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      Insects as food and feed in the Asia Pacific region: current perspectives and future directions

      review-article
      1, 2
      Journal of Insects as Food and Feed
      Wageningen Academic Publishers
      Asia Pacific, entomophagy, sustainable harvesting

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          Abstract

          Western cultures currently struggle to have insects accepted as a human food. This barrier is not as high in many parts of the Asia Pacific region because entomophagy is (or was until recent times) a part of their accepted diets. The region is comprised of many different cultural groups and the degree to which they embraced entomophagy has been determined by dietary needs, cultural considerations, and the availability of insects. While entomophagy has decreased in westernised societies, the demand for edible insects has increased in parts of Asia in association with rising standards of living. An assessment of the use of insects as food and feed in the Asia Pacific region is provided and important knowledge gaps are identified. Edible insects are sourced by three main strategies: wild harvesting, semi-domestication of insects in the wild, and farming. Semi-domestication and farming have the potential to provide a more sustainable food supply, but globally 92% of species are wild harvested. The harvested insects come from all trophic levels, although most of the terrestrial edible insect species are herbivores and most species of edible aquatic species are predators. The increased demand for edible insects puts pressure on the source populations because new technologies are now used to harvest insects more efficiently and to store them safely for longer periods, facilitating the harvesting of greater amounts of insects. This, in combination with either loss of natural habitats or changes to the environment, puts even more pressure on insect populations. The over harvesting of edible insects from different trophic levels could have long term adverse implications for ecosystem processes in Asia Pacific and other regions.

          Most cited references165

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          Increasing homogeneity in global food supplies and the implications for food security.

          The narrowing of diversity in crop species contributing to the world's food supplies has been considered a potential threat to food security. However, changes in this diversity have not been quantified globally. We assess trends over the past 50 y in the richness, abundance, and composition of crop species in national food supplies worldwide. Over this period, national per capita food supplies expanded in total quantities of food calories, protein, fat, and weight, with increased proportions of those quantities sourcing from energy-dense foods. At the same time the number of measured crop commodities contributing to national food supplies increased, the relative contribution of these commodities within these supplies became more even, and the dominance of the most significant commodities decreased. As a consequence, national food supplies worldwide became more similar in composition, correlated particularly with an increased supply of a number of globally important cereal and oil crops, and a decline of other cereal, oil, and starchy root species. The increase in homogeneity worldwide portends the establishment of a global standard food supply, which is relatively species-rich in regard to measured crops at the national level, but species-poor globally. These changes in food supplies heighten interdependence among countries in regard to availability and access to these food sources and the genetic resources supporting their production, and give further urgency to nutrition development priorities aimed at bolstering food security.
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            Trophic cascades across ecosystems.

            Predation can be intense, creating strong direct and indirect effects throughout food webs. In addition, ecologists increasingly recognize that fluxes of organisms across ecosystem boundaries can have major consequences for community dynamics. Species with complex life histories often shift habitats during their life cycles and provide potent conduits coupling ecosystems. Thus, local interactions that affect predator abundance in one ecosystem (for example a larval habitat) may have reverberating effects in another (for example an adult habitat). Here we show that fish indirectly facilitate terrestrial plant reproduction through cascading trophic interactions across ecosystem boundaries. Fish reduce larval dragonfly abundances in ponds, leading to fewer adult dragonflies nearby. Adult dragonflies consume insect pollinators and alter their foraging behaviour. As a result, plants near ponds with fish receive more pollinator visits and are less pollen limited than plants near fish-free ponds. Our results confirm that strong species interactions can reverberate across ecosystems, and emphasize the importance of landscape-level processes in driving local species interactions.
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              The ecological implications of harvesting non-timber forest products

              T Ticktin (2004)
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                Author and article information

                Journal
                jiff
                122903
                Journal of Insects as Food and Feed
                Wageningen Academic Publishers
                2352-4588
                1 January 2015
                11 February 2015
                : 1
                : 1 ( otherID: J18731N34765 )
                : 33-55
                Affiliations
                [ 1 ] Department of Economic Development, Jobs, Transport and Resources, Biosciences Research Division, AgriBio, 5 Ring Road, Bundoora, Victoria 3083, Australia
                [ 2 ] School of Applied Systems Biology, AgriBio, La Trobe University, 5 Ring Road, Bundoora, Victoria 3083, Australia
                Article
                L1210HNL44TR1842
                10.3920/JIFF2014.0017
                ea7757ca-6789-4aed-a3d5-94a63cf40f89

                History
                Categories
                Review-Article

                Animal agriculture,General life sciences,Nutrition & Dietetics,Animal science & Zoology,Life sciences
                entomophagy,Asia Pacific,sustainable harvesting

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