ConductVision · Behavioral Analysis

Climbing & Hanging

Automated cage lid climbing and hanging behavior quantification for activity and welfare research.

TrainableRodentActivityAuto Export
ConductVision / Climbing & Hanging
Recording / Trial 3subject tracked
Climbing Event Count14
Hanging Duration27%
Climb Time27%

Key Parameters

Metrics automatically extracted by ConductVision.

Climbing Event Count

Number of climbing initiation events

Hanging Duration

Total time spent hanging from cage lid

24.3s

Total Climb Time

Cumulative time in climbing posture

24.3s

Climbing Latency

Time to first climbing event

Hang Bout Count

Number of discrete hanging episodes

24.3s

Cage Lid Interaction Time

Total time interacting with cage top

What is Climbing & Hanging Detection?

Climbing and hanging from the cage lid is a common active behavior in rodents, reflecting exploration, enrichment use, and motor capability. In the forced swim test, climbing is distinguished from swimming and immobility as an active coping strategy. Excessive or stereotypic climbing may indicate welfare concerns in barren housing conditions.

ConductVision's extensible behavior classifier uses pose estimation features fed into a Random Forest pipeline. The system detects climbing by tracking vertical body displacement and limb position relative to cage boundaries, distinguishing climbing from rearing based on sustained elevation and grip posture at the cage lid.

Research Applications

Welfare & Enrichment

  • Home cage enrichment utilization scoring
  • Barren vs enriched housing — climbing frequency comparison
  • Stereotypic climbing as a welfare indicator

Behavioral Testing

  • Forced swim test — climbing as active coping behavior
  • Wire hang test — grip strength and endurance
  • Motor function assessment in neuromuscular models

Activity Profiling

  • 24-hour activity budgets — climbing contribution
  • Circadian climbing patterns in home cage
  • Drug effects on vertical activity component

Ready to automate your behavioral analysis?

Request a demo or contact our team to discuss how ConductVision can accelerate your research.