CBER External Seminar - Dr Victor Deklerck, Kew Gardens
21 November 2022, 1:00 pm–2:00 pm
Title: 'World Forest ID: Science-based solution to verifying product identity and origin'
Event Information
Open to
- UCL staff | UCL students | UCL alumni
Availability
- Yes
Organiser
-
Amy Godfrey
Location
-
421Roberts Building---
Abstract: To enforce timber regulations and to accurately verify timber species identity and origin, effective scientific methods in combination with robust reference databases are needed. In most cases, where collection exist, they do not contain accurately georeferenced samples. World Forest ID aims to build the world’s largest georeferenced timber and forest risk commodity (FRC) reference database, to allow verification of timber or FRC identity and origin. World Forest ID is a US-based nonprofit organization supported by international partners, including the Royal Botanic Gardens, Kew (UK), the U.S. Forest Service - International Programs (USA), Assurance Services International, World Resources Institute, and the Forest Stewardship Council. The World Forest ID reference database houses (1) physical wood and FRC samples collected globally, and (2) analysis data against which forest products and FRCs can be verified. As of this moment, the physical database holds more than 17,000 wood samples from more than 5,000 trees and more than 900 cocoa, coffee, and soy samples from more than 400 plants. The analytical database will be made available to enforcement agencies and analysis labs. The scientific methods used by World Forest ID affiliated labs include wood anatomy (manual and machine vision), DART-TOFMS, DNA, Stable Isotope Ratio Analysis and Trace Elements. Using World Forest ID data, enforcement officials will be able to rely on evidence of timber and FRC (il)legality in the supply chain and can trace back FRC’s linked to deforestation.
About the Speaker
Dr Victor Deklerck
at Kew Gardens
Dr Victor Deklerck obtained his PhD in Bioscience Engineering – Natural Resources in 2019 at Ghent University (Belgium) and the Royal Museum for Central Africa (Belgium). Afterwards he worked as a scientist at the Royal Museum for Central Africa and Agroisolab Germany, mainly focusing on mass spectrometry for timber tracking. Next, he was a Belgian American Educational Foundation Fellowship Researcher at the State University of New York - Albany. He currently is the Research Leader for the World Forest ID Programme at the Royal Botanic Gardens, Kew. He leads the World Forest ID Science Advisory Group and his main work focusses on optimizing and combining timber identification and tracking techniques via machine learning.