Index Catalog // ScholarsArchive@OSU

Creator:: Davis, Loren G., Bean, Daniel W., Nyers, Alexander J., and Brauner, David R.
Abstract:: Here, we describe and demonstrate a geographic information systems-based lithic morphometric research (GLiMR) software approach. GLiMR accurately and rapidly handles a sequence of ArcGIS procedures to extract geometric morphometric data from 2D and 3D scan files of lithic artifacts. GLiMR generates three main types of geometric properties: shape data, topographic...

Creator:: Davis, Loren G., Bean, Daniel W., Nyers, Alexander J., and Brauner, David R.
Abstract:: Here, we describe and demonstrate a geographic information systems-based lithic morphometric research (GLiMR) software approach. GLiMR accurately and rapidly handles a sequence of ArcGIS procedures to extract geometric morphometric data from 2D and 3D scan files of lithic artifacts. GLiMR generates three main types of geometric properties: shape data, topographic...

Creator:: Davis, Loren G., Bean, Daniel W., Nyers, Alexander J., and Brauner, David R.
Abstract:: Here, we describe and demonstrate a geographic information systems-based lithic morphometric research (GLiMR) software approach. GLiMR accurately and rapidly handles a sequence of ArcGIS procedures to extract geometric morphometric data from 2D and 3D scan files of lithic artifacts. GLiMR generates three main types of geometric properties: shape data, topographic...

Creator:: Davis, Loren G., Bean, Daniel W., Nyers, Alexander J., and Brauner, David R.
Abstract:: Here, we describe and demonstrate a geographic information systems-based lithic morphometric research (GLiMR) software approach. GLiMR accurately and rapidly handles a sequence of ArcGIS procedures to extract geometric morphometric data from 2D and 3D scan files of lithic artifacts. GLiMR generates three main types of geometric properties: shape data, topographic...
Resource Type:: Dataset

ScholarsArchive@OSU