurately different molding compounds replicate lithic microtopography using confocal microscopy and ISO 25178 surface roughness parameters.
The Good, the Bad, the Bumpy: osf.io/preprints/so... via @OsfFramework
In this study, we evaluate how accurately different molding compounds replicate lithic microtopography using confocal microscopy and ISO 25178 surface roughness parameters.
The Good, the Bad, the Bumpy: osf.io/preprints/so... via @OsfFramework