Abstract

Sustainably feeding a growing human population is one of the greatest food system challenges of the 21st century. Seafood plays a vital role in supporting human wellbeing, by providing bioavailable and nutrient-dense animal-source food. In Thailand, seafood demand is increasing, and wild capture fishery yields have plateaued, due to oceanic ecosystem degradation and fishery stock exploitation. In this study, we investigated the supply trend of fishery products and subsequent seafood-derived nutrient availability over the last decade. In addition, we explored the possibility of predicting seafood availability and consumption levels, including adherence to Thailand’s national food guide and global dietary recommendations for sustainable seafood consumption. Our findings indicate that, at national-level, fishery products supplied between 19% and 35% of the Thai populations recommended dietary protein intake, 4–6% of calcium, 6–11% of iron, and 2–4% of zinc from 1995 to 2015. Nevertheless, our research also reports that if Thailand’s wild-caught seafood production were to decrease by 13%, as is highly likely, by 2030, the country might face a per capita supply deficit of fish and shellfish to meet healthy and sustainable dietary recommendations (28–30 g/day), let alone the current Thai average intake (32 g/day). Although a 1% per year increase in aquaculture production might bridge this supply gap, policymakers and relevant fishery stakeholders must consider the long-term environmental impacts of such an approach in Thailand.

Highlights

  • In 2050, our planet is expected to accommodate 9.7 billion people, putting our food systems under substantial pressure to sustainably feed a growing human population [1,2,3]

  • 71% of the total fisheries production was from wild capture fisheries, while 29% were from aquaculture production

  • We conclude that fishery products have the potential to substantially contribute to the food and nutrition security of Thailand

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Summary

Introduction

In 2050, our planet is expected to accommodate 9.7 billion people, putting our food systems under substantial pressure to sustainably feed a growing human population [1,2,3]. Fishery products play a crucial role in supporting human well-being, mainly by providing bioavailable and nutrient-dense food [8,9]. They offer a vital source of animal protein and essential micronutrients, especially for vulnerable populations in low- and middle-income countries [10,11]. Estimating food availability in a region and the subsequent macro- and micro-nutrient supplies remain an important part of ensuring food and nutrition security. Such information can be used to build a global nutrient supply database [15,16,17]

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