
Sign up to save your podcasts
Or


What to listen for:
In the second half of the conversation with Dr. Jennifer Essler, our hosts, Robin Greubel and Stacy Barnett, discuss her current research and future goals bridging academic science with real-world handler expertise!
At SUNY Cobleskill, Dr. Essler's conservation work demonstrates how detection dogs fill practical niches. Her Round Goby project (tracking invasive fish from the Black and Caspian Seas) uses dogs for water sampling rather than locating individual fish.
This mirrors eDNA methodology but delivers immediate field results instead of days of laboratory processing. Dogs trade some sensitivity for real-time assessment, making them viable alternatives when speed matters. The project's success has attracted government conservation agencies interested in applying dogs to other invasive species like hydrilla plants and certain crawfish.
Her Penn Vet ovarian cancer research revealed the limitations of lab-based detection. While dogs successfully identified cancer in blood plasma, clinical deployment was never the goal. Instead, the objective was helping develop electronic detection systems.
The fundamental problem is that even superstar dogs have off days without visible behavioral indicators explaining poor performance. Unlike field work, where handlers notice changes, lab settings offer no safety net for medical diagnosis. Repetitive scent wheel searches also eventually bored excellent performers into retirement.
That shows all the difference between detection work and examination work.
Dr. Essler's future priorities center on quantifying practitioner expertise. That’s documenting how experienced trainers accurately assess young dogs through seemingly instinctive judgments.
Key Topics:
Resources:
We want to hear from you:
By Stacy Barnett, Robin Greubel4.8
4545 ratings
What to listen for:
In the second half of the conversation with Dr. Jennifer Essler, our hosts, Robin Greubel and Stacy Barnett, discuss her current research and future goals bridging academic science with real-world handler expertise!
At SUNY Cobleskill, Dr. Essler's conservation work demonstrates how detection dogs fill practical niches. Her Round Goby project (tracking invasive fish from the Black and Caspian Seas) uses dogs for water sampling rather than locating individual fish.
This mirrors eDNA methodology but delivers immediate field results instead of days of laboratory processing. Dogs trade some sensitivity for real-time assessment, making them viable alternatives when speed matters. The project's success has attracted government conservation agencies interested in applying dogs to other invasive species like hydrilla plants and certain crawfish.
Her Penn Vet ovarian cancer research revealed the limitations of lab-based detection. While dogs successfully identified cancer in blood plasma, clinical deployment was never the goal. Instead, the objective was helping develop electronic detection systems.
The fundamental problem is that even superstar dogs have off days without visible behavioral indicators explaining poor performance. Unlike field work, where handlers notice changes, lab settings offer no safety net for medical diagnosis. Repetitive scent wheel searches also eventually bored excellent performers into retirement.
That shows all the difference between detection work and examination work.
Dr. Essler's future priorities center on quantifying practitioner expertise. That’s documenting how experienced trainers accurately assess young dogs through seemingly instinctive judgments.
Key Topics:
Resources:
We want to hear from you:

43,561 Listeners

317 Listeners

246 Listeners

1,197 Listeners

375 Listeners

92 Listeners

116 Listeners

70 Listeners

678 Listeners

33 Listeners

49 Listeners

36 Listeners

32 Listeners

8 Listeners

8 Listeners