How herding dogs calculate trajectories, maintain balance points, and read spatial dynamics during outruns. A behavioral scientist examines the cognitive architecture behind pastoral movement.
How herding dogs evolved to handle cattle safely—the behavioral adaptations that distinguish successful cattle dogs from those injured or killed on the job.
How working herding dogs learn to execute outruns at increasing distances—the behavioral science of spatial planning, independence, and handler trust in high-level herding work.
What happens behaviorally when dogs selected for intense working instincts spend their lives without the work they were bred for—and what owners can realistically do about it.
A scientific review of puppy aptitude testing methods for herding potential—what early assessments can and cannot predict about adult working performance.
A comparative behavioral analysis of the Kelpie and Border Collie—different genetic solutions to the same problem, with profound implications for training, breeding, and stock management.
How behavioral genetics, temperament assessment, and working history predict herding trial performance—and why so many selection decisions still get it wrong.
Examining the genetic, neurological, and developmental basis of handler responsiveness in working herding dogs, and why bidability is distinct from obedience, temperament, or trainability.
Examining the relative contributions of genetics and environment to breed-specific herding behaviors through cross-fostering experiments, breed comparison studies, and longitudinal developmental data.
A critical review of cortisol research in working pastoral dogs, examining what field and laboratory studies reveal about stress, arousal, and welfare during herding work.
Investigating why dogs from strong working lines sometimes never develop herding behavior, and what this teaches us about gene-environment interactions in behavioral development.