USE OF NON-LINEAR AUTOREGRESSIVE MODEL (NAR) TO FORECAST THE FUTURE HEALTH OF SHRIMP FARM

P. Dutta
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Abstract

Microbial load in terms of Total Coliform (TC) and Fecal Coliform (FC) were documented in the water of a shrimp culture farm at Malancha region of North 24 Parganas for a period of 36 years (1984-2019). The region receives the wastewater from the city of Kolkata. A steady hike in the microbial load (comprising of both total and fecal coliform) is noticed. The primary reason behind this rise of the microbial load is the run-off from the nearby landmasses that brings various types of wastes in the shrimp farm under investigation. The sustainability of shrimp farms in this region is under question due to the huge microbial load as revealed from the output of NAR.
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利用非线性自回归模型(nar)预测对虾养殖场未来健康状况
对北24帕尔加纳斯马兰查地区一个对虾养殖场水体中总大肠菌群(TC)和粪便大肠菌群(FC)的微生物负荷进行了36年(1984-2019)的记录。该地区接收来自加尔各答市的废水。注意到微生物负荷(包括总大肠菌群和粪便大肠菌群)的稳步增加。微生物负荷增加的主要原因是附近陆地的径流,这些径流将各种类型的废物带入了正在调查的虾场。由于NAR的产量显示出巨大的微生物负荷,该地区虾场的可持续性受到质疑。
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