FIGURE 2. Ernstia pyrum sp. nov. A, triactines; B, tetractines; C, surface of the sponge, note numerous trichoxeas; D, inner wall of the atrium, note long apical actines of the tetractines projecting into the lumen of tubuli
FIGURE 2. Scanning electron microscopy images of spicules of the holotype (UFPEPOR 1728) of Heterome...
FIGURE 3. Trichogypsia alaskensis n. sp.: (A) the two fragments of the holotype. The left fragment s...
FIGURE 2. Location of Trichogypsiidae in the North Atlantic Ocean. Trichogypsia incrustans (●) and T...
FIGURE 2. Ernstia pyrum sp. nov. A, triactines; B, tetractines; C, surface of the sponge, note numer...
FIGURE 1. Ernstia pyrum sp. nov. A, holotype sectioned longitudinally, note well developed atrium; B...
FIGURE 13. Ernstia sanctipauli sp. nov. A—Holotype after fixation. B—Section. C—Triactine I. D—Triac...
FIGURE 3. Maximum Likelihood tree inferred from the ITS rDNA sequences under the GTR model of Ernsti...
FIGURE 4. Ernstia rocasensis morphotypes A. Photo in vivo of massive morphotype in mangrove (UFRJPOR...
FIGURE 4. Trichogypsia alaskensis n. sp.: (A) Scanning electron microscopy photo of a section perpen...
FIGURE 2. Arturia trindadensis sp. nov. A—Holotype after fixation. B—Section. C—Triactine I. D—Triac...
FIGURE 2. Corticium vaceleti sp. nov. A, holotype MNRJ 18050 in vivo. B, paratype MNRJ 18051 in vivo...
FIGURE 2. External morphology of Paraleucilla magna sp. nov. A — Sponge in situ; B — Preserved holot...
FIGURE 6. Sycon bellum sp. nov. (holotype, UFBA 4527-POR). A—Preserved specimen with oscular membran...
Figure 2. Conorete pourtalesi sp. nov., holotype body and framework: A, deck photo of the holotype; ...
Figure 2. Arthuria spirallata sp. nov. (Holotype – MNRJ 11414). A, live specimen (contraction state)...
FIGURE 2. Scanning electron microscopy images of spicules of the holotype (UFPEPOR 1728) of Heterome...
FIGURE 3. Trichogypsia alaskensis n. sp.: (A) the two fragments of the holotype. The left fragment s...
FIGURE 2. Location of Trichogypsiidae in the North Atlantic Ocean. Trichogypsia incrustans (●) and T...
FIGURE 2. Ernstia pyrum sp. nov. A, triactines; B, tetractines; C, surface of the sponge, note numer...
FIGURE 1. Ernstia pyrum sp. nov. A, holotype sectioned longitudinally, note well developed atrium; B...
FIGURE 13. Ernstia sanctipauli sp. nov. A—Holotype after fixation. B—Section. C—Triactine I. D—Triac...
FIGURE 3. Maximum Likelihood tree inferred from the ITS rDNA sequences under the GTR model of Ernsti...
FIGURE 4. Ernstia rocasensis morphotypes A. Photo in vivo of massive morphotype in mangrove (UFRJPOR...
FIGURE 4. Trichogypsia alaskensis n. sp.: (A) Scanning electron microscopy photo of a section perpen...
FIGURE 2. Arturia trindadensis sp. nov. A—Holotype after fixation. B—Section. C—Triactine I. D—Triac...
FIGURE 2. Corticium vaceleti sp. nov. A, holotype MNRJ 18050 in vivo. B, paratype MNRJ 18051 in vivo...
FIGURE 2. External morphology of Paraleucilla magna sp. nov. A — Sponge in situ; B — Preserved holot...
FIGURE 6. Sycon bellum sp. nov. (holotype, UFBA 4527-POR). A—Preserved specimen with oscular membran...
Figure 2. Conorete pourtalesi sp. nov., holotype body and framework: A, deck photo of the holotype; ...
Figure 2. Arthuria spirallata sp. nov. (Holotype – MNRJ 11414). A, live specimen (contraction state)...
FIGURE 2. Scanning electron microscopy images of spicules of the holotype (UFPEPOR 1728) of Heterome...
FIGURE 3. Trichogypsia alaskensis n. sp.: (A) the two fragments of the holotype. The left fragment s...
FIGURE 2. Location of Trichogypsiidae in the North Atlantic Ocean. Trichogypsia incrustans (●) and T...
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