Tools developed by the Fish Resilience Program
A Windows desktop application developed for Critical Thermal Maximum (CTmax) experiments in fish and other aquatic ectotherms. CTmax Tracker integrates interactive specimen tracking with live temperature monitoring and ramp control, allowing users to record specimen-specific CTmax events (including internal temperature estimation) and export trial data for analysis.
System requirements: Windows 10/11 (64-bit). Optional USB-1208LS DAQ hardware with MCC InstaCal drivers for live control and monitoring.
A Windows desktop application for real-time, webcam-based object tracking designed for thermal preference research. Uses an infrared / low light sensitive USB camera for contrast-based contour detection to follow a subject (i.e., a fish) inside a two-choice thermal arena and records timestamped X-Y coordinates at one-second intervals.
New in v.2.5: updated installer package and manual, plus optional internal core/body temperature estimation support and related CSV export fields.
We also use two additional software tools that are currently in BETA and may be available upon request:
This program is designed to test movement patterns of mobile species across stable sedimentation/turbidity gradients typically found with increasing distance to riverine outlets in nearshore marine ecosystems. It uses a system of 2 to 12 (user-defined) interconnected exposure tanks and real-time break-beam laser detections of animal movements between chronic exposure tanks to determine preference/avoidance limits.
This program is designed to determine threshold tolerance limits of mobile aquatic species to progressive acute changes in sedimentation/turbidity. The program mimics sediment/turbidity plumes encountered during heavy rainfall or resuspension events in the field by dynamically controlling the sedimentation increase rate and exposure duration in two interconnected exposure tanks. It uses break-beam laser detection of animal movements to determine threshold tolerance limits.