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18 results for “Podocopa”
Figure 16 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 16. Comparison of anterior views of Keijcyoidea infralittoralis. A, male adult (SUM-CO-1583); B, third (A-6) instar (SUM-CO-1584). Scale bar: 100 Mm (A); 57 Mm (B).
Figure 12 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 12. Limbs of the eighth (A-1) instar of Keijcyoidea infralittoralis (two of two). A, mandibula; B, fifth limb of male; C, sixth limb of male; D, male segmented trunk, with anlage of copulatory organ, and caudal part, with furca and caudal process; E, female segmented trunk, with anlage of copulatory organ, and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; co, copulatory organ; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca; pp, protopodite. Scale bar: 100 Mm. A, SUM-CO-1582 (male); B–D, SUM-CO-1579 (male); E, SUM-CO-1581 (female).
Figure 13 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 13. Distributional patterns of pore systems of first (A-8) (right) and second (A-7) (left) instars on left valve in Keijcyoidea infralittoralis. Figures in parentheses indicate the number of pore systems. Arrows indicate anterior. Not drawn to scale.
Figure 10 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 10. Limbs of the seventh (A-2) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, maxillula; E, fifth limb of male; F, fifth limb of female; G, segmented trunk with intermediate form of sixth limb, anlagen of seventh limb, copulatory organ, and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; co, copulatory organ; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca; l6, sixth limb; l7, seventh limb. Scale bar: 100 Mm. A–E, G, SUM-CO-1577 (male); F, SUM-CO-1578 (female).
Figure 11 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 11. Limbs of the eighth (A-1) instar of Keijcyoidea infralittoralis (1 of 2). A, antennule; B, antenna; C, maxillula; D, fifth limb of female; E, sixth limb of female. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; cx, coxa; ed, endite; en, endopodite; ex, exopodite; pp, protopodite. Scale bar: 100 Mm. A–C, SUM-CO-1579 (male); D, SUM-CO-1580 (female); E, SUM-CO-1581 (femele).
Figure 6 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 6. Limbs of the third (A-6) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, maxillula; E, anlage of fifth limb; F, trunk and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca. Scale bar: 50 Mm. A, B, SUM-CO-1563; C, D, SUM-CO-1564; E, F, SUM-CO-1565.
Figure 7 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 7. Limbs of the fourth (A-5) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, maxillula; E, anlage of fifth limb; F, trunk and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca. Scale bar: 50 Mm. A, B, SUM-CO-1566; C, SUM-CO-1567; D, SUM-CO-1568; E, F, SUM-CO-1569.
Figure 9 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 9. Limbs of the sixth (A-3) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, maxillula; E, fifth limb; F, segmented trunk with intermediate form of sixth limb, anlagen of seventh limb, copulatory organ, and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; co, copulatory organ; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca; l6, sixth limb; l7, seventh limb. Scale bar: 100 Mm. A, B, SUM-CO-1572 (male); C, SUM-CO-1573 (male); D, SUM-CO-1574 (male); E, SUM-CO-1575 (female); F, SUM-CO-1576 (male).
Figure 8 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 8. Limbs of the fifth (A-4) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, maxillula; E, anlage of fifth limb; F, segmented trunk, with anlage of sixth limb, and caudal part, with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; cp, caudal process; cx, coxa; ed, endite; en, endopodite; ex, exopodite; f, furca; l6, sixth limb. Scale bar: 50 Mm. A, B, D–F, SUM-CO-1570; C, SUM-CO-1571.
Figure 4 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 4. Limbs of the first (A-8) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, caudal part with anlagen of maxillula and furca. Arabic numerals indicate the order of podomeres from proximal to distal; cp, caudal process; en, endopodite; ex, exopodite; f, furca; l4, fourth limb; pp, protopodite. Scale bar: 50 Mm. A, B, D, SUM-CO-1559; C, SUM-CO-1560.
Figure 1 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 1. External views of the carapace of Keijcyoidea infralittoralis at different stages of ontogeny. A, first (A-8) instar (SUM-CO-1541); B, second (A-7) instar (SUM-CO-1542); C, third (A-6) instar (SUM-CO-1543); D, fourth (A-5) instar (SUM-CO-1544); E, fifth (A-4) instar (SUM-CO-1545); F, sixth (A-3) instar (SUM-CO-1546); G, seventh (A-2) instar (SUM-CO-1547); H, eighth (A-1) instar (SUM-CO-1548); I, ninth (final) instar (adult male; SUM-CO-1393, holotype); J, ninth (final) instar (adult female; SUM-CO-1399, paratype). The scale is not the same for all of the carapaces illustrated.
Data from: Allometry in Late Devonian Podocopa ostracods (Crustacea) and its implications for Ostracoda ontogeny
<p><span>Podocopa ostracods abounds in various marine and non-marine habitats since the early Palaeozoic and leave diversified fossil records in strata worldwide. </span><span>They are</span> <span>particularly useful for stratigraphic correlation and paleoenvironmental and paleogeographical reconstructions. </span><span>However, being the most numerous ostracods during the Palaeozoic, their origins, evolution, ontogeny and phylogeny remain poorly defined. This paper represents the first study of morphological variation in Devonian Platycopida (an order of Podocopa) ostracods using a geometric morphometric approach. Our results identify substantial shape variation for <em>Cribroconcha</em> <em>honggulelengensis</em> from the Upper Devonian Hongguleleng Formation of </span>western Junggar, NW China, demonstrating a remarkable change to those juveniles <span>between stages A-3 and A-2</span><span>.</span><span> Using linear regressions between Principal component scores from right lateral view and carapace length,</span> <span>we demonstrate allometric growth patterns for the species</span><span> <em>C</em>. <em>honggulelengensis</em></span><span>.</span>The body plan of <em>C</em>. <em>honggulelengensis</em> developed along with the ontological variable, i.e., from an ovate outline with rare pores to an oblong outline with dense and large pores. <span>Environmental factors play a major role in shape determination during ontogeny of <em>C</em>. <em>honggulelengensis</em>.</span></p>
Data from: Allometry in Late Devonian Podocopa ostracods (Crustacea) and its implications for Ostracoda ontogeny
Open the record for dataset details and reuse information.
Figure 14 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 14. Comparison of ontogenetic appearance of appendages between Platycopida and Podocopida. Data for Podocopida are after Smith & Kamiya (2003) and Horne et al. (2004). Abbreviations: An1, antennule; An2, antenna; Md, mandibula; Mx, maxillula; L5, fifth limb; L6, sixth limb; L7, seventh limb; Co, copulatory organ; F, furca.
Figure 15 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 15. Hypothetical comparison of ontogenetic appearance of appendages between Platycopida and Podocopida. Data for Podocopida are after Smith & Kamiya (2003) and Horne et al. (2004). Abbreviations: An1, antennule; An2, antenna; Md, mandibula; Mx, maxillula; L5, fifth limb; L6, sixth limb; L7, seventh limb; F, furca.
Figure 5 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 5. Limbs of the second (A-7) instar of Keijcyoidea infralittoralis. A, antennule; B, antenna; C, mandibula; D, anlage of maxillula; E, caudal part with furca and caudal process. Arabic numerals indicate the order of podomeres from proximal to distal; ba, basis; cp, caudal process; cx, coxa; en, endopodite; ex, exopodite; f, furca. Scale bar: 50 Mm. A, B, D, E, SUM-CO-1561; C, SUM-CO-1562.
Figure 3 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 3. Ontogeny of Keijcyoidea infralittoralis: internal views with limbs. A, first (A-8) instar (SUM-CO-1549); B, second (A-7) instar (SUM-CO-1550); C, third (A-6) instar (SUM-CO-1551); D, fourth (A-5) instar (SUM-CO-1552); E, fifth (A-4) instar (SUM-CO-1553); F, sixth (A-3) instar (SUM-CO-1554); G, seventh (A-2) instar (SUM-CO-1555); H, eighth (A-1) instar (male, SUM-CO-1556); I, ninth (adult) instar (male, SUM-CO-1557); J, ninth (adult) instar (female, SUM-CO-1558). A–C, E, G–I, right valve with soft parts; D, F, J, left valve with soft parts. Scale bar: 100 Mm.
Figure 2 in The ontogeny of the platycopid Keijcyoidea infralittoralis (Ostracoda: Podocopa)
Figure 2. Length and height of carapaces in each instar of Keijcyoidea infralittoralis.
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