Abstract

The logistical challenge of coordinating natural resource management actions across large scales is typically complicated by the diversity of stakeholders’ interests. Devising a plan is difficult. Getting diverse stakeholders to agree to and adhere to any logistical solution is harder still. Hence logistical solutions to large-scale problems involve a combination of coordination, and trust-building and contestation which are two key features of collaboration. We studied networks based on stakeholder participation in institutional responses to agricultural pest and disease incursions, where the spatial complexity of response is further challenged by the need to design and implement plans quickly in order to stop the spread of incursions. Using data from the 2010 Australian myrtle rust incursion, we used novel statistical network methods which showed that policy forums at national scales, where higher-level decisions are made, were associated with denser overlapping stakeholder interactions signifying collaboration (bondingcapital, high transaction-costs). Our qualitative data unpacked this, showing how at times uncertainty in process and information is used by some stakeholders to contest decisions at national scales. We failed to find statistical evidence that at local scales, where plans are implemented more-or-less at face value, networks exhibited lower-transaction cost interactions associated with the socially cheaper task of coordination (bridging-capital, low transaction-costs). By identifying the mix of coordination and collaboration in networks for solving environmental problems, capacity building can be more targeted, and rules-of-behaviour can be developed that better fit the requirements of the diverse tasks involved.

Highlights

  • The management of natural resources over large-scales typifies the challenge of decision-making given complexity (Young 2002; Marshall 2008; Lubell et al 2010)

  • We study the management of plant and pest outbreaks in agriculture, where the logistics of attempting coordinated, science-based eradication is set within the context of: industries and states contesting who will pay for response efforts (Beale et al 2008); national Governments balancing free-trade (Maye et al 2012); and the otherwise diverging interests of multiple biosecurity stakeholders (Gilmour et al 2011; Reed and Curzon 2015; Farbotko et al 2016)

  • In this paper we study Australia’s response to an outbreak of the disease ‘myrtle rust’, as a case study into the balance of contestation/collaboration and coordination in plant pest and disease biosecurity

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Summary

Introduction

The management of natural resources over large-scales typifies the challenge of decision-making given complexity (Young 2002; Marshall 2008; Lubell et al 2010). We study the management of plant and pest outbreaks in agriculture, where the logistics of attempting coordinated, science-based eradication is set within the context of: industries and states contesting who will pay for response efforts (Beale et al 2008); national Governments balancing free-trade (Maye et al 2012); and the otherwise diverging interests of multiple biosecurity stakeholders (Gilmour et al 2011; Reed and Curzon 2015; Farbotko et al 2016). One result of the Deed is the rapid establishment of a generic organisational structure as incursions occur This structure has two functions: (1) provision of strategic policy and direction, and (2) planning and implementation of operational activities (Biosecurity Emergency Preparedness Working Group 2012). This structure includes the formation of policy forums – debriefings, working groups, standing committees, expert panels, and existing high-level committees where the response became an agenda item

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