THE COMPARISON BETWEEN ANODONTA CYGNEA & CORBIGULA FLUMINEA’S (UNIONDALE) CAPABILITY IN FILTER FEEDING OF CHLORELLA SPP.(THE STRATEGIES FOR BIOLOGICAL CONTROL OF THE WATER OF ECOSYSTEMS)

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SARIKHANI LALIK; JANDAGHI MOZHGAN; JAVANSHIR ARASH; SHAPORI MARYAM

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Journal: JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY Year:2011 | Volume:12 | Issue:4 (47) Page(s): 163-172

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Title

THE COMPARISON BETWEEN ANODONTA CYGNEA & CORBIGULA FLUMINEA’S (UNIONDALE) CAPABILITY IN FILTER FEEDING OF CHLORELLA SPP.(THE STRATEGIES FOR BIOLOGICAL CONTROL OF THE WATER OF ECOSYSTEMS)

Author(s)

SARIKHANI LALIK | JANDAGHI MOZHGAN | JAVANSHIR ARASH | SHAPORI MARYAM | Issue Writer Certificate

Keywords

FILTRATION RATEQ3

CHLORELLA SPPQ3

ANODONTA CYGNEAQ3

CORBICULA FLUMINEAQ3

Abstract

The generation of sewages from agricultural & industrial activities, causes ecological quality derangement of the water of ecosystems. Among them, in many of ecosystems, Enrichment caused danger for ecosystem. To introduce a biological control method was the main objective of the present research experiments. In this study FILTRATION RATEs of two species of (Asian clam) CORBICULA FLUMINEA and (The Swan mussel) ANODONTA CYGNEA utilizing CHLORELLA SPP in a closed system was experimented. In these studies three treatments of algas (5×104, 1×105 and 2×105 cell in per milliliter) which already were cultured in mono Xenic and Guillard media were used. Surrounding water of mussels in the recipient was sampled in 30 min period of time and then, current water was remained during intervals of 120 min between two stagnant sampling times (30 min). For Each treatment there was a triplicate repetition and two repetitions for whole experiments. Results show that in each treatment, FILTRATION RATEs decreased at the end of the experiment compared to the start stage. However, the result for Corbigula fluminea differences was insignificant. The maximum FILTRATION RATE was observed in the first treatment (low concentration) 3.56 (s=0.7) ml. min -1.gr -1AFDW. In Anadonta Cygnea case FILTRATION RATE in three treatments was closed to one another and in second treatment (medium concentration) was more and eventually average of three replicates in low concentration had partial significant differences with medium concentration. (t=3.19, p<0.05, mean50000=5.29± 0.56, mean 100000=5.89±0.32) But FILTRATION RATEs in high concentration of alga had no significant difference with those in medium concentrations. (t=0.2, p>0.05, mean 200000=5.86±0.16, mean 100000=5.89±0.32) Comparison between FILTRATION RATE values of C. Fluminea and A. cygnea suggest that the lather has better clearance capacity. In first treatment, FILTRATION RATE of CHLORELLA SPP was in the case of C.Fluminea 3.56 ml.min -1.gr -1(AFDW) and in the case of A.cygnea 5.29 ml.min -1.gr -1(AFDW). In medium concentration C. Fluminea filtred 3.44 ml.min-1.gr-1 (AFDW) compared to 5.89 ml.min-1.gr-1 (AFDW) of A. Cygnea but in high concentration C. Fluminea filtered 2.95 ml.min-1.gr-1 (AFDW) compared to 5.86 ml.min-1.gr-1 (AFDW) of A. Cygnea.

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APA: Copy

SARIKHANI, LALIK, JANDAGHI, MOZHGAN, JAVANSHIR, ARASH, & SHAPORI, MARYAM. (2011). THE COMPARISON BETWEEN ANODONTA CYGNEA & CORBIGULA FLUMINEA’S (UNIONDALE) CAPABILITY IN FILTER FEEDING OF CHLORELLA SPP.(THE STRATEGIES FOR BIOLOGICAL CONTROL OF THE WATER OF ECOSYSTEMS). JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY, 12(4 (47)), 163-172. SID. https://sid.ir/paper/87602/en

Vancouver: Copy

SARIKHANI LALIK, JANDAGHI MOZHGAN, JAVANSHIR ARASH, SHAPORI MARYAM. THE COMPARISON BETWEEN ANODONTA CYGNEA & CORBIGULA FLUMINEA’S (UNIONDALE) CAPABILITY IN FILTER FEEDING OF CHLORELLA SPP.(THE STRATEGIES FOR BIOLOGICAL CONTROL OF THE WATER OF ECOSYSTEMS). JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY[Internet]. 2011;12(4 (47)):163-172. Available from: https://sid.ir/paper/87602/en

IEEE: Copy

LALIK SARIKHANI, MOZHGAN JANDAGHI, ARASH JAVANSHIR, and MARYAM SHAPORI, “THE COMPARISON BETWEEN ANODONTA CYGNEA & CORBIGULA FLUMINEA’S (UNIONDALE) CAPABILITY IN FILTER FEEDING OF CHLORELLA SPP.(THE STRATEGIES FOR BIOLOGICAL CONTROL OF THE WATER OF ECOSYSTEMS),” JOURNAL OF ENVIRONMENTAL SCIENCE AND TECHNOLOGY, vol. 12, no. 4 (47), pp. 163–172, 2011, [Online]. Available: https://sid.ir/paper/87602/en

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