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FIGURE 5. A in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 5. A) Lateral view and B) normal mouth type of Neolissochilus hendersoni from Sg Air Putih, Pulau Pinang, Peninsular Malaysia (UMKL 3315, 98.4 mm SL).

FIGURE 3 in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 3. Principal Components Analysis of meristic data. Neolissochilus hendersoni and N. soroides separated only along PC1, which was most strongly influenced positively by Total Gill Rakers, Scales from Isthmus to Pelvic-fin base, and Gill Rakers on Lower Arm, and negatively by Scales at Anal-fin Base.

FIGURE 4 in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 4. Lower Jaw Length vs. Lower Jaw Width. Significant differences were found between all pairs of species/ morphotypes except Normal and Lobe N. soroides.

FIGURE 1 in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 1. Geographic distribution of known localities of Neolissochilus hendersoni (dots) and N. soroides (circles) in Peninsular Malaysia. Drainages: BnD = Bernam, BsD = Besut, DgD = Dungun, EnD = Endau, GkD = Golok, KlD = Klang, KnD = Kelantan, KrD = Kurau, LgD = Langat, MbD = Merbok drainage, MdD = Muda, MuD = Muar, PhD = Pahang, PL = Pulau Langkawi, PrD = Perak, PP = Pulau Pinang, SgD = Selangor and TgD = Terengganu.

FIGURE 2 in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 2. Results of morphometric analyses. A) PCA: PC2 was most strongly influenced positively by Upper Lips Thickness, Lower Jaw Width, and Snout Length, and negatively by Body Depth, Anal-fin Base Length, and Dorsal-fin Base Length; PC3 was most strongly influenced positively by Lower Jaw Length, Head Width, and Orbital Length, and negatively by Upper Lips Thickness, Depressed Dorsal-fin Length, and Dorsal-fin Base Length. B) CVA of all log-transformed morphometric data: CV1 was most strongly influenced positively by Post-pectoral-fin Length, Head Length, and Dorsal-fin Height, and negatively by Standard Length, Pre-anal Length, and Body Depth; CV2 was most strongly influenced positively by Post-dorsal-fin Length, Pre-dorsal Length, and Pre-nostril Length. C) CVA on principal components, excluding PC1.

FIGURE 6. A in Cyprinid fishes of the genus Neolissochilus in Peninsular Malaysia

FIGURE 6. A) Neolissochilus soroides from Sg. Gombak of Selangor (UMKL 6098, 112.2 mm SL); B) normal mouth type of N. soroides from Sg. Chiling of Selangor (UMKL 3315, 98.4 mm SL); C) truncated mouth type of N. soroides from Sg. Batang Padang of Perak (UMKL 5411, 58.0 mm SL); D) lobe mouth type of N. soroides from Sg. Gombak of Selangor, Peninsular Malaysia (UMKL 6077, 91.8 mm SL).

FIGURE 8 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 8. Mahseers in the wild: (a) juvenile Tor at night in shallow area near stream bank; (b) shoal of Neolissochilus stracheyi in slow-flowing pool, high elevation main river with riparian vegetation at type locality of Tor mekongensis; (c) Krong No River (12°15'9.37" N 108°26'23.18" E, 650 m); (d) Đồng Nai River (11°39'20.8" N 107°16'04.7" E, 195 m).

FIGURE 4 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 4. Head of Tor sinensis UNS00873, 205 mm SL (a, c) front view, (b, d) ventral view; T. dongnaiensis holotype UNS00859, 240 mm SL (e) front view, (f) ventral view; T. mekongensis holotype UNS00877, 337 mm SL (g) front view, (h) ventral view; Neolissochilus stracheyi Tor -like morph UNS00949, 428 mm SL (i) front view, (k) ventral view; Neolissochilus stracheyi Neolissochilus-like morph UNS00872, 308 mm SL (l) front view, (m) ventral view. Scale 10 mm.

FIGURE 1 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 1. Maximum-likelihood tree based on COI mitochondrial gene sequences for species of Tor and for Neolissochilus stracheyi. Numbers on branches are ML bootstrap values (values> 70% shown).

FIGURE 7 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 7. Neolissochilus stracheyi: (a) sub-adult (UNS00864, 163 mm SL) in life, (b) adult (UNS00866, 238 mm SL) in life, (c) golden adult (UNS00948, 287 mm SL) in life, (d) Tor-like morph adult (UNS00949, 428 mm SL) in life, (e) female adult (UNS00950, 534 mm SL) in life; lateral views. Scale 10 mm.

FIGURE 6 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 6. Tor sinensis Wu 1977: (a) juvenile (UNS00876, 98 mm SL), (b) sub-adult (UNS00873, 205 mm SL) in life; lateral views. Scale 10 mm.

FIGURE 5 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 5. Tor mekongensis: (a) juvenile paratype (UNS00879, 76 mm SL) in life, (b) adult holotype (UNS00877, 337 mm SL) in life, and (c) in preservative; lateral views. Scale 10 mm.

FIGURE 3 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 3. Tor dongnaiensis: (a) juvenile paratype (ZRC 54628, 114 mm SL), (b) sub-adult paratype (UNS00880, 167 mm SL), (c) adult holotype (UNS00859, 240 mm SL) in life, and (d) in preservative; lateral views. Scale 10 mm.

FIGURE 2 in Mahseers genera To r and Neolissochilus (Teleostei: Cyprinidae) from southern Vietnam

FIGURE 2. Type localities of Tor mekongensis (black star) and T. dongnaiensis (white star), and collection localities of T. sinensis (black triangle), and Neolissochilus stracheyi (white cross).

Figure 3 in Spawning period and fecundity of Neolissochilus soroides (Duncker, 1904) (Pisces, Teleostei, Cyprinidae) from a small Malaysian stream

Figure 3. Diameter and size–frequency distribution of oocytes at different ovarian maturity stages of N. soroides in the Gombak River.

Figure 4 in Spawning period and fecundity of Neolissochilus soroides (Duncker, 1904) (Pisces, Teleostei, Cyprinidae) from a small Malaysian stream

Figure 4. Monthly oocyte diameter (µm) and oocyte size–frequency distribution of the combined developing and gravid ovarian maturity stages in female N. soroides in the Gombak River from November 2009 until October 2010.

Figure 2 in Spawning period and fecundity of Neolissochilus soroides (Duncker, 1904) (Pisces, Teleostei, Cyprinidae) from a small Malaysian stream

Figure 2. Monthly rainfalls and gonadosomatic index (GSI) at a) developing and b) gravid stages of N. soroides in the Gombak River from November 2009 until October 2010.

Figure 1 in Spawning period and fecundity of Neolissochilus soroides (Duncker, 1904) (Pisces, Teleostei, Cyprinidae) from a small Malaysian stream

Figure 1. Map of sampling localities of N. soroides (●) and the Drainage and Irrigation Department of Malaysia station (♦) in the Gombak River. Inset map shows general localities of Klang drainage in Peninsular Malaysia.