Abstract

The sustainable development and food security of islands in the Asia-Pacific region is severely compromised by climate change, sea level rise and compounding socio-economic issues. To achieve a step-change in food production and climate adaptation, livelihoods must rapidly transform. Food security programs continue to apply the ‘pipeline’ model of scaling-out technological innovations, but do not account for the social-ecological complexity of islands. We tested the feasibility of scaling-out adaptation strategies in two provinces in the region: Nusa Tenggara Barat in Indonesia, and West New Britain in Papua New Guinea. Guided by a sub-district typology of resource use, we trialled a participatory, systems-based livelihood adaptation pathways approach in sub-district case studies. The process aimed to mainstream social learning and future uncertainty into community development decision-making, yielding ‘no regrets’ adaptation strategies to transform livelihoods. We tested two assumptions: first, that because the contexts of all villages were homogenous, strategies were sufficiently similar to enable scaling-out across the provinces; second, that the sub-district typologies would assist scaling-out within each type. The results showed that the first assumption was untenable: there was very little similarity amongst villages’ strategies; only sustainable fisheries management was scalable amongst coastal villages. The second was marginally tenable, because there were strong similarities amongst villages in an off-shore island type. When pooled into classes of adaptation strategy, most related to practice and behaviour change, and addressed systemic social issues; very few were technological. Our results suggest that scaling-out livelihood and food system innovations is not feasible due to the complex social-ecological contexts within islands, caused by steep climate gradients, natural resource and cultural diversity. We discuss the limitations of a resource use typology that aimed to mitigate this complexity and guide scaling-out. Instead we argue that appropriate social learning approaches akin to livelihood adaptation pathways must be mainstreamed into existing community development decision cycles, thereby ‘scaling-up’ and ‘scaling-deep’ to tackle institutional, political and cultural barriers to transformation. We discuss the implications of our recommendations for government and donor support for food security programs in islands of the Asia-Pacific region, and future research priorities.

Highlights

  • To supply growing global demand, agricultural systems must produce 60% more food by 2050 relative to 2005–2007 levels (Food Agriculture Organisation of the United Nations, 2015)

  • In this study we applied a participatory, systems-based approach combined with a sub-district resource use typology to analyse rural livelihoods and food production, current and future climate and other pressures, in order to design “no regrets” strategies which would potentially generate systemic change in the case study sub-districts

  • Fifty-six strategies were formulated for 31 villages in Nusa Tenggara Barat Province (NTB) and West New Britain Province (WNB)

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Summary

Introduction

To supply growing global demand, agricultural systems must produce 60% more food by 2050 relative to 2005–2007 levels (Food Agriculture Organisation of the United Nations, 2015) Much of this production shortfall must be met by smallholder farmers (Herrero et al, 2017), while adapting to the largely negative impacts of climate change and variability, using resources more efficiently, and reducing greenhouse gas emissions (Keating et al, 2014; Lipper et al, 2014; Steffen et al, 2015). For decades it has been assumed that to achieve rapid and widespread changes in production amongst smallholders, science-driven technologies must be “scaled-out,” defined as delivering more benefits to more people over wider geographical areas, more quickly, equitably and lastingly (Franzel et al, 2001). There are growing concerns that blanket recommendations lead to low adoption amongst smallholders, and there are no “silver bullets” that can generate transformations in climate adaptation and resource efficiency (Giller et al, 2009; Biermann et al, 2012; Descheemaeker et al, 2016)

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