Ant Colony Interaction Networks and Activity Cycles

Containing over two million ant-to-ant interactions extracted from automated tracking of nine ant colonies. It was created by Thomas O. Richardson to study how collective activity cycles influence contact network transport properties. Time-series analysis revealed diurnal cycles in interaction and movement rates.

Use Cases

• Analyze the period and amplitude of activity cycles to model diurnal patterns in colony behavior.
• Simulate information transmission over the observed periodic contact networks using epidemiology-derived models.
• Compare the transmission properties of periodic networks with synthetic aperiodic networks to study network transport.
• Study the temporal fluctuations of overall colony interaction and movement rates from the extracted time-series data.

Strengths

• Contains over two million recorded ant-to-ant interactions.
• Data originates from automated tracking of all individuals within nine distinct ant colonies.
• Includes time-series analysis of colony interaction and movement rates.

Limitations

• The dataset is limited to nine ant colonies, which may not represent broader species or environmental variations.
• Specific column definitions and raw data formats are not provided in the description.
• The temporal scope and specific geographic origin of the colonies are not detailed.

Provenance

Source

Dryad

Collection Method

Automated tracking system used to record movement of all individuals within nine ant colonies; interactions extracted from trajectories.

Freshness

Last updated in June 2020.