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Review on integrated production of the brine shrimp <i>Artemia</i> in solar salt ponds
74
Citations
41
References
2019
Year
EngineeringAquaculture SystemMaricultureSolar Salt PondsAquatic Food SystemAquacultureAquatic EnergyEnvironmentally Sustainable AquacultureAquatic Animal NutritionIntegrated ProductionAquacultural EngineeringArtemia GenomeAquacultural SystemsAquatic SustainabilityWater QualityAquaculture GeneticsFish FarmingBrine Shrimp ArtemiaAquatic OrganismArtemia Pond Production
Abstract The brine shrimp Artemia is a highly required, convenient and cost‐effective live food used in fish and shellfish larviculture. Its cysts, originating from a limited number of inland salt lakes, are traded worldwide. Over the past decades, Artemia pond production in solar saltworks, integrated with salt production, has emerged as an alternative to cope with possible cyst shortages and high prices on the international market and as a tool to fulfill local cyst and Artemia biomass demands associated with local and regional aquaculture developments. This article reviews the principles of Artemia pond production and how it is practiced in terms of general management. It also describes the distinctive features that have evolved in various countries, due to geographical, environmental and socio‐economic characteristics and the local aquaculture context. It highlights the lessons that may be learnt from previous successes and failures for new areas where the technique may be introduced. The principles of Artemia pond production are also discussed in the light of global and local Artemia biodiversity, as its protection is key to support the sustainability of the aquaculture industry. This review pioneers in bringing this information, much of which was restricted to grey literature until now, under the attention of the international scientific audience. Future research and development should focus on continued proper management to secure cyst production and to maximize cyst quantities. Moreover, using the information provided by the Artemia genome will allow as well to strive for improved cyst quality, by producing strains with specific market characteristics.
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