<p>A–D, <i>Dendrophyllia boschmai</i> (OCU 6661). E–I, <i>Dendrophyllia cribrosa</i> (OCU 6671). Scale bars = 5 mm. A and E, Branching area of colony. B and F, Drawings of A and E, showing the branching area and budding sites. C, Front view. D, Drawing of C, showing the branching area and growth direction. G, Top view of the colony shown in the left side of E. H, A drawing of G, showing the sinistral growth direction. I, Top view of the colony shown in the right side of E. J, A drawing of I, showing the dextral growth direction.</p
<p>SEM micrographs of polished and etched skeletons of various azooxanthellate corals (photographs a...
FIGURE 2. Corallite budding and new branch formation in Euphyllia baliensis sp. nov. a—Corallite elo...
The morphogenesis of colonial stony corals is the result of the collective behaviour of many coral p...
<p>A–D, <i>Dendrophyllia boschmai.</i> E–H, <i>Dendrophyllia cribrosa</i>. A and E, Locations of bud...
<p>A–F, <i>Dendrophyllia boschmai</i> (OCU 6654–6658). G–L, <i>Dendrophyllia cribrosa</i> (OCU 6664–...
<p>A–D, <i>Dendrophyllia boschmai</i> (OCU 6652–6661). E–H, <i>Dendrophyllia cribrosa</i> (OCU 6662–...
<p>A–B, Orientations of directive septa. C, Inclinations of lateral corallites.</p
Background: Asexual increase occurs in virtually all colonial organisms. However, little is known ab...
BACKGROUND: Asexual increase occurs in virtually all colonial organisms. However, little is known ab...
The high morphological resemblance between branching corals and trees, can lead to comparative studi...
<p>a) Morphological skeleton generated from a volume of a CT scan of a Madracis colony, b) branch th...
<p>A, Calicular view, showing the two opposite directive septa, the greater calicular diameter (GCD)...
<p>A, Orientation of the directive septa, defined as the angle (φ) between a line connecting the two...
Many terrestrial plants form complex morphological structures and will alter these growth patterns i...
Many terrestrial plants form complex morphological structures and will alter these growth patterns i...
<p>SEM micrographs of polished and etched skeletons of various azooxanthellate corals (photographs a...
FIGURE 2. Corallite budding and new branch formation in Euphyllia baliensis sp. nov. a—Corallite elo...
The morphogenesis of colonial stony corals is the result of the collective behaviour of many coral p...
<p>A–D, <i>Dendrophyllia boschmai.</i> E–H, <i>Dendrophyllia cribrosa</i>. A and E, Locations of bud...
<p>A–F, <i>Dendrophyllia boschmai</i> (OCU 6654–6658). G–L, <i>Dendrophyllia cribrosa</i> (OCU 6664–...
<p>A–D, <i>Dendrophyllia boschmai</i> (OCU 6652–6661). E–H, <i>Dendrophyllia cribrosa</i> (OCU 6662–...
<p>A–B, Orientations of directive septa. C, Inclinations of lateral corallites.</p
Background: Asexual increase occurs in virtually all colonial organisms. However, little is known ab...
BACKGROUND: Asexual increase occurs in virtually all colonial organisms. However, little is known ab...
The high morphological resemblance between branching corals and trees, can lead to comparative studi...
<p>a) Morphological skeleton generated from a volume of a CT scan of a Madracis colony, b) branch th...
<p>A, Calicular view, showing the two opposite directive septa, the greater calicular diameter (GCD)...
<p>A, Orientation of the directive septa, defined as the angle (φ) between a line connecting the two...
Many terrestrial plants form complex morphological structures and will alter these growth patterns i...
Many terrestrial plants form complex morphological structures and will alter these growth patterns i...
<p>SEM micrographs of polished and etched skeletons of various azooxanthellate corals (photographs a...
FIGURE 2. Corallite budding and new branch formation in Euphyllia baliensis sp. nov. a—Corallite elo...
The morphogenesis of colonial stony corals is the result of the collective behaviour of many coral p...