M. Shortis

Efficiently measuring complex sessile epibenthic organisms using a novel photogrammetric technique (2006)

Abdo, D, Seager, J, Harvey, E, McDonald, J, Kendrick, G, Shortis, M

This paper describes a stereo photogrammetry method that allows accurate measurements of volume for sessile epibenthic organisms. It represents a novel approach based on multiple views (five stereo...

Photogrammetry: A powerful tool for geometric analysis of solar concentrators and their components (2005)

Pottler, K, Lupfert, E, Johnston, G, Shortis, M

Digital close range photogrammetry has proven to be a precise and efficient measurement technique for the assessment of shape accuracies of solar concentrators and their components. The combination...

A comparison of underwater visual distance estimates made by scuba divers and a stereo-video system: Implications for underwater visual census of reef fish abundance (2004)

Harvey, E, Fletcher, D, Shortis, M, Kendrick, G

Underwater visual census of reef fish by scuba divers is a widely used and useful technique for assessing the composition and abundance of reef fish assemblages, but suffers from several biases and...

The accuracy and precision of underwater measurements of length and maximum body depth of southern bluefin tuna (Thunnus maccoyii) with a stereo–video camera system (2003)

Harvey, E., Cappo, M., Shortis, M., Robson, S., Buchanan, J., Speare, P.

The accuracy and precision of in situ stereo–video measurements of the snout to fork length (SNFL) (range 830–1412 mm) and maximum body depth (MBD) (range 228–365 mm) of free-swimming southern...