Fig. 3. Odontode ornamentation on the dorsal surface of the head and buccal papillae development in the oral cavity. a-b. L. spinulifera, INPA 28851 (106.0 mm SL); c-d. L. pumila, holotype, INPA 28852 [ex. ANSP 178685] (74.6 mm SL).Published as part of Thomas, Matthew R. & Rapp Py-Daniel, Lúcia H., 2008, Three new species of the armored catfish genus Loricaria (Siluriformes: Loricariidae) from river channels of the Amazon basin, pp. 379-394 in Neotropical Ichthyology 6 (3) on page 383, DOI: 10.1590/S1679-62252008000300011, http://zenodo.org/record/541980
Fig. 1. Parotocinclus halbothi, holotype, female, 19.4 mm SL, MCP 48029, Brazil, Pará, Oriximiná, cr...
Fig. 10. Bivariate scatterplot and linear regression lines showing relationship between basicaudal p...
Fig. 4. Rio Xingu: (a) Cachoeira Buraco do Inferno, type locality of Baryancistrus xanthellus, and s...
Fig. 7. Loricaria pumila. a. paratype, ANSP 178689 (81.0 mm SL), rio Tocantins (Amazonas dr.), 11.3 ...
Fig. 4. Variation in abdominal plate development and configuration in Loricaria. a. L. pumila; b. L....
Fig. 2. Loricaria spinulifera, paratype, ANSP 178690 (123.0 mm SL), rio Negro (Amazonas dr.), 11.3 k...
Fig. 8. Loricaria lundbergi, paratype, AMNH 74474 (138.1 mm SL) rio Mawarinuma (Baria-Negro dr.), at...
Thomas, Matthew R., Rapp Py-Daniel, Lúcia H. (2008): Three new species of the armored catfish genus ...
Fig. 6. Geographic distributions of Loricaria lundbergi (type locality = 1), L. spinulifera (type lo...
Three new species of Loricaria are described from large white- and black-water river channels of the...
Fig. 5. Relationship between minimum orbital diameter (as % of HL) and average capture depth for spe...
The genus Loricaria Linnaeus of the family Loricariidae is diagnosed as a monophyletic group based o...
Fig. 1. Chaetostoma spondylus, new species, MUSM 33341, holotype, 119.7 mm SL, Peru, Departamento de...
Fig. 4. Dorsal view of caudal peduncle in (a) Ancistrus verecundus, MCP 35573, paratype, 54.6 mm SL ...
Hemiancistrus pankimpuju, new species, and Panaque bathyphilus, new species, are described from the ...
Fig. 1. Parotocinclus halbothi, holotype, female, 19.4 mm SL, MCP 48029, Brazil, Pará, Oriximiná, cr...
Fig. 10. Bivariate scatterplot and linear regression lines showing relationship between basicaudal p...
Fig. 4. Rio Xingu: (a) Cachoeira Buraco do Inferno, type locality of Baryancistrus xanthellus, and s...
Fig. 7. Loricaria pumila. a. paratype, ANSP 178689 (81.0 mm SL), rio Tocantins (Amazonas dr.), 11.3 ...
Fig. 4. Variation in abdominal plate development and configuration in Loricaria. a. L. pumila; b. L....
Fig. 2. Loricaria spinulifera, paratype, ANSP 178690 (123.0 mm SL), rio Negro (Amazonas dr.), 11.3 k...
Fig. 8. Loricaria lundbergi, paratype, AMNH 74474 (138.1 mm SL) rio Mawarinuma (Baria-Negro dr.), at...
Thomas, Matthew R., Rapp Py-Daniel, Lúcia H. (2008): Three new species of the armored catfish genus ...
Fig. 6. Geographic distributions of Loricaria lundbergi (type locality = 1), L. spinulifera (type lo...
Three new species of Loricaria are described from large white- and black-water river channels of the...
Fig. 5. Relationship between minimum orbital diameter (as % of HL) and average capture depth for spe...
The genus Loricaria Linnaeus of the family Loricariidae is diagnosed as a monophyletic group based o...
Fig. 1. Chaetostoma spondylus, new species, MUSM 33341, holotype, 119.7 mm SL, Peru, Departamento de...
Fig. 4. Dorsal view of caudal peduncle in (a) Ancistrus verecundus, MCP 35573, paratype, 54.6 mm SL ...
Hemiancistrus pankimpuju, new species, and Panaque bathyphilus, new species, are described from the ...
Fig. 1. Parotocinclus halbothi, holotype, female, 19.4 mm SL, MCP 48029, Brazil, Pará, Oriximiná, cr...
Fig. 10. Bivariate scatterplot and linear regression lines showing relationship between basicaudal p...
Fig. 4. Rio Xingu: (a) Cachoeira Buraco do Inferno, type locality of Baryancistrus xanthellus, and s...