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![]() Best Player 2017 For Realmedia S Professional Convertor ForThis study presents and analyses the results of a comprehensive mapping and detailed characterization of the algae production at the European scale, encompassing macroalgae, microalgae, and the cyanobacteria Spirulina. Despite the recognized potential of the algae biomass value chain, significant knowledge gaps still exist regarding the dimension, capability, organization and structure of the algae production in Europe. 15Roquette Klötze GmbH & Co., Klötze, GermanyThe EU Bioeconomy Strategy aims to support the sustainable growth and development of the EU bio-based sectors while creating jobs, innovation and services. Hp 10bii financial calculator online emulator macFrance, Ireland, and Spain are the top 3 countries in number of macroalgae production units while Germany, Spain, and Italy stand for the top 3 for microalgae. Macroalgae production is still depending on harvesting from wild stocks (68% of the macroalgae producing units) but macroalgae aquaculture (land-based and at sea) is developing in several countries in Europe currently representing 32% of the macroalgae production units. More than 50% of these companies produce microalgae and/or Spirulina. Introduction Political ContextThe current EU political priorities favor a transition to a sustainable economy balancing the growth of economic activities, the protection of natural resources and the needs of a growing world population. In the case of microalgae, photobioreactors are the main production method (71%) while for Spirulina spp., the open ponds prevail (83%).- Upscaling of the production volumes and technological and market developments are key drivers to boost the growth of the sector in Europe.- The European algae industry is a promising emerging sector of the EU Blue Bioeconomy with many data gaps still to be filled with, inter alia, studies like our research. Production units currently exist in Europe.- A variety of species, production methods and commercial applications have been identified throughout the European countries.- In Europe, the harvesting of wild stocks is the predominant production system for macroalgae (68% of the production units mapped). Yet, the results of this study emphasize that the European algae sector has a considerable potential for sustainable development as long as the acknowledged economic, social and environmental challenges are addressed.- 447 algae and Spirulina spp. Algae production in Europe remains limited by a series of technological, regulatory and market-related barriers. Algae and Spirulina biomass is directed primarily for food and food-related applications including the extraction of high-value products for food supplements and nutraceuticals. Skype for business mac and outlook 2016Environmental, Social and Economic PotentialAlgae are key components of the marine environment and may play a significant role in addressing the EU strategical priorities. Specific priorities of the Commissioner for Environment and Oceans are to boost the EU blue economy potential while pursuing the sustainability of fisheries and aquaculture production and their contribution to global food security and sustainability. These are, for example, the goals of the EU of becoming climate neutral by 2050, the protection of biodiversity ( EC, 2020b), the development of a circular economy ( EC, 2020a) and the contribution to the farm to fork strategy for sustainable food ( EC, 2020c). In parallel, the EU Blue Growth Strategy ( EC, 2012) fosters the creation of jobs in coastal areas and the sustainable growth of Europe’s maritime economy and highlights aquaculture and blue biotechnology sectors among its priority targets.The new European Commission’s Green Deal targets priority areas where the algae production sector can provide a relevant contribution. Its Action Plan encourages the strengthening and development of the EU bio-based sectors and the pursuit of sustainable food and production systems. ![]() Algae biomass is also used in feed for aquaculture ( Makkar et al., 2016 Wan et al., 2019) and recently explored as a feed supplement for cattle to improve weight gain while reducing enteric methane emissions ( Machado et al., 2014 Roque et al., 2019 Kinley et al., 2020). Hyperborea, Ascophyllum nodosum, and Gelidium corneum are used as feedstock for the extraction of food, pharmaceutical, biomedical or biotechnological grades of the hydrocolloids alginate and agar ( Kraan, 2012 Peteiro, 2018). Additionally, some seaweed species collected along the European coasts such as Laminaria digitata, L. Microalgae are also widely used as food and nutritional supplements, with some species being important sources of specific components such as antioxidants, pigments, oils, and vitamins ( Hemantkumar and Rahimbhai, 2019 Niccolai et al., 2019). This data is based on Member States and European Economic Area (EEA) member countries submissions ( EC 762/2008, 2008 EC 216/2009, 2009 EC 217/2009, 2009 EC 218/2009, 2009 EU 2019/909, 2019) and centralized in Eurostat fisheries statistics and the European Commission’s Joint Research Centre (JRC). Available KnowledgeData on the amount of algae biomass produced in Europe is reported under different EU level collection frameworks for catch and aquaculture statistics. Despite the growing interest and the potential of the algae production as an innovative sector within the EU bioeconomy, the current status of the algae industry in Europe remains largely unknown.Robust and comprehensive information on the European algae sector is needed to adequately guide knowledge-based decisions and strategies supporting the socio-economic growth and environmental sustainability of the activity in Europe. Recent studies, some of which still at an early experimental phase, have emphasized the potential interest of these marine bioresources for innovative health products ( Bogie et al., 2019 Kwon et al., 2020).
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