FIGURE 8. Phylogenetic relationships of G. motuoensis, G. yajiangensis, and 38 Garra species using Bayesian Inference of Cyt b sequences. Numbers on nodes before and after slash (/) represent posterior probabilities in BI tree and bootstrap values in ML tree, respectively (above 0.5/50 are shown). Garra motuoensis and G. yajiangensis are labeled with black rectangles.Published as part of Gong, Zheng, Freyhof, Jörg, Wang, Jian, Liu, Meng, Liu, Fei, Lin, Pengcheng, Jiang, Yueliang & Liu, Huanzhang, 2018, Two new species of Garra (Cypriniformes: Cyprinidae) from the lower Yarlung Tsangpo River drainage in southeastern Tibet, China, pp. 367-384 in Zootaxa 4532 (3) on page 382, DOI: 10.11646/zootaxa.4532.3.3, http://zenodo.org/record/261542
FIGURE 10. Garra surgifrons, new species. SWFC 1207020, holotype, 143.0 mm SL; Yunnan: Lianghe: Meng...
FIGURE 9. Garra salweenica. SWFC 1510006, 113.5 mm SL; Yunnan: Longyang (=Baoshan): Nu-jiang; dorsal...
FIGURE 5. Phylogenetic relationships of Exostoma tibetana and its congeners using Bayesian Inference...
FIGURE 1. Garra motuoensis, holotype, IHB 20161470, 162.5 mm SL; China: Tibet: Xigong River, a tribu...
FIGURE 7. Habitat of Garra yajiangensis in the lower Yarlung Tsangpo River.Published as part of Gong...
FIGURE 4. Habitat of Garra motuoensis in the Xigong River.Published as part of Gong, Zheng, Freyhof,...
FIGURE 5. Garra yajiangensis, holotype, IHB 20161577, 165.0 mm SL; China: Tibet: lower Yarlung Tsang...
FIGURE 2. Garra motuoensis, holotype, IHB 20161470, 162.5 mm SL; China: Tibet: Xigong River, a tribu...
FIGURE 6. Garra yajiangensis, holotype, IHB 20161577, 165.0 mm SL; China: Tibet: lower Yarlung Tsang...
FIGURE 2. Bayesian Inference Tree inferred from a combined dataset (4,224 bp from COI, Cyt b, IRBP, ...
FIGURE 3. Map showing the sampling sites of Garra motuoensis (▲) and Garra yajiangensis (?).Publishe...
FIGURE 7. Comparisons between Garra qiaojiensis and G. longchuanensis. (A) G. qiaojiensis, SWFC 0502...
FIGURE 7. Maximum likelihood (ML) tree inferred from cyt b gene for 11 putative species of Sarcochei...
FIGURE 8. Live specimen Garra lissorhynchus. CNR 15271, 60.9 mm SL; Bhutan: Mongar Dzongkhag: Sheric...
FIGURE 8 Molecular phylogenetic tree of nine Sarcocheilichthys species based on Cyt b sequence recon...
FIGURE 10. Garra surgifrons, new species. SWFC 1207020, holotype, 143.0 mm SL; Yunnan: Lianghe: Meng...
FIGURE 9. Garra salweenica. SWFC 1510006, 113.5 mm SL; Yunnan: Longyang (=Baoshan): Nu-jiang; dorsal...
FIGURE 5. Phylogenetic relationships of Exostoma tibetana and its congeners using Bayesian Inference...
FIGURE 1. Garra motuoensis, holotype, IHB 20161470, 162.5 mm SL; China: Tibet: Xigong River, a tribu...
FIGURE 7. Habitat of Garra yajiangensis in the lower Yarlung Tsangpo River.Published as part of Gong...
FIGURE 4. Habitat of Garra motuoensis in the Xigong River.Published as part of Gong, Zheng, Freyhof,...
FIGURE 5. Garra yajiangensis, holotype, IHB 20161577, 165.0 mm SL; China: Tibet: lower Yarlung Tsang...
FIGURE 2. Garra motuoensis, holotype, IHB 20161470, 162.5 mm SL; China: Tibet: Xigong River, a tribu...
FIGURE 6. Garra yajiangensis, holotype, IHB 20161577, 165.0 mm SL; China: Tibet: lower Yarlung Tsang...
FIGURE 2. Bayesian Inference Tree inferred from a combined dataset (4,224 bp from COI, Cyt b, IRBP, ...
FIGURE 3. Map showing the sampling sites of Garra motuoensis (▲) and Garra yajiangensis (?).Publishe...
FIGURE 7. Comparisons between Garra qiaojiensis and G. longchuanensis. (A) G. qiaojiensis, SWFC 0502...
FIGURE 7. Maximum likelihood (ML) tree inferred from cyt b gene for 11 putative species of Sarcochei...
FIGURE 8. Live specimen Garra lissorhynchus. CNR 15271, 60.9 mm SL; Bhutan: Mongar Dzongkhag: Sheric...
FIGURE 8 Molecular phylogenetic tree of nine Sarcocheilichthys species based on Cyt b sequence recon...
FIGURE 10. Garra surgifrons, new species. SWFC 1207020, holotype, 143.0 mm SL; Yunnan: Lianghe: Meng...
FIGURE 9. Garra salweenica. SWFC 1510006, 113.5 mm SL; Yunnan: Longyang (=Baoshan): Nu-jiang; dorsal...
FIGURE 5. Phylogenetic relationships of Exostoma tibetana and its congeners using Bayesian Inference...