![The Biological bulletin. Biology; Zoology; Biology; Marine Biology. •i N *:-': m.. 10 Figure 9. A vesicular cell in the coeloblastula of Leucosolenia laxa. Scale bar = 1 jim. Figure 10. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. •i N *:-': m.. 10 Figure 9. A vesicular cell in the coeloblastula of Leucosolenia laxa. Scale bar = 1 jim. Figure 10.](https://c8.alamy.com/comp/RHKNEE/the-biological-bulletin-biology-zoology-biology-marine-biology-i-n-m-10-figure-9-a-vesicular-cell-in-the-coeloblastula-of-leucosolenia-laxa-scale-bar-=-1-jim-figure-10-a-free-cell-in-the-central-cavity-of-the-coeloblastula-of-leucosolenia-laxa-b-symbiotic-bacteria-n-nucleus-scale-bar-=-1-xm-paratus-and-a-small-number-of-mitochondria-figure-10-also-shows-symbiotic-bacteria-in-the-central-cavity-metamorphosis-the-coeloblastulae-of-l-laxa-begin-to-settle-after-a-free-swimming-period-of-about-36-h-or-more-and-the-settling-larvae-soon-spread-out-on-the-substratum-fig-RHKNEE.jpg)
The Biological bulletin. Biology; Zoology; Biology; Marine Biology. •i N *:-': m.. 10 Figure 9. A vesicular cell in the coeloblastula of Leucosolenia laxa. Scale bar = 1 jim. Figure 10.
![All Figures \begin{figure} \par\includegraphics[width=8.3cm,clip Figure 1: a) Stellar IMF according to Salpeter (1955; triangles), Tinsley (1980; stars), Scalo (1986; full circles), Kroupa et al. (1993; squares), Scalo (1998; empty circles) and Chabrier (2003; dots ... All Figures \begin{figure} \par\includegraphics[width=8.3cm,clip Figure 1: a) Stellar IMF according to Salpeter (1955; triangles), Tinsley (1980; stars), Scalo (1986; full circles), Kroupa et al. (1993; squares), Scalo (1998; empty circles) and Chabrier (2003; dots ...](https://www.aanda.org/articles/aa/full/2005/05/aa1222/img82.gif)
All Figures \begin{figure} \par\includegraphics[width=8.3cm,clip Figure 1: a) Stellar IMF according to Salpeter (1955; triangles), Tinsley (1980; stars), Scalo (1986; full circles), Kroupa et al. (1993; squares), Scalo (1998; empty circles) and Chabrier (2003; dots ...
![All Figures \begin{figure} \par\parbox{18.0cm}{ \parbox Figure 1: Phased main lpv in He I 4388 and Mg II 4481 of $\omega $ CMa like Be stars with low $v \sin i$ . Note the typical variability of the far wings (beyond $v \sin i$ ) in antiphase to the core, seen ... All Figures \begin{figure} \par\parbox{18.0cm}{ \parbox Figure 1: Phased main lpv in He I 4388 and Mg II 4481 of $\omega $ CMa like Be stars with low $v \sin i$ . Note the typical variability of the far wings (beyond $v \sin i$ ) in antiphase to the core, seen ...](https://www.aanda.org/articles/aa/full/2003/45/aa4035/img30.gif)
All Figures \begin{figure} \par\parbox{18.0cm}{ \parbox Figure 1: Phased main lpv in He I 4388 and Mg II 4481 of $\omega $ CMa like Be stars with low $v \sin i$ . Note the typical variability of the far wings (beyond $v \sin i$ ) in antiphase to the core, seen ...
![floats - Problem compiler error about figure/subfigure ' caption using latex IEEE ACCESS template - TeX - LaTeX Stack Exchange floats - Problem compiler error about figure/subfigure ' caption using latex IEEE ACCESS template - TeX - LaTeX Stack Exchange](https://i.stack.imgur.com/a1I0Z.png)