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The influence of shrimp farms organic waste management on chemical water quality

机译:虾场有机废物管理对化学水质量的影响

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We evaluated the physical-chemical properties and nutrient concentrations in two shrimp ponds under conventional management, intensive (I-P) and semi-intensive (SI-P), and one under organic management (O-P), three days after loading and before stoking. The mean's total alkalinity concentrations were 2.26 ± 0.04 mM, 2.28 ± 0.01 mM and 2.59 ± 0.01 mM, respectively for I-P, SI-P and O-P. Bicarbonate and carbonate accounted for 62% and 37% in I-P, 64% and 36% in SI-P and 83-17% in O-P, respectively. Aragonite and calcite were oversaturated around Ω = 5. Mean total phosphate (TP) concentrations were 441.37 ± 92.06 μg/L, 449 ± 48 μg/L and 473.64 ± 84.17 μg/L, under I-P SI-P and O-P management respectively. Following this sequence, NOJ concentration was 2.98 ± 0.7 μg/L, 1.16 ± 0.16 μg/L and 0.32 ± 0.12 μg/L, under I-P, SI-P and O-P management respectively. Thus, the data suggest that different management of farm organic waste leads to different chemical water quality.
机译:我们在装载后三天和鹳起前三天,对两个常规管理的虾池(集约化(I-P)和半集约化(SI-P)和一个有机化处理(O-P)下的虾池的理化特性和养分含量进行了评估。 I-P,SI-P和O-P的平均总碱度分别为2.26±0.04 mM,2.28±0.01 mM和2.59±0.01 mM。碳酸氢盐和碳酸盐分别占I-P的62%和37%,SI-P的64%和36%以及O-P的83-17%。在I-P SI-P和O-P管理下,文石和方解石在Ω= 5附近过饱和。平均总磷酸盐(TP)浓度分别为441.37±92.06μg/ L,449±48μg/ L和473.64±84.17μg/ L。按照此顺序,在I-P,SI-P和O-P管理下,NOJ浓度分别为2.98±0.7μg/ L,1.16±0.16μg/ L和0.32±0.12μg/ L。因此,数据表明对农场有机废物的不同管理导致了不同的化学水质量。

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