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FIGURE 4 in Elucidating taxonomic status of Goodyera medogensis (Orchidaceae) based on morpho-molecular data

FIGURE 4. The phylogenetic tree of the genus Goodyera obtained from Maximum Likelihood (ML) and Bayesian Inference (BI) analysis of nr+cpDNA (ITS+trnL-F+matK) dataset. The samples of G. alveolata and G. medogensis were highlighted with red colour. Both red and blue coloured samples denote the sect. Reticulum. The bootstrap (BS) value in percentage from the ML and the Posterior Probability (PP) value from the BI analysis are represented at corresponding branches. The BS value <70% and the PP value <0.70 were omitted and denoted with '-' indicating a low node support.

FIGURE 2 in Elucidating taxonomic status of Goodyera medogensis (Orchidaceae) based on morpho-molecular data

FIGURE 2. The phylogenetic tree of the genus Goodyera obtained from Maximum Likelihood (ML) and Bayesian Inference (BI) analysis of nuclear (ITS) dataset. The samples of G. alveolata and G. medogensis were highlighted with red colour. Both red and blue coloured samples denote the sect. Reticulum. The bootstrap (BS) value in percentage from the ML and the Posterior Probability (PP) value from the BI analysis are represented at corresponding branches. The BS value <70% and the PP value <0.70 were omitted and denoted with '-' indicating a low node support.

FIGURE 1. Goodyera alveolata Pradhan. A1 in Elucidating taxonomic status of Goodyera medogensis (Orchidaceae) based on morpho-molecular data

FIGURE 1. Goodyera alveolata Pradhan. A1. Leaves; B1. Portion of rachis; C1–D1. Flower; E1. Dorsal sepal; F1. Lateral sepal; G1. Petal; H1. Side view of column with anther, labellum and pedicel plus ovary; I1. Top view of labellum. Goodyera medogensis H.Z. Tian, Y.H. Tong & B.M. Wang. A2. Leaves; B2. Portion of rachis; C2–D2. Flower; E2. Dorsal sepal; F2. Lateral sepal; G2. Petal; H2. Side view of column with anther, labellum and pedicel plus ovary; I2. Top view of labellum. [A2–I2 after Tong et al. 2022]

FIGURE 3 in Elucidating taxonomic status of Goodyera medogensis (Orchidaceae) based on morpho-molecular data

FIGURE 3. The phylogenetic tree of the genus Goodyera obtained from Maximum Likelihood (ML) and Bayesian Inference (BI) analysis of cpDNA (matK and trnL-F) dataset. The samples of G. alveolata and G. medogensis were highlighted with red colour. Both red and blue coloured samples denote the sect. Reticulum. The bootstrap (BS) value in percentage from the ML and the Posterior Probability (PP) value from the BI analysis are represented at corresponding branches. The BS value <70% and the PP value <0.70 were omitted and denoted with '-' indicating a low node support.

FIGURE 4. Bayesian 50 in Gelasia attariana (Scorzonerinae, Cichorieae, Asteraceae), a new species from NW of Iran, inferred from morphological and molecular data

FIGURE 4. Bayesian 50 % majority-rule consensus tree inferred from the nuclear Internal Transcribed Spacer dataset. Values above nodes indicate posterior probability (bold) and jack-knife support (italic), and values below nodes indicate bootstrap support. Tip names correspond to species names and GenBank numbers or DNA numbers for newly generated sequences; see Appendix 1 for specimen details. The star corresponds to the monophyletic Gelasia lineage. Gelasia attariana was highlighted by red color.

FIGURE 3 in Gelasia attariana (Scorzonerinae, Cichorieae, Asteraceae), a new species from NW of Iran, inferred from morphological and molecular data

FIGURE 3. Geographic distribution of Gelasia attariana (■) in northwest of Iran. A) close up view of the type locality.

FIGURE 1 in Gelasia attariana (Scorzonerinae, Cichorieae, Asteraceae), a new species from NW of Iran, inferred from morphological and molecular data

FIGURE 1. Gelasia attariana sp. nov. A) Habitat of plants in type locality, B) Plant habit, C) Flowering capitula, D) Fruiting capitula, E) Achene. Photographs: A and B, M. Mirtadzadini; Scale bar = 1 cm.

FIGURE 3 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 3. Lateral view and detail of scutellum of Oxythyrea abigailoides Mikšić, 1978, resurrected species from Ulcinj, Montenengro (A, C) and O. dulcis from Stomio, Greece (B, D).

FIGURE 4 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 4. Frontal, frontolateral and lateral view of male parameres of Oxythyrea abigailoides Mikšić, 1978, resurrected species, from Ulcinj, Montenengro (A–C) and O. dulcis Reitter, 1899 from Stomio, Greece (D–F).

FIGURE 2 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 2. Dorsal and ventral habitus of Oxythyrea abigailoides Mikšić, 1978, resurrected species, from Ulcinj, Montenengro (A–B) and O. dulcis Reitter, 1899 from Stomio, Greece (C–D).

FIGURE 7 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 7. Holotype of Oxythyrea borchmanni Schein, 1958 (now junior subjective synonym of O. dulcis Reitter, 1899). A, dorsal view; B, ventral view; C, lateral view; D–E, all labels from two obtained type specimens.

FIGURE 1 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 1. Montenegro, Ulcinj env., Velika Plaža—the type locality of Oxythyrea abigailoides Mikšić, 1978, resurrected species, (A–C) © Dominik Vondráček. A, the overall view including anthropogenic effects at the beach; B, O. abigailoides, resurrected species, visiting Calystegia soldanela (L.) R. Br.; C, detail of vegetation at the beach; D, possible locality with the same biotope in Albania, sandy beach near Hamallaj (species was not found in 2016) © Dominik Vondráček; E, locality with O. abigailoides, resurrected species, around Kaiafa lake, Peloponnese, Greece © Helena Kulíková.

FIGURE 6 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 6. Distribution map of Oxythyrea abigailoides Mikšić, 1978, resurrected species, and O. dulcis Reitter, 1899 including type localities.

FIGURE 5 in Resurrection of Oxythyrea abigailoides Mikšić, 1978 (Coleoptera: Scarabaeidae: Cetoniinae) based on new morphological, morphometrical and molecular data

FIGURE 5. Holotype of Oxythyrea abigailoides Mikšić, 1978, resurrected species, from Ulcinj, Montenengro. A, dorsal view; B, lateral view; C, parameres, frontal view; D, parameres, lateral view; E, detail of scutellum; F, all labels of the depicted holotype.

opencc-by-4.0May 2023View details →

Data for "Minimizing non-radiative decay in molecular aggregates through control of excitonic coupling"

<p>Data for "Minimizing non-radiative decay in molecular aggregates through control of excitonic coupling".  </p> <p>"Adding 'FIG.5c-20230615.npz' to match the revised manuscript" - Updated 2023.06.15</p>

FIGURE 1 in What do molecular data and vibrational communication tell us about the taxonomy of the genus Tyrrhenoleuctra Consiglio, 1957 (Plecoptera: Leuctridae) in Spain?

FIGURE 1. Map of Spain (Canary Islands not included) showing the locations (S1-S6) of the studied populations. See material and methods section for the complete information on localities.

FIGURE 2 in What do molecular data and vibrational communication tell us about the taxonomy of the genus Tyrrhenoleuctra Consiglio, 1957 (Plecoptera: Leuctridae) in Spain?

FIGURE 2. COI maximum likelihood (ML) tree representing five clades of Tyrrhenoleuctra species and one outgroup species Leuctra fusca. Sequences in bold indicate sequences generated in the present study, while the other sequences were downloaded from Genbank. Number at nodes represent support values (bootstrap= 1000).

FIGURE 5 in What do molecular data and vibrational communication tell us about the taxonomy of the genus Tyrrhenoleuctra Consiglio, 1957 (Plecoptera: Leuctridae) in Spain?

FIGURE 5. Tyrrhenoleuctra hynesi sp. n. Tip of the holotype male abdomen in lateral view (A), dorsal view (B) and ventral view (C); tip of a paratype female abdomen in ventral view (D).

FIGURE 491 in Revision of the African Neoperla Needham, 1905 (Plecoptera: Perlidae: Perlinae) based on morphological and molecular data

FIGURE 491. Codon-model maximum likelihood phylogram based on 83 largely complete mitochondrial genome sequences only (mt-NT). Statistical support values (SH-aLRT, UFBoot) from this and other analyses summarised by squares as explained in the figure. Terminal labels include information on the species, type status, gender, originating country, unique sequence identifier (NEOP###), sequencing approach and total basepairs of 13 mitochondrial, protein-coding genes. Clades of particular interest highlighted with colours that correspond to the clades in other trees. HT = holotype; PT = paratype; PCR = Polymerase Chaine Reaction; WGS = Whole Genome Shotgun.

FIGURE 492 in Revision of the African Neoperla Needham, 1905 (Plecoptera: Perlidae: Perlinae) based on morphological and molecular data

FIGURE 492. Simplified overview of codon-model maximum likelihood phylogram based on 356 mitochondrial genome and COX1 DNA barcode sequences (all-NT). Terminal labels include information on the species only. Clades of particular interest highlighted with colours that correspond to the clades in other trees. The full tree is shown in Figs 493-498.