Logo

Dr. Paola A. Prada-Tiedemann: Decomposition Insights: Chemical Odor Profiling or Canine Detection

Data

lunedì, 8 dicembre 2025

Orario

18:00 Europe/Warsaw

Converti nel mio fuso orario
This event is certified, please provide correct information.
Campo obbligatorio.
Campo obbligatorio.
Campo obbligatorio.
Campi obbligatori

Pagamento tramite

paypal

Before buying your ticket, please check the tech requirements for joining the event here.

Se sei già registrato e non puoi localizzare la tua email di conferma registrazione, clicca qui!
Indirizzo email é invalido o non é stato fornito durante il processo di registrazione. Fornisci l'indirizzo email valido.

A confirmation email with logging details has been sent to the provided email.

Test di configurazione del sistema. Clicca qui!

Programma

Decomposition Insights: Chemical Odor Profiling for Canine Detection
This webinar will share recent research on decomposition odors with direct relevance to canine teams. We’ll discuss postmortem volatile profiles from both human analogue models and human cadavers ranging from storage perspectives to early postmortem odor profiles. Recent research will be discussed to depict implications for training aids, deployment, and strengthening detection reliability in the field.

Dott.ssa Paola Prada-Tiedemann

Dr. Paola Prada-Tiedemann is an Assistant Professor and the current Graduate Program Director for the Masters in Forensic Science program at Texas Tech University. She earned her Ph.D. in Chemistry with a forensic science concentration from Florida International University in 2010. In 2010, she was awarded the Intelligence Community (IC) Postdoctoral Research Fellowship funded by the Office of the Director of National Intelligence from the US government. Her studies have united interdisciplinary areas such as chemistry, animal behavior and national security to address issues critical to effective intelligence and defense capabilities. She has worked extensively on developing instrumental methods for the identification of vapor odor signatures from various specimens of forensic and canine detection importance (drugs, explosives, decomposition, pathogens, human odor). She has worked with both national and international police/government agencies to help develop better instrumental and training techniques in various areas of odor detection. She is the author or co-author of numerous journal publications, book chapters, and one book dedicated entirely on human scent evidence. She has