Documentary filmmaker and biologist Austin Gallagher created this short film about the Patek Lab's research goals and the people who work in the Patek Lab. The film is...
Patek Lab Video
High Speed videography and video analysis are one of the research tools used by the Patek Lab when studying the mechanics of movement. Below are a selection of videos used in past research.
All | Mechanics of Movement | Sound in the Sea | Mantis Shrimp | Spiny Lobster | Trap-Jaw Ant | Miscellaneous
All | Mechanics of Movement | Sound in the Sea | Mantis Shrimp | Spiny Lobster | Trap-Jaw Ant | Miscellaneous
-
-
-
An audio slideshow about Jan St. Pierre's six weeks in the Patek Lab as a NSF-funded Research Experience for Teachers fellow.
-
Iridescent Learning created this video as part of their Curiosity Machine outreach activities on fast movements.
-
Concatenation of 11 field videos from one individual Lysiosquillina maculata shows 11 different prey-capture events. A different time stamp marks each prey-capture sequence. Because of the low temporal resolution of these videos, prey-...
-
High speed images show Alachosquilla vicina striking at the tip of the pipette with both appendages. The strike proceeds similarly to L. maculata's strike, but the propodus slide that precedes the outward swing of the propodus...
-
Laboratory prey-capture behavior of one A. vicina individual recorded and played back in real time (30 frames s-1). Initially, a pipette releases brine shrimp into the water column above the individual's burrow, which is...
-
High speed images show Lysiosquillina maculata grabbing prey with both appendages. The dactyl first rotates outward and is followed by the rapid swing of the propodus. The prey is captured between the inner most dactyl spines and the...
- « first
- ‹ previous
- 1
- 2
- 3
