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Knowledge Exchange

Knowledge exchange (also known as knowledge transfer) can be defined as collaborative problem solving between researchers and decision makers.

Effective knowledge exchange involves the interaction of researchers and end users or decision makers, and results in mutual learning through the entire process of a research project, from planning to completion, and to the application of existing and/or new knowledge in decision making.

The AB-CRC has, through wide consultation with its members, developed what it believes to be an innovative and flexible knowledge exchange strategy. This strategy uses knowledge brokers to facilitate effective knowledge exchange for the AB-CRC at four levels - through selected networks, research projects and programs, and in pro-actively assessing new research and education opportunities within the AB-CRC.

To this end the strategy is designed to:

Ø Enhance communication networks in the biosecurity arena;

Ø Facilitate effective research collaborations within the AB-CRC;

Ø Facilitate effective dissemination and uptake of new knowledge arising from AB-CRC activities;

Ø Inform the strategic directions of the AB-CRC.

This strategy is intended to be a dynamic framework and, as such, it will respond to new information that becomes available over time and be subject to continual improvements.

You can download our brochure on the A&L Program for more information here.

Funding is available to support knowledge exchange such as research or education scoping exercises, workshops, and developing customised communication packages. Initial enquiries should be made to the Director, Application & Linkage.

 
About Knowledge Brokering

It is generally accepted that effective knowledge exchange is critical to managing the core business of a largely national benefit cooperative research centre (CRC) such as the AB-CRC.

Understanding that knowledge exchange is a two-way process, the concept of knowledge brokering was developed to bring people together for mutual advantage. Knowledge brokers are increasingly being accepted as an effective mechanism for maximising outcomes from public good or national benefit organisations.

Knowledge brokers bring together researchers and end users/decision makers who might not ordinarily interact to

(i) focus research questions; and

(ii) synthesise research findings to maximise uptake into policy and practice.

In the context of a large joint venture like the AB-CRC, knowledge brokers can also actively facilitate effective research and education collaborations and enhance communication networks across the biosecurity sector.

You can download our brochure on Demystifying Knowledge Brokering here.

Two national benefit organisations have pioneered the implementation of knowledge broker systems.

The Freshwater Ecology CRC currently employs eight or nine full-time knowledge brokers embedded in public water agencies in Australia, as well as having senior researchers contribute 10-20% of their time to formal knowledge broking activities.

The Canadian Health Services Research Foundation (CHSRF) is developing a national model that includes more than ninety part-time and full-time knowledge brokers.

The AB-CRC has examined various models for using knowledge brokering and has developed an integrated 4 level approach that it believes will suit its structure and purposes. Our knowledge brokers will be:

i) Network-based;

ii) Project-based;

iii) Program based; or

iv) Issues-based.

At the moment, all of our knowledge brokers fill this role in a part-time capacity. The AB-CRC is working with its members to gain support for a full-time knowledge broker position.

1
AB-CRC Knowledge Brokers

The AB-CRC model for knowledge brokering utilises an integrated 4 level approach. The following list identifies the individuals who have so far taken up knowledge broking roles. It is expected that this list will expand as the AB-CRC progresses.

Project-based Knowledge Brokers

Dr Chris Bunn 3.055 aaEpidemiology of avian influenza in aquatic birds in northern Queensland
Dr Hans Heine 1.001R aDevelopment of diagnostic capabilities for influenza H5N1 isolates
Dr Trish Holyoake 3.016RE Peri-urban regional surveillance for biosecurity for the pig industry in eastern Australia

Dr Peter Kirkland
aaa

1.041R   Development of serological tests for the detection of antibodies against the agent associated
            with porcine myocarditis virus in pigs and other species

Dr Tony Martin a
aaaaa
a

3.010R   Quantification of confidence in disease freedom
3.018R   Adding value to livestock movement data

Dr Lorna Melville

        a
1.020R   Evaluation of rapid molecular detection and characterisation systems for surveillance of
            arboviruses circulating in northern Australia

3.017R   Improving bluetongue virus surveillance in remote areas
Dr Nigel Perkins
aaa

3.066R   GIS mapping of cattle market service areas using the National Livestock Identification System
            (NLIS)

Dr Stephen Prowse

1.049R   Molecular analysis systems for biosecurity
1.052R   Understanding the genotypes of avian influenza viruses circulating in Australia

2.026RE Investigations of SARS-like coronaviruses in bats
3.015RE Advanced surveillance systems: Electronic data collection and support

Dr Simon Reid 1.025RE Development of tools to improve the surveillance for surra
Dr Scott Ritchie 3.043R   Development of novel detections methods for arboviruses

Dr Andrew van den Hurk


2.027RE Studies of the potential colonisation and establishment of Aedes albopictus as an arbovirus vector
            in Australia

2.065R   An assessment of the risk of the establishment of the newly emerging alphavirus Chikungunya
            virus in Australia

Dr Linfa Wangaaaaa

1.007R   Development of a serological test to detect SARS coronavirus antibody in different animal species

TBC 2.051R   Molecular and immunological investigations of bat-virus interactions  
TBC 3.050R   Simulation modelling of urban pandemic influenza in Australia  

Program-based Knowledge Brokers

Dr David Boyle        Technologies to Enhance Detection   
Dr Deb Cousins Application & Linkage  
Dr Peta Edwards Education & Training
Dr Hume Field Ecology of Emerging Infectious Diseases
Dr Nigel Perkins Advanced Surveillance Systems     

Network-based Knowledge Brokers

Dr Deb Cousins

Sub-Committee on Animal Health Laboratory Standards (SCAHLS)

Prof. John Mackenzie     World Health Organization (WHO)
Dr David Smith Public Health Laboratory Network (PHLN)
Dr Rupert Woods Australian Wildlife Health Network (AWHN)

 Issues-based Knowledge Brokers

Dr Moira McKinnon West Nile Virus   

 


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