The Phosphorus and Sulphur Distribution and Culturable Bacterial In Time Chronosequence of Ex-Tin Mining Ponds

Dr. Andri Kurniawan, S.Pi., M.P., - and Oedjijono, - and Tamad, - and Uyi Sulaeman, - (2018) The Phosphorus and Sulphur Distribution and Culturable Bacterial In Time Chronosequence of Ex-Tin Mining Ponds. OMNI-AKUATIKA : Journal of Fisheries and Marine Science, 14 (3). ISSN 2476-9347

Preview	Text (HASIL PENILAIAN PEER REVIEWER) 7 Peer Review Omni 2.pdf Download (386kB) | Preview
Preview	Text (HASIL UJI SIMILARITY) 7 Andri_Omni 2018_15p_turnitin.pdf Download (2MB) | Preview
	Text (FULLTEXT) 6. Andri_Omni 2018_15p.pdf Download (642kB)

Abstract

The tin mining had caused ecological changes that can be occured to macro- and microecosystem. This article aims to study the pattern distribution of element of phosphorus (P) and sulphur (S) and also to identify culturable bacterial that were isolated form ex-tin mining ponds in time chronosequence. The elemets of P and S were detected by X-Ray Fluorescence (XRF) and the bacterials was isolated in medium agar and biochemistry identification by microbact. The concentration of element of P and S showed the average of P concentration increased in time chronosequnce of ex-tin mining ponds, whereas the average of S concentration showed dynamic pattern. In ex-tin mining pond with age < 1 year the average concentration of P was 33,725 mg.L-1 and S was 311,45 mg.L-1. In ex-tin mining pond with age 5-10 years were P (59,8 mg.L-1) and S (451,75 mg.L-1). In ex-tin mining pond with age > 15 years were P (67,44 mg.L-1) and S (386,125 mg.L-1). While, the culturable bacterials were Kurthia spp; Actinobacillus equuli; Bacillus amyloliquefaciens; Bacillus spp; Micrococcus sp; Enterobacter gergoviae; Veillonella sp; Enterobacter aerogenes; Moraxella bovis; Nitrobater spp; and Enterobacter agglomerans.

Actions (login required)

View Item