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FIGURE 6 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 6: Cladogram with selected characters and species of Achipteriidae. – Explanations see figure 4.
FIGURE 4 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 4: Cladogram with stem species (I-X) and their characteristic apomorphies, plesiomorphies and regressive plesiomorphies of the families of early derivative Poronota. – Explanation of codes in table 1; – 'div.': diverse more plesiomorphies listed in table 2.
FIGURE 5 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 5: Cladogram with selected characters and species of Eupelops and Peloptulus. – Explanations see figure 4.
FIGURE 3 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 3: Notogastral characters of Poronota. (a) – sacculus in transection and dorsal aspect, schematic; (b) – porose area in transection and dorsal aspect, schematic; (c) – setation pattern of the unideficient type (15 pairs); (d) – setation pattern of the multideficient type (10 pairs); (e) – porose areas (Aa, A1-A3) of the octotaxic system on a multideficient notogaster; (f) – pattern of porose areas and setae of the Eupelops type.
FIGURE 1 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 1: Illustration on the stem lineage concept. A, B, C: related taxa; – y, z: hypothetical stem species; C1: plesiomorphic state of character 1; – C1a: apomorphic state of character 1.
FIGURE 2 in Reconstruction Of Stem Species Pattern As A Strategy Towards Integrated Phylogenetic Systematics And Taxonomy, Applied To Early-Derivative Poronota (Oribatida)
FIGURE 2: (a) – Habitus of an achipteriid nymph with plicate integument; (b-o) – different types of the lamellar complex: (b) – short basal type of a lamellar complex of Poronota, schematic; (c) – enlarged type, schematic; (d) – basal type in Austrachipteria, A. grandis; (e) – Achipteria type; (f) – Cerachipteria type; (g) – Oribatella reticulata, with translamella; (h) – Oribatella quadricornuta, with median dens; (i) – Anachipteria sacculifera; (k) – Unduloribates undulatus; (l) – Propelops canadensis; (m) – Peloptulus type; (n) – Eupelops type; (o) – Tegoribates type. (a: after Seniczak 1977; d: after Hammer 1967; i: after Root et al. 2008; l: after Norton and Behan-Pelletier 1986; f-h, k, m-o: after Weigmann 2006)
Integrative taxonomy, larval biology and functional morphology of the little known gall-forming coral endoparasite Petrarca (Thecostraca: Ascothoracida)
<p><em><span>Petrarca</span></em><span> is an ascothoracidan endoparasite in scleratinian dendrophyllid corals</span><span>. <em>Petrarca</em> can stimulate coral growth, forming a gall chamber to house itself inside the coral skeleton. The diversity, molecular phylogeny and feeding ecology of <em>Petrarca</em> are understudied. This is the first study of Petrarca to be based on light and scanning electron microscopy to document the fine-scale external and functional morphology of its trophi and other structures. A combined molecular and morphological approach revealed at least four closely related species of <em>Petrarca</em>, <em>P. goanna</em>, <em>P. morula</em>, <em>Petrarca nozawai </em>sp. nov. and <em>Petrarca rubus</em> sp. nov in <em>Turbinaria</em> and <em>Astreopora</em> corals in Asia. Carapace shape and fine morphology, ultrastructure of the antennular aesthetasc, morphological characteristics of the trophi and the shape and size of the penis rami are diagnostic characters. Several morphological characters, </span><span>which are all probably synapomorphies, have been proposed to distinguish the genus <em>Petrarca</em> from other Ascothoracida. M</span><span>outhparts morphology of </span><span><em>Petrarca</em> </span><span>are developed for cutting and chewing, rather than for piercing and sucking as in many other Ascothoracida. </span><span>The external surface of the carapace of<em> Petrarca</em> is ornamented with densely packed secretory papillae used putatively for the chemical dissolution of the substrate necessary for the formation of the gall chamber.</span></p>
Figure 1 in REVIEW The use of integrative taxonomy in Octocorallia (Cnidaria: Anthozoa): a literature survey
Figure 1. Number of new octocoral species descriptions per year, 1755–2020.
Figure 3 in REVIEW The use of integrative taxonomy in Octocorallia (Cnidaria: Anthozoa): a literature survey
Figure 3. Mean number (±95%) of octocoral descriptions per 20-year interval (1755–2020).
FIGURE 27 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 27 Head of Merodon retectus sp. nov., lateral view. A) male, B) female.
FIGURE 25 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 25 Body of Merodon retectus sp. nov., female. A) dorsal view, B) lateral view.
FIGURE 20 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 20 Body of Merodon petiolatus sp. nov., male, dorsal view.
FIGURE 7 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 7 Distribution map of Merodon aberrans, Merodon flavitibius and Merodon hermonensis sp. nov.
figure of habitus (Palma, 1863) fits the concept of Merodon aberrans. in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
figure of habitus (Palma, 1863) fits the concept of Merodon aberrans.
FIGURE 10 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 10 Metaleg of Merodon warnckei, lateral view. A) male, B) female.
FIGURE 4 in Integrative taxonomy of the Merodon aberrans (Diptera, Syrphidae) species group: distribution patterns and description of three new species
FIGURE 4 Metaleg of female, lateral view. A) M. flavitibius, B) M. aberrans.
Integrative taxonomy, larval biology and functional morphology of the little known gall-forming coral endoparasite Petrarca (Thecostraca: Ascothoracida)
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Supplementary data for: From genomics to integrative taxonomy? The case study of Pocillopora corals
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Data from: Integrative taxonomy clarifies the evolution of a cryptic primate clade
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Data from: Half of the diversity undescribed: Integrative taxonomy reveals 32 new species and a high cryptic diversity in the Scopariinae and Crambinae of the Philippines (Lepidoptera: Crambidae)
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