Cattle Behavior Research: Turn Video Into Useful Data

From a moment in the pen to a study across the day

When did cattle gather at the bunk? How did resting patterns change through the day? What happened between observation rounds? Continuous footage gives the research team a way to return to those periods instead of relying only on the moments an observer was present.

At Tuskegee University, our installed RGB and thermal system connects four research pens with field connectivity, on-site processing, and storage. That is the foundation: capture cattle activity in its working environment, then organize the observations around the study.

For a bunk-use study, the team can define the bunk area, choose observation periods, and connect activity labels with the relevant video. Bunk presence and feed intake are different measures; choosing the right label keeps the study focused on the question it can answer.

Give the research question a clear behavior definition

An ethogram is simply the study’s behavior dictionary. BORIS, an open-source observation tool, distinguishes state events with a start and stop from point events recorded at a moment in time. Its behavior descriptions give observers a shared reference.

For your study, write each definition beside a positive example and a difficult example. The examples below are starting points to adapt and test, not a validated cattle ethogram.

• Lying: define the visible posture that starts the state and the posture that ends it. Decide how to handle the transition to standing.
• Zone occupancy: define which part of the animal must cross the boundary. Keep the same rule when the animal enters and leaves.
• A discrete event: identify the visible instant you will mark, such as crossing a defined line. Specify how repeated crossings are counted.

Keep labels separate when they answer different questions. Posture and location may be recorded together; two mutually exclusive posture labels should not overlap for the same animal.

Keep visible time clear in the analysis

When another animal blocks the view, do not fill the gap with a guess. Record an out-of-view or uncertain interval according to the study protocol. Distinguish an unseen behavior from a behavior that was observed not to occur.

BORIS’s analysis guidance includes options for handling out-of-sight time in a time budget. Whatever tool you use, state the denominator: total recording time, observable time, or another defined interval. Report missing visibility alongside the result.

Identity needs a rule too. If the reviewer cannot confidently connect an animal across an obstruction, preserve that uncertainty rather than silently joining two tracks. Our research data export guide explains why timestamps, identifiers, and source clips need to stay connected.

Use a short pilot to make the full study stronger

Have two reviewers independently label the same pilot clips. Include crowded views, transitions, partial animals, and the lighting conditions the study will use—not only the easiest footage.

Compare disagreements before expanding the work. Was the animal hidden? Did the definition leave room for two interpretations? Did reviewers choose different start times? Revise the rule or the view, then try another pilot.

BORIS supports observer-comparison analysis with a chosen time window. Select a comparison method that fits the study and record its settings. A single agreement score cannot replace a clear account of which behaviors and conditions were difficult.

Save the version of the definitions used for each batch. If a rule changes later, decide whether earlier clips need review so the final dataset does not quietly mix two meanings.

Combine computer vision with research expertise

Computer vision helps turn long video streams into animal detections, tracks, and activity observations. Researchers bring the study design and behavior definitions. Keeping observations connected to source footage lets the team inspect selected events, refine the method, and explain the resulting dataset.

The CVB cattle-video dataset paper describes an annotation process that used detection and tracking tools followed by expert correction and behavior labeling. It illustrates how automation and human review can work together. The example comes from an independent grazing-cattle study.

When evaluating a model, keep the testing footage separate from the footage used to train it. Our cattle behavior model-validation guide covers that next step.

Build the capture system around the study

Livestock Technologies provides the field infrastructure that makes repeatable camera research practical: RGB and thermal capture, field connectivity, on-site computing and storage, and review workflows. The Tuskegee deployment report shows that infrastructure in a working research feedlot.

For a new project, start with the behavior, the animals, and the view needed to observe them. Then agree on clip access, time references, identity handling, and the output format with the research team. Choose annotation tools and export requirements as part of that study design.

Our research platform and camera-to-decision workflow connect field capture with evidence people can review. Good stewardship includes making the limits of an observation as clear as the observation itself.