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首页> 外文期刊>Acta Horticulturae >Aquaponics: a nutrient and water efficient production system.
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Aquaponics: a nutrient and water efficient production system.

机译:鱼菜共生:营养高效的生产系统。

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Aquaponics is the land-based production of fish in tanks combined with the recirculation of the water from the fish tanks through hydroponic systems to produce high value horticultural crops. The waste products from the fish are converted by a bio-filter into soluble nutrients, which are absorbed by the plants, and allow "clean" water to be returned back to the fish. Thus, it produces valuable fish protein with a minimal pollution of fresh water resources, while at the same time producing horticultural (usually vegetable) crops. The production of fertilizers is becoming increasingly expensive due to high prices on fossil fuels, and this may have long term implications for nutrient use in agriculture in the future. Aquaponics uses waste products derived from animals and plants which are fed to the fish, and thus converted into valuable animal protein and fresh vegetables. With the world's fresh water resources limited, aquaponics would appear to have considerable potential for arid and similar climates. Disease and pest problems are minimized because of the development of an ecological balance. Productivity is commonly as good (or better) than with conventional hydroponic systems.
机译:鱼菜共生是在陆地上生产鱼缸中的鱼,再通过水培系统将鱼缸中的水再循环,以生产高价值的园艺作物。鱼的废品通过生物过滤器转化为可溶性养分,植物吸收了这些养分,并允许“干净”的水返回鱼中。因此,它生产有价值的鱼蛋白,而对淡水资源的污染最小,同时又生产园艺(通常是蔬菜)作物。由于化石燃料的高价,化肥的生产正变得越来越昂贵,这可能对未来农业中的养分利用产生长期影响。鱼菜共生所使用的废料来自动植物,被喂给鱼,从而转化为有价值的动物蛋白和新鲜蔬菜。由于世界淡水资源有限,鱼菜共生似乎在干旱和类似气候下具有相当大的潜力。由于生态平衡的发展,病虫害问题得以最小化。生产率通常与常规水耕系统一样好(或更好)。

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