Find research datasets worth reusing

Fig. 1 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 1. Half of a longitudinal section of a young capsule of Sphagnum acutifolium, magnifi- cation ~x 135. The signification of the letters is given in the text above. The capsule was still hidden between the perichaetial leaves.

Fig. 3 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 3. Part of a transverse section of a capsule of Barbula tortuosa not yet completely grown, cut slightly obliquely from below to above. Part x the lower one, part y. the upper one. Here is to be seen, that the thickening of the membranes of the cell layers pp. and tt. becomes entirely partial above. Meaning of the other letters and magnification as above

Fig. 6 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 6. Part of a transverse section of a similar capsule; here the reason for the pleats of the inner peristome is visible (between pp. and tt.). Meaning of the letters and magnification as above.

Fig. 23 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 23. of a transverse section of a capsule of Aulacomnium palustre, magnification x 170, for both. To notice is at the thickening of the outer peristome cell wall in Fig. 23. pp the dark part x and the bright part y; x shows the average strength of the tooth, y the lamella; compare the same letters in Fig. 22.

Fig. 8 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 8. Part of a transverse section of a young capsule of Barbula tortuosa, magnification x 250, and

Fig. 15 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 15. Longitudinal section from the upper part of a mature capsule of Dicranum Schrebe- rianum. The capsule is somewhat lopsided (uneven), insofar as on the left side at x some cells protrude more than on the other side at y. Magnification x 250.

Fig. 30 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 30. of a transverse section of the upper half of a capsule of Hypnum sylvaticum. Fig. 29 magnification x 250, Fig. 30 x 170.

Fig. 21 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 21. Part of a transverse section of a capsule of Orthotrichum affine (pumilum). Magnifi- cation x 700.

Fig. 28 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 28. Part of a longitudinal section of the upper half of a capsule of Bartramia fontana. Magnification x 170. Signification of the letters in the text.

Fig. 2 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 2. Part of a transverse section of a capsule of the same moss. Meaning of the letters and magnifiction as for the previous figure.

Fig. 3 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 3. Half of a longitudinal section of a mature capsule of Gymnostomum pyriforme; it is to note that the loose tissue at y is the lower part of the columella, which is, in a younger state, strongly tightened, slackens more, as presented, when the spore sac is more expanded, and is totally compressed by the complete development of the spores. See the additional remarks in the text. Magnification x 135.

Fig. 6 and 7 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 6 and 7. Parts of a transverse and a longitudinal section of a fully grown but yet young capsule of Weissia curvirostra Hedw. (Anacalypta rubella Hübener). Magnification ~x 250 of the transverse section, ~x 300 of the longitudinal section.

Fig. 9 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 9*. Part of a transverse section of a young capsule of Syntrichia subulata. ee epidermis, me outer capsule wall, v gap between outer capsule wall and spore sac, sc spore sac, cc columella, s mother cells with nuclei, x row of mother cells, exceptionally found in the tissue of the columella.

Fig. 17 in Georg Bojung "Scato" Lantzius-Beninga and his contributions on the anatomy of moss capsules: a transliteration from the original German texts

Fig. 17. Part of a longitudinal section of a capsule of Fissidens adianthoides. Magnification x 175.

FIG. 5. — A in Aristotle on the anatomy of the heart and lungs (HA 1.17): new insights from a multidisciplinary approach

FIG. 5. — A, Fresh lungs of a pig. The colour of the lungs is deep red, as is the case for the lungs in mammals; B, lungs of a chicken. Notice the pale pink colour of the lungs, which coincides with most anatomical descriptions of a chicken's lungs. This image is magnified for viewing purposes. Credits: A, Oleksandr Lyt- vynenko; B, E-Iona; taken and modified from https://www.shutterstock.com/, last consultation on 4 December 2023.

FIG. 3 in Aristotle on the anatomy of the heart and lungs (HA 1.17): new insights from a multidisciplinary approach

FIG. 3. — The process of breathing for gas exchange and the pressure change in the pleural cavity: A, during inspiration, air enters the lungs (light blue arrow), the negative pressure inside of the pleural cavity (black arrowhead) decreases and the thoracic cavity expands (orange arrows), while the lungs increase in volume;B, in exhalation, as air comes out of the lungs (light blue arrow) the pressure inside the pleural cavity (black arrowhead) increases, the thoracic cavity contracts (orange arrows), and the volume of the lungs reduces. Credit: image by Mariana Ruiz Villareal [LadyofHats], modified and taken from https://commons.wikimedia.org/, last consultation on 4 December 2023.

FIG. 1 in Aristotle on the anatomy of the heart and lungs (HA 1.17): new insights from a multidisciplinary approach

FIG. 1. — Dissection of the thoracic cavity of a dog positioned dorsally (on its back or upper side). The heart (H) can be seen located above the lungs (L) and slightly towards the right side. The lungs have collapsed to the sides of the thoracic cavity, which is limited laterally by the ribs and intercostal muscles (R-IcM). The heart is surrounded by the pericardium (Pc), partially cut to create a window, while the diaphragm (D) lies below. Credit: image by ATLOMY.

FIG. 2 in Aristotle on the anatomy of the heart and lungs (HA 1.17): new insights from a multidisciplinary approach

FIG. 2. — The position of the heart in mammalian animals: A, the human heart (white arrowhead) is positioned in the midline of the thoracic cavity, tilted to the left and surrounded by the lungs; B, the heart of a dog (white arrowhead) is also located in the thoracic cavity where it is surrounded by the lungs, as is the case in four-legged animals. Credits: images by A, Matis75; B, SciePro, taken and modified from https://www.shutterstock.com, last consultation on 4 December 2023.

FIG. 4. — A in Aristotle on the anatomy of the heart and lungs (HA 1.17): new insights from a multidisciplinary approach

FIG. 4. — A, Lateral view of the left lung of a dog. The organ is deep red in colour, as the animal has not been exsanguinated with the modern-day technique applied in slaughterhouses; B, lateral view of the lung of a pig in a slaughterhouse. The pale pink colour is a result of exsanguination, applied as part of the slaughterhouse method. Notice a lesion compatible with Enzootic Pneumonia in the middle lobe of the lung (white circle) and the heart behind it. Credits: A, image taken and modified from Singh 2018: 201; B, image taken and modified from Bonicelli et al. 2021.

FIGURE 10 in Two exceptional Balaenomorpha (Cetacea: Mysticeti) from the Biemenhorst Subformation (middle/late Miocene) of Bocholt (W Münsterland, Germany) with a critical appraisal on the anatomy of the periotic bone

FIGURE 10. FIAM in Balaenoptera borealis, ZMB_MAM 77323, from deep inside (A) to 'surface' (C). For innervation, see remarks of Figure 7.