FIGURE 3. Substrate composition plot, showing the relative composition of sand, carbonate, gravel and mud for four species (Dercitus xanthus sp. nov., Xenospongia patelliformis Gray, 1858, Coscinoderma nardorus (Lendenfeld, 1886) and Spheciospongia vagabunda (Ridley, 1884 ))
Figure 3. Camera lucida drawings of the spicular sets of sponge species sampled in the Environmental...
FIGURE 3. Abyssocladia kanaconi sp. nov. A—Holotype. B—Paratype 2, dry. C—Paratype 1. D—Thin section...
Declining water quality associated with increased suspended sediments has been closely linked to the...
FIGURE 3. In-situ photographs of new sponge species reported in this contribution (measurements in p...
FIGURE 12. Paracornulum fistulosum sp. nov. (QMG 329109 (SBD 504571 )). A, Multispicular tracts form...
FIGURE 8. Model distribution map displaying predicted and actual distribution and biomass of Xenospo...
FIGURE 2. Examples of the diversity of sponges, associated animals, and of substrate types in Frobis...
FIGURE 3. Terpios cf. fugax Duchassaing & Michelotti, 1864. A, Sponge covering the colonies of Carij...
Quantitative surveys revealed high diversity (species richness) of sponges (150 species) in the prev...
The distribution and abundance of dictyoceratid sponges was surveyed to a depth of 20 m at eleven lo...
FIGURE 3. Haliclona (Soestella) battershilli sp. nov.: A. Finely branched, tangled masses dominate s...
FIGURE 1. Study area showing collection stations for Cercicladia australis gen. nov. sp. nov.: A. Ma...
FIGURE 3. Chelonaplysilla violacea (Von Lendenfeld, 1883). A. MCCDRS9432, in situ; B. MCCDRS9431, de...
FIGURE 41. Xestospongia purpurea, spicules (holotype USNM 1229140, SEM): oxeas, including (thinner) ...
FIGURE 3. Trichogypsia alaskensis n. sp.: (A) the two fragments of the holotype. The left fragment s...
Figure 3. Camera lucida drawings of the spicular sets of sponge species sampled in the Environmental...
FIGURE 3. Abyssocladia kanaconi sp. nov. A—Holotype. B—Paratype 2, dry. C—Paratype 1. D—Thin section...
Declining water quality associated with increased suspended sediments has been closely linked to the...
FIGURE 3. In-situ photographs of new sponge species reported in this contribution (measurements in p...
FIGURE 12. Paracornulum fistulosum sp. nov. (QMG 329109 (SBD 504571 )). A, Multispicular tracts form...
FIGURE 8. Model distribution map displaying predicted and actual distribution and biomass of Xenospo...
FIGURE 2. Examples of the diversity of sponges, associated animals, and of substrate types in Frobis...
FIGURE 3. Terpios cf. fugax Duchassaing & Michelotti, 1864. A, Sponge covering the colonies of Carij...
Quantitative surveys revealed high diversity (species richness) of sponges (150 species) in the prev...
The distribution and abundance of dictyoceratid sponges was surveyed to a depth of 20 m at eleven lo...
FIGURE 3. Haliclona (Soestella) battershilli sp. nov.: A. Finely branched, tangled masses dominate s...
FIGURE 1. Study area showing collection stations for Cercicladia australis gen. nov. sp. nov.: A. Ma...
FIGURE 3. Chelonaplysilla violacea (Von Lendenfeld, 1883). A. MCCDRS9432, in situ; B. MCCDRS9431, de...
FIGURE 41. Xestospongia purpurea, spicules (holotype USNM 1229140, SEM): oxeas, including (thinner) ...
FIGURE 3. Trichogypsia alaskensis n. sp.: (A) the two fragments of the holotype. The left fragment s...
Figure 3. Camera lucida drawings of the spicular sets of sponge species sampled in the Environmental...
FIGURE 3. Abyssocladia kanaconi sp. nov. A—Holotype. B—Paratype 2, dry. C—Paratype 1. D—Thin section...
Declining water quality associated with increased suspended sediments has been closely linked to the...