Behavior analysis and behavioral ecology: A synergistic coupling.

Vaughan (1985) wrote a think-piece, not an experiment.

The paper says behavior analysts should borrow tools from behavioral ecology.

It uses animal foraging as the worked example.

There is no new data.

The author shows that optimal-foraging equations can re-describe reinforcement schedules.

The same math that predicts when a bird should leave a berry bush predicts when a rat will stop pressing a bar.

McDowell (2013) extends the idea. It proves a functional theory can forecast behavior without modeling brain bits, just as foraging theory forecasts feeding without modeling guts.

Lalli et al. (1995) push the marriage further. They map evolution concepts—retention, replication—onto behavioral lineages, turning the analogy into a full parallel.

Parmenter (1999) and Jensen et al. (2013) show the pattern keeps repeating. Each paper pulls in a different outside frame—signal-detection, information theory—to give behavior analysis new numbers to crunch.

You can treat ecological models like ready-made spreadsheets. When a client’s problem looks like a foraging task—stay in seat vs. wander the room—plug in the patch-leaving formula. It gives you a predicted breakpoint you can test with a simple timing procedure. No brain talk needed, just contingencies and math you already know.