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12 results for “Zosterophyllum”
Figure 10 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 10. cf. Zosterophyllum sp. B, from the Humevale Siltstone, Ghin Ghin Road, Yea: a, part (NMV P NMV P256742.1); b, counterpart (NMV P NMV P256742.2) respectively; c, line drawing, with S1–9 (sporangia one to nine). Note: Part image reversed to be in the same orientation as the counterpart. Note. Arrow in part, points to sporangium 4, which is obscured in the counterpart.
Figure 7 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 7. cf. Zosterophyllum sp. A. (part, NMV P256740.1). Interpretative line drawings: a, c, sporangia in b, d, respectively. The sporangia have weakly developed lobes (Lb), and a lack of a clear junction between the stalk and sporangium. A fine border (Br) is visible only alone distal margins.
Figure 4 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 4. cf. Zosterophyllum sp. A. from the Wilson Creek Shale Formation on Frenchmans Spur, 10 km west of Matlock: a, line drawing, dotted lines are from faint remains of compression. S=Sporangium; Q=Poorly preserved sporangium or sporangium likely not belonging to same spike; b, part NMV P256740.1. Arrow at stalk, which has been pushed across fertile axis; c, counterpart, NMV P256740.2 with part of basal region of spike missing. Note. Counterpart image reversed to be in the same orientation as the part.
Figure 2 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 2. Location of the Wilson Creek Shale outcrop on Frenchmans Spur Track, 10 km west of Matlock. Geological map showing the location of Frenchmans Spur outcrop at the star, north of Springs Creek. Source: Map after Willman et al. (2006).
Figure 1 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 1. Location of Matlock in the Mount Easton Province and Yea in the Darraweit Guim Province of the Melbourne Zone in Victoria, Australia. Source: after Moore et al. (1998: fig. 2).
Figure 9 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 9. cf. Zosterophyllum sp. A. (part, NMV P256740.1). Proximal region of spike with sporangia one (S1) and two (S2) visible and fertile axis curving into?rhizomatous region (arrow 1) and possibly extending out towards axes (arrows 2 and 3). Isolated sporangium (S) in same orientation as sporangia in spike. Image taken by Rodney Start © Museums Victoria.
Figure 5 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 5. cf. Zosterophyllum sp. A. (part, NMV P256740.1): a, two isolated sporangia at arrows (pre-dégagement) with basal region of both sporangia orientated away from the spike; b–d, on the reverse of the slab, isolated sporangia with much similar dimensions and weakly developed sporangial lobes. Image a taken by Rodney Start © Museums Victoria.
Figure 8 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 8. cf. Zosterophyllum sp. A. (part, NMV P256740.1): a, proximal region of spike; b, interpretative line drawing. Sporangia one and two (S1–2) appear infolded, with both abaxial (Abx) and partial adaxial (Adx) valves visible in sporangia and two perturbations and depressions (*) possibly representative of additional stalks that were not preserved. Q1, shadowing of possible sporangium, and upper arrow shows change in orientation of stalk beneath sporangium four.
Figure 11 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 11. cf. Zosterophyllum sp. B. NMV P256742.1: a, c, (line drawing) sporangium 3 (counterpart) in-folded, with stalk attachment widening out in basal region of sporangium. Poorly defined dehiscence zone (zone) and line; b, sporangium one (counterpart) with border visible; d, basal oval structure (part), with what appears to be a much smaller spike emanating from it (at arrow), and a poorly preserved axis beneath the oval structure.
The smallest Zosterophyllum plant from the Lower Devonian of South China and the divergent life history strategies in zosterophyllopsids
Open the record for dataset details and reuse information.
Figure 3 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 3. cf. Z. fertile, from the Wilson Creek Shale Formation on Frenchmans Spur, 10 km west of Matlock: a, part (NMV P50040.1); b, line drawing of partial spike. Abx = abaxial valve, Adx = adaxial valve, Q =?poorly preserved sporangium, P = stalk, which is normal to the fertile axis before turning upwards. Central arrows pointing to lobes; c, counterpart (NMV P50040.2). Note. Counterpart image reversed to be in the same orientation as the part.
Figure 6 in Lower Devonian Zosterophyllum-like plants from central Victoria, Australia, and their significance
Figure 6. cf. Zosterophyllum sp. A. (part, NMV P256740.1): a, line drawing of medial region of the spike seen in B; b, the cortex (Ctx) is represented by a tincture of light grey in comparison to a darker coloured vascular trace (Vt). Some perturbations and depressions (*) likely represent additional stalks. Note small proximal sporangia (at arrow) in a central position on the fertile axis; c, distal part of spike – lower arrow at stalk that has been pushed across the fertile axis. At the upper arrow sporangium with no stalk, partially behind another sporangium. Smaller sporangia more centrally located suggests distal part of spike may be helically inserted. Images taken by Rodney Start © Museums Victoria.
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