7/31/2019 Aku Adalah Pengejar Syurga Akhirat

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Aku adalah pengejar syurga akhirat,bagiku dunia ini adalah tempat mempersiapkan segala

sesuatu untuk meraih syurga akhirat;aku yakin bahawa syurga akhirat tidak akan pernah

dapat aku raih kecuali aku boleh menikmati syurga dunia terlebih dahulu.Maka rumah dankeluargaku adalah syurga dunia paling indah buatku. Tempat kerja syurga dunia harianku.

Tetangga, masyarakat,dan bangsa adalah syurga duniaku yang lebih luas.Ke manapun dan

sampai bila-bila pun syurgaku selalu bersamaku...

Results

An analysis of variance (one-way ANOVA) was used to determine statistical differences of

each variable among the six locations of water resources Haruan Channa striatus in

Peninsular Malaysia. A Tukeys test (multiple comparison procedure) was used to indicate

which stream differed significantly (Cofy and Smith, 1997).Water temperatures through Johor ranged from about 29C to 30C (Fig. 2). The average

water temperatures for Kedah and Kelantan were about 30C to 32.9C with similar ranges.

The averages water temperatures for Pahang, Perak and Terengganu were about 28C and

33.9C, respectively (Table 3.1). Differences were observed in the relative locations ofJohore (M= 29.4, SD = 0.53), Kedah (M= 30.6, SD = 1.62), Kelantan (M= 31.8, SD =

0.51), Perak (M= 33.1, SD = 0.70), Pahang (M= 30.8, SD = 0.69) and Terengganu (M=30.6, SD = 1.61); the differences were significant (F5,36 = 14.336, p = .000). Post-hoc Tukey

HSD tests was showed in Table 3.1. Approximately 66 percent of the variability water

temperature resources are related by locations in Peninsular Malaysia. The average ofconductivity ranged from 0.02 mS/cm to 0.80 mS/cm, while there were a significant effect

of conductivity by distribution at the p < 0.05 level for the six locations. Turbidity readings,

measured in Nephelometric Turbidity Units. The turbidity of Haruan C. striatus resources

at Kelantan were significantly higher than other locations, and averaged bout six timeshigher than other locations. The differences were significant (F5,36 = 15.138, p = .000).

A total of 120 specimens of Haruan Channa striatus, made up of 20 each from sixlocations sites, were examined and analyzed. The range and mean values of different

morphometric characters during the study are given in Table 1.

Mean standard length of Haruan C. striatus was 24.76 3.64 cm. Significant in size was

found among the samples, and the Haruan C. striatus from Kedah and Terengganu were the

largest size (Tukey HSD Post Hoc Test, p < 0.05). Analysis of variance (one-way

ANOVA) showed that out of twenty four morphometric, twenty one characteristics(SL=Standard Length, PAL=Pre-anal Length, PPelL=Pre-Pelvic Length, PPecL=Pre-

pectoral Length, CPL=Caudal Peduncle Length, CPD=Caudal Peduncle Depth, HL= Head

Length, HW=Head Width, HD=Head Depth, DFBL=Dorsal-fin Base Length, AFL=Anal-fin Length, PecFL=Pectoral-fin Length, CFL= Caudal-fin Length, CFH=Caudal-fin Height,

FL=Fork Length, TL=Total Length, DSL=Dorsal Spine Length, SnL=Snout Length,

ED=Eye Diameter, POL=Pre-orbital Length and UPL=Upper Jaw Length) were highlysignificant (P < 0.05) between Johor, Kedah, Kelantan, Pahang, Perak and Terengganu.

The graph of the means box plots from twenty four morphometric characteristic also show

twenty one (A, B, C, D, E, F, H, I, J, K, L, N, O, P, Q, R, T, U, V, W, X) morphometric

characteristic that were significant different for mean value of the morphometric characters

7/31/2019 Aku Adalah Pengejar Syurga Akhirat

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between Johor, Kedah, Kelantan, Pahang, Perak and Terengganu. The physical

morphology, meristic counts were relatively homogenous among the specimens although

slight, and there is no significant variation in the distribution in the number of dorsal finrays (D), pectoral fin rays (P1), pelvic fin rays (P2), anal fin rays (A) and caudal fin rays (C)

(Table 2).