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biosecurity built on science The influence of the local social profile on establishing grower and community collaboration Heleen Kruger PhD candidate Plant Biosecurity Cooperative Research Centre The case of fruit fly area-wide management

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Page 1: The influence of the local social profile on …...biosecurity built on science The influence of the local social profile on establishing grower and community collaboration Heleen

biosecurity built on science

The influence of the local social profile on establishing grower and

community collaboration

Heleen Kruger

PhD candidate

Plant Biosecurity Cooperative Research Centre

The case of fruit fly area-wide management

Page 2: The influence of the local social profile on …...biosecurity built on science The influence of the local social profile on establishing grower and community collaboration Heleen

biosecurity built on science

Background

Foundations of modern biosecurity systems

- International rules shape domestic rules

- WTO & IPPC

- Harmonisation, science-based

Biosecurity is predominantly techno-centric

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biosecurity built on science

Background

Biosecurity rules often assume spatial and social homogeny

SizeAttitudes, norms, values

Economic profile

History

Transaction cost

Communities

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biosecurity built on science

Fruit Fly Area-Wide Management (FF AWM)

Synchronised pest management across a geographical area, incl. towns

Reduces pesticide need

Industry increasingly need to lead FF AWM

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biosecurity built on science

Methods

Queensland Fruit Fly (Qfly) (Bactrocera tryoni)

Three case studies (Sept 2013 – March 2014)

– In-depth, semi-structured interviews and focus groups (53 participants)

Grower survey (Sept – Nov 2015)

– 98 Growers

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biosecurity built on science

Theoretical background

Literature on social ecological systems, collective action and adaptive co-management

Collective action social dilemmas:

– Free riding

– Opting out

Applied 8 principles for managing a common resource (Elinor Ostrom, 2004)

– Trust

– Fairness

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biosecurity built on science

Central Burnett, QLD

Success story in Qfly endemic region

Mainly mandarins, some table grapes and mangoes

Trust relationships with three crop consultants

Est. 40 growers, most keen to export

Small towns – voluntary grower levies fund backyard treatments

Grower contributions dwindling

Domestic market access success

Disappointment with internationalaccess

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biosecurity built on science

Riverina, NSW

Socially challenged

Strong past government support

Citrus industry drives Qfly control since July 2013

Large, diverse and fragmented horticulture industries

Traditionally not Qfly endemic

Large towns – asks residents topurchase inputs and maintain hosts

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biosecurity built on science

Young Harden, NSW

Early days with AWM

Local government and key cherry growers started Qfly management group in 2012

Some stonefruit and grape growers

Medium towns, increasing hobby farms

Asks residents to purchase inputs and maintain hosts

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biosecurity built on science

Clearly defined boundaries (principle 1)

Geographical boundaries

Well demarcated in all case studies

Participants

Clear in Central Burnett – homogeneous industry and towns treatments funded

Challenging in Riverina and Young Harden

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biosecurity built on science

Congruence between appropriation and provision (principle 2)

Amongst growers

Market access uncertainty makes spread of benefits amongst growers unclear

Amongst growers and town residents

Central Burnett – growers’ town treatment contributions based on their hectares of production

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biosecurity built on science

Collective choice arrangements (principle 3)Growers

Central Burnett – Close relationship between growers and crop consultants

Riverina – Large, fragmented horticulture industries make communication and legitimacy difficult

Young Harden – Strong informal bonds between growers

Town residents

Town residents in Central Burnett get

‘free service’

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biosecurity built on science

Monitoring (principle 4)

Biophysical

All case studies monitor Qfly numbers through traps

Cooperation

Central Burnet – Regular crop consultant farm visits

Riverina – Requesting packhouses to require growers to provide proof of Qfly management

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biosecurity built on science

Social enablers

Homogenous local grower population

High social capital

Existing social mechanisms for monitoring

Favourable ratio between supportive growers and risk contributors with little incentive to manage the pest

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biosecurity built on science

Ways forward

Adaptive co-management – Learn and adjust

‘Smart regulation’ – Maintain trust and reduce transaction cost

Training to build local capabilities – incl. negotiation, facilitation and conflict resolution

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biosecurity built on science

Conclusion

The social profile influences the transaction cost - Consider during planning and resourcing

Approaches need to be locally tailored, but regions can learn from each other

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biosecurity built on science

Questions?

Any questions?

For more information:

Email [email protected]

Acknowledgements:

Case study and survey participants

Prof. Rolf Gerritsen, Charles Darwin University

Prof. Darren Halpin, Australian National University

Dr. Susie Collins, Australian Department of Agriculture

Dr. Michael Cole, previously Australian Department of Agriculture