The male, larva and nymphal stages of Cryptocellus iaci Tourinho, Lo Man-Hung & Bonaldo, 2010, a species previously known only from a single female, are described based on specimens from around the type locality, in an area of both Terra Firme forest and igapó (flooded forests), at the Jufari River, Roraima State, Brazil. The specimens were illustrated using live photography, stereomicroscopy, and scanning electron microscopy, allowing us to examine and describe the large di-versity of tarsal sensilla and other integumental structures in Cryptocellus and to compare them to those of the previously studied Pseudocellus. Based on the male somatic characters Cryptocellus iaci is placed in the foedus species-group. Cryp-tocellus iaci has two sen...
FIGURES 11 – 17. Cryptocellus chiruisla sp. nov. Male holotype (QCAZI 3440). 11 – 12. Left leg III, ...
FIGURES 11–18. Cryptocellus chimaera sp. nov. Male Holotype (MEPN 7813). 11–12, Right leg III, prola...
A new ricinuleid species, Cryptocellus chimaera sp. nov., is described based on a male specimen from...
FIGURE 2. Cryptocellus iaci, live habitus: a, Male and deutonymph; b, Tritonymph; c, Male; d, Female
FIGURE 6. Cryptocellus iaci, male INPA 091: Prosoma, dorsal view. Scale bar = 100 µm
A new species of Ricinulei of the genus Cryptocellus Westwood 1874 is described from the Madeira-Pur...
FIGURES 14–20. Cryptocellus sofiae sp. nov., SEM micrographs. 14–18, paratype male (ICN-Ari-011), ri...
FIGURE 5. Cryptocellus iaci male MCZ IZ-130038: a, Dorsal view of prosoma (scale bar = 200 µm); b, S...
FIGURES 35–40. Cryptocellus magnus Ewing, 1929. Male and female from Villa Leonor (AMNH). 35, Male, ...
FIGURE 6. Integumental structures on legs of Cryptocellus muiraquitan sp. nov. A, Thumb-like papilla...
FIGURE 3. Cryptocellus iaci, integumentary structures on legs of male MCZ IZ-130038: a, Detailed vie...
FIGURES 41–46. Cryptocellus magnus Ewing, 1929. Male (AMNH). 41–42, Right leg III, prolateral and re...
FIGURES 19–34. Cryptocellus chimaera sp. nov. and Cryptocellus magnus, copulatory structures. 19–26,...
FIGURES 11–17. Cryptocellus chiruisla sp. nov. Male holotype (QCAZI 3440). 11–12. Left leg III, prol...
FIGURES 35–40. Cryptocellus guaviarensis sp. nov. Male holotype (ICN-Ari-013). 35–36. Left leg III, ...
FIGURES 11 – 17. Cryptocellus chiruisla sp. nov. Male holotype (QCAZI 3440). 11 – 12. Left leg III, ...
FIGURES 11–18. Cryptocellus chimaera sp. nov. Male Holotype (MEPN 7813). 11–12, Right leg III, prola...
A new ricinuleid species, Cryptocellus chimaera sp. nov., is described based on a male specimen from...
FIGURE 2. Cryptocellus iaci, live habitus: a, Male and deutonymph; b, Tritonymph; c, Male; d, Female
FIGURE 6. Cryptocellus iaci, male INPA 091: Prosoma, dorsal view. Scale bar = 100 µm
A new species of Ricinulei of the genus Cryptocellus Westwood 1874 is described from the Madeira-Pur...
FIGURES 14–20. Cryptocellus sofiae sp. nov., SEM micrographs. 14–18, paratype male (ICN-Ari-011), ri...
FIGURE 5. Cryptocellus iaci male MCZ IZ-130038: a, Dorsal view of prosoma (scale bar = 200 µm); b, S...
FIGURES 35–40. Cryptocellus magnus Ewing, 1929. Male and female from Villa Leonor (AMNH). 35, Male, ...
FIGURE 6. Integumental structures on legs of Cryptocellus muiraquitan sp. nov. A, Thumb-like papilla...
FIGURE 3. Cryptocellus iaci, integumentary structures on legs of male MCZ IZ-130038: a, Detailed vie...
FIGURES 41–46. Cryptocellus magnus Ewing, 1929. Male (AMNH). 41–42, Right leg III, prolateral and re...
FIGURES 19–34. Cryptocellus chimaera sp. nov. and Cryptocellus magnus, copulatory structures. 19–26,...
FIGURES 11–17. Cryptocellus chiruisla sp. nov. Male holotype (QCAZI 3440). 11–12. Left leg III, prol...
FIGURES 35–40. Cryptocellus guaviarensis sp. nov. Male holotype (ICN-Ari-013). 35–36. Left leg III, ...
FIGURES 11 – 17. Cryptocellus chiruisla sp. nov. Male holotype (QCAZI 3440). 11 – 12. Left leg III, ...
FIGURES 11–18. Cryptocellus chimaera sp. nov. Male Holotype (MEPN 7813). 11–12, Right leg III, prola...
A new ricinuleid species, Cryptocellus chimaera sp. nov., is described based on a male specimen from...