University Of Tasmania

File(s) under permanent embargo

Fingerprinting for quality control in breeding and deployment.

journal contribution
posted on 2023-05-26, 15:44 authored by Vaillancourt, RE, Skabo, S, Gore, PL
The potential for pedigree errors during the numerous stages involved in tree breeding and deployment is large. Molecular fingerprinting has great potential for quality control, an example of this application is presented here. During the grafting stage of a Eucalyptus nitens breeding program the labels identifying 37 different ramets were mistakenly removed. The aim of this project was to use molecular markers to fingerprint genotypes to correct this mistake. Based on RAPD fingerprinting data, most ramets (34 out of 37) were successfully assigned to an ortet (scion source for grafting). Three of the ramets could not be assigned to an ortet. These probably represent errors during the collection of scion material or samples for DNA analysis or maybe during the grafting operations. Fingerprinting technology is now well established and should be used by tree breeding organisations and companies deploying improved trees in their plantations for quality control.


Publication title

Australian Forestry







Publication status

  • Published

Rights statement

Copyright. The Institute of Foresters of Australia Inc 1998

Repository Status

  • Restricted

Usage metrics

    University Of Tasmania


    No categories selected