Event

ACT Division Annual Meeting, dinner and talk

ACT Division

Event details

Date
Wednesday 25 September 2019
Time and location

5.15pm

Common Room, University House, ANU, 1 Balmain Crescent, Acton, ACT

Booking details

Fellows and their guests will have the opportunity to stay on for House Dinner with Dr Sheppard after pre-dinner drinks (dinner on this occasion is the formal, served two-course dinner with wine at $40 per person).

Please book a ticket through events.unihouse@anu.edu.au (with a CC to danny.llewellyn@csiro.au) by COB on 20 September and pay for the dinner by credit card through the University House Events staff, Shruti Bhatnagar (02 6125 4692) or Julianne Strache (02 6125 5269).

You can also pay in person at the University House reception desk (tell them you wish to be at the Academy table to get the members’ discounted rate above).

If convenient your booked dinner ticket can be collected and paid for on the night just before the talk.

Dr Andy Sheppard will give a talk on “Genetic technologies for the biological management of invasive alien species – Pandora’s box or Panacea?”

Andy Sheppard - bio
Dr Andy Sheppard FRES ARCS

Research Director, Officer in Charge CSIRO European Laboratory

Dr Sheppard is a population ecologist with an international reputation in biological control and risk assessment focussed on the management of invasions of invasive plants, invertebrates, vertebrates and pathogens.

His achievements are broadly divided into three areas: a) invasive species ecology and population dynamics supporting management – a strong focus on the native vs. exotic range comparative approach; b) risk analysis and prioritisation of biological control options based on actual and potential impacts of both invasive species and biological control agents; and c) major beneficial impacts through leading 12 biological control programs against weeds, invertebrates and vertebrates in Africa, Europe, New Zealand and the United States, with three notable successes generating benefits to Australian agriculture of well over $1 billion and comparable benefits to environmental assets.

Working with many species this research has shown why, based on theory and field data, invasive species have become invasive in the exotic range through processes that include propagule pressure, anthropogenic disturbance, escape from natural enemies, reduced interspecific competition, rapid evolution and phenotypic plasticity.

His research, focused on defining the top-down or bottom-up regulation of the populations of targeted invasive species and released biological control agents, provides ways of predicting ecological impact on the target species that demonstrate why historically biological control has a >50 per cent target suppression rate.

He has published two books and many book chapters as part of more than 150 peer-reviewed publications. He has been a research program leader in CSIRO since 2006, leading three programs in the areas of invasive species and disease management, biosecurity, and biodiversity. He has led teams that have successfully delivered large multidisciplinary projects in areas as diverse as weed biological control, carp biological control, biocontrol of dung using dung beetles and response management of exotic emergency animal diseases such as Foot and Mouth Disease. His research and government interactions have also made a significant impact on biological control policy and regulations.

In the past three years he has planned and led CSIRO investments into novel gene technology based invasive species management (including gene-drives) as potential next-generation biocontrol options, which has included partnership in GBIRd, an international consortium in this field.