Wildlife Exotic Disease Preparedness Program

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Wildlife Exotic Disease Preparedness Program

The WEDPP is a joint program involving the Australian Government and state and territory governments that commenced in 1984-85.

WEDPP's mission is to improve Australia's emergency animal disease preparedness through the development of strategies to monitor, prevent, control or eradicate emergency diseases in wildlife and feral animals that threaten Australia's livestock industries.

In recent years more emphasis has been placed on improving wildlife surveillance, and for Australia to gain a better knowledge of potential pathogens in the general environment.

The specific objectives of WEDPP are:

  1. To enhance and refine technologies for the surveillance, containment and control of wildlife in order to improve Australia’s animal disease preparedness capability.

  2. To develop a national cadre of competent personnel to perform wildlife disease control roles in an emergency animal disease incident; and promote the integration of animal health and wildlife personnel and activities for better animal health outcomes.

  3. To assist with the development of Australia’s animal disease preparedness with an emphasis on developing wildlife strategies and procedures for AUSVETPLAN.

The program has been instrumental in generating awareness of the potential role of wildlife and feral animals in the spread of exotic diseases.  The program has also facilitated the development of control and eradication payments.

Information about current and completed projects are provided below.

2005-06

Project Number
Project
1

The Zoological Parks Board of NSW - Australian Wildlife Health Network

AWHN OIE Report 2005 - Summary PDF Icon PDF [76kb]

2
The Genetic Structure of Austro-Indonesian Waterbird Populations
3

Development of Cyanide Bait for Rapid Disease Sampling and Surveillance of Wild Animals

4

Application of Rapid Diagnostic Tests in the Targeted Surveillance of Avian Influenza Virus within Victorian Wild Bird Populations

Application of rapid diagnostic tests in the targeted surveillance of Avian Influenza Virus within Victorian wild bird populations - Final Report 2006 PDF Icon PDF [397kb]

6
Application of Rapid Diagnostic Tests to Detect Exotic West Nile Antibodies and Virus During Surveillance of Wild Birds, Mosquito Populations and Sentinel Flocks
8
Cross-Jurisdictional Model for Targeted Surveillance of Wild Bird Species PDF Icon PDF [272kb]

2004-05

Project Number
Project
1

Feasibility of Delivering Oral Liquid Vaccines or Contraceptives to Feral Pigs

Summary Report PDF Icon PDF [14kb]

Related Paper
Cowled, B., Lapidge, S., Smith, M. & L. Staples. Vaccination of feral pigs (Sus scrofa) using iophenoxic acid as a simulated vaccine. Aust Vet J 2008; 86(1&2): 50-55

2
Natural Boundaries to Feral Pig Dispersal and Population Structuring
3
Preliminary Investigations for Measuring Animal Contact Rates
4

Development of Rapid Molecular Surveillance Tools for the Detection of Avian Influenza Within Victorian Wild Bird Populations

Final Report - August 2005 (4WEDPP04) PDF Icon PDF [502kb]

6

The Feasibility of Targeting Surveillance for Avian Influenza in Wild Birds

Targeting surveillance for avian influenza in wild birds: a pilot investigation in New South Wales: Tracey 2005 PDF Icon PDF [543kb]


Pathogenicity of H5N1 Strain of Highly Pathogenic Avian Influenza Virus in Australian Native Ducks
 

Australian Wildlife Health Network

Milestone Review Report of the AWHN PDF Icon PDF [209kb]

AWHN OIE Report 2004 - SummaryPDF Icon PDF [160kb]

2003-04

Project Number
Project
3

A Novel Molecular-Ecology Approach to Ascertaining Emigration/Immigration and Potential Disease Spread in Feral Pigs

Summary Report PDF Icon PDF [18kb]

Related Papers 

1. Spencer P., Lapidge S.Hampton J. & J. Pluske The sociogenetic structure of a controlled feral pig population Wildlife Research 2005; 32: 297-304 PDF Icon PDF

2. Hampton J., Spencer P., Alpers, D. et al. Molecular techniques, wildlife management and the importance of genetic population structure and dispersal : a case study with feral pigs J Appl Ecology 2004; 41 (4): 735-743 

3. Spencer P., Hampton J., Lapidge S. et al An assessment of the genetic diversity and structure within and among populations of wild pigs (Sus scrofa) from Australia and Papua New Guinea. Journal of Genetics 2006; 85(1): 63-66 

5
Distribution and Abundance of Pest Animals in the Rangelands of Western Australia
6

Determining the Species of Leishmania Associated with Cutaneous Leishmaniasis in Red Kangaroo (Macropus Rufus) in the Northern Territory

Summary Report PDF Icon PDF [19kb]

Related Papers

1. Rose K. Cutaneous leishmaniasis in red kangaroos Aust Vet J 2004; 82(7): 440 PDF Icon PDF

2. Rose K., Curtis J., Bladwin T. et al. Cutaneous leishmaniasis in red kangaroos: isolation and characterisation of the causative organisms Int J Parasitol 2004; 34(6): 655-664

9a
AWHN - Incorporation of GIS Mapping Software in the National Wildlife Surveillance Database PDF Icon PDF [39kb]
9b
AWHN - Targeted Surveillance Activities PDF Icon PDF [46kb]
10
Workshop Addressing Decision Support Tools and the Management of Feral Pigs in an Emergency Animal Disease Event PDF Icon PDF [39kb]
12
Workshop to Review Policies Associated with Avian Influenza Virus PDF Icon PDF [39kb]

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Last Updated: 07 Apr 2008
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