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FIGURE 10. R in A new species of Rhigognostis (Lepidoptera, Plutellidae) from the Canary Islands
FIGURE 10. R. schmaltzella female genitalia: a, antrum; b, antrum at inception of ductus bursae; c, denticles on corpus bursae; d, ductus bursae at inception of bursa copulatrix; e, bursa copulatrix at inception of ductus bullae; f, signum; g, bulla seminalis.
FIGURE 9. R in A new species of Rhigognostis (Lepidoptera, Plutellidae) from the Canary Islands
FIGURE 9. R. kovacsi female genitalia: a, antrum; b, antrum at inception of ductus bursae; c, denticles on corpus bursae; d, ductus bursae at inception of bursa copulatrix; e, bursa copulatrix at inception of ductus bullae; f, signum; g, bulla seminalis.
FIGURES 3, 4. Rhigognostis species. 3, R in A new species of Rhigognostis (Lepidoptera, Plutellidae) from the Canary Islands
FIGURES 3, 4. Rhigognostis species. 3, R. annulatella, adult female, Poland, Kobylnica near Poznań, 23.06.2003, ad luc., R. Lewandowski leg. 4, R. kovacsi, adult female, Hungary, Retyezát, 1600, 1.10, Dussegly leg.
R-code for: A systems level analysis of epileptogenesis-associated proteome alterations
<p>Despite intense research efforts, the knowledge about the mechanisms of epileptogenesis and epilepsy is still considered incomplete and limited. However, an in-depth understanding of molecular pathophysiological processes is crucial for the rational selection of innovative biomarkers and target candidates.</p> <p>Here, we subjected proteomic data from different phases of a chronic rat epileptogenesis model to a comprehensive systems level analysis. Weighted Gene Co-expression Network analysis identified several modules of interconnected protein groups reflecting distinct molecular aspects of epileptogenesis in the hippocampus and the parahippocampal cortex. Characterization of these modules did not only further validate the data but also revealed regulation of molecular processes not described previously in the context of epilepsy development. The data sets also provide valuable information about temporal patterns, which should be taken into account for development of preventive strategies in particular when it comes to multi-targeting network pharmacology approaches.</p> <p>In addition, principal component analysis suggests candidate biomarkers, which might inform the design of novel molecular imaging approaches aiming to predict epileptogenesis during different phases or confirm epilepsy manifestation. Further studies are necessary to distinguish between molecular alterations, which correlate with epileptogenesis versus those reflecting a mere consequence of the status epilepticus.</p>
FIGURE 15. Russelliana spp., forewing. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 15. Russelliana spp., forewing. A, R. setosa sp. nov.; B, R. similis Burckhardt; C, R. solanicola Tuthill; D, R. tetraglochin sp. nov.; E, R. theresae Burckhardt; F, R. vinculipennis Burckhardt; G, R. viscosae sp. nov.; H, R. xantha sp. nov.
FIGURE 11. Russelliana spp., forewing. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 11. Russelliana spp., forewing. A, R. adela sp. nov.; B, R. adelpha sp. nov., ♂; C, R. adelpha sp. nov., ♀; D, R. adesmiae Burckhardt; E, R. adunca Burckhardt; F, R. bicolorata sp. nov.; G, R. brevigenis sp. nov.; H, R. bulbosa Burckhardt; I, R. capsici Burckhardt; J, R. caunda sp. nov.
FIGURE 7. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 7. Russelliana spp. A, R. caunda sp. nov.; B, R. solanicola Tuthill; C, R. globosa sp. nov.; D, R. nana sp. nov.; E, R. viscosae sp. nov. A, morphology and measurements of ♀ terminalia, lateral view (for explanations of abbreviations see material and methods); B, section of ♀ pore ring, inner pores above; C–E, ♀ terminalia, lateral view.
FIGURE 4. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 4. Russelliana spp. A, R. xantha sp. nov.; B, R. queirozae sp. nov.; C, R. sebastiani Burckhardt; D, R. theresae Burckhardt; E, R. viscosae sp. nov. A, morphology and measurements of ♂ terminalia, lateral view (for explanations of abbreviations see material and methods); B–E, paramere, inner face.
FIGURE 3. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 3. Russelliana spp. A, R. adunca Burckhardt; B, R. bicolorata sp. nov.; C, R. viscosae sp. nov.; D, R. adelpha sp. nov., ♂; E, R. adelpha sp. nov., ♀; F, R. maculata Burckhardt. A, morphology and measurements of forewing (for explanations of abbreviations see material and methods); B–F, forewing.
FIGURE 2. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 2. Russelliana spp. A, R. bulbosa Burckhardt; B, R. capsici Burckhardt; C, R. chilensis Burckhardt; D, R. brevigenis sp. nov.; E, R. sebastiani Burckhardt. A, morphology and measurements of head, dorsal view (for explanations of abbreviations see material and methods); B–E, head, dorsal view.
FIGURE 14. Russelliana spp., forewing. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 14. Russelliana spp., forewing. A, R. monticola sp. nov.; B, R. nana sp. nov.; C, R. nigra Burckhardt; D, R. nolanae sp. nov., ♂; E, R. nolanae sp. nov., ♀; F, R. pallida sp. nov.; G, R. punctulata Burckhardt; H, R. queirozae sp. nov.; I, R. rutila sp. nov.; J, R. sebastiani Burckhardt.
FIGURE 6. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 6. Russelliana spp. A, R. caunda sp. nov.; B, R. adelpha sp. nov.; C, R. bicolorata sp. nov.; D, R. didyma sp. nov.; E, R. longirostro sp. nov.; F, R. magellanica sp. nov.; G, R. setosa sp. nov.; H, R. solanicola Tuthill; I, R. theresae Burckhardt. A, morphology of distal segment of aedeagus; B–I, distal segment of aedeagus.
FIGURE 13. Russelliana spp., forewing. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 13. Russelliana spp., forewing. A, R. intermedia Burckhardt; B, R. longicauda sp. nov.; C, R. longirostro sp. nov.; D, R. lycii (Tuthill), ♂; E, R. lycii (Tuthill), ♀; F, R. maculata Burckhardt; G, R. magellanica sp. nov.; H, R. marionae Burckhardt; I, R. melaina sp. nov.; J, R. mendozae sp. nov.
FIGURE 5. Russelliana spp. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 5. Russelliana spp. A, R. adunca Burckhardt; B, R. bicolorata sp. nov.; C, R. didyma sp. nov.; D, R. dimorpha sp. nov.; E, R. globosa sp. nov.; F, R. longicauda sp. nov.; G, R. longirostro sp. nov.; H, R. magellanica sp. nov.; I, R. monticola sp. nov. A, morphology of paramere, inner face; B–I, paramere, inner face.
FIGURE 12. Russelliana spp., forewing. A, R in Systematics, biogeography and host-plant relationships of the Neotropical jumping plant-louse genus Russelliana (Hemiptera: Psylloidea)
FIGURE 12. Russelliana spp., forewing. A, R. chilensis Burckhardt; B, R. chorizanthis sp. nov.; C, R. didyma sp. nov.; D, R. dimorpha sp. nov., ♂; E, R. dimorpha sp. nov., ♀; F, R. diosteae Burckhardt; G, R. disparilis Tuthill; H, R. fabianae Burckhardt; I, R. globosa sp. nov., ♂; J, R. globosa sp. nov., ♀.
FIGURE 2. A–H, N, P–Q Stevekenia nothocestri, I–M,O,R Stevekenia aiea. A in A new endemic psyllid genus, Stevekenia gen. nov. (Hemiptera: Psylloidea, Triozidae), from the Hawaiian Islands with two new and rare species on threatened host plants in the endemic genus Nothocestrum (Solanaceae)
FIGURE 2. A–H, N, P–Q Stevekenia nothocestri, I–M,O,R Stevekenia aiea. A—head (dorsal view above, ventral view below) indicating position of posterior eye rim extensions (outlined), lateral ocelli, and anterior vertex extensions (in dorsal view) and position of medial ocellus below vertex extensions (in ventral view); B—head (dorso-anterior view) indicating short vertex with anterior vertex extensions; C—head (ventro-anterior view); D—head (lateral view) indicating position of posterior eye rim extension; E—single disk rhinarium on antennal segment 6 (illustration inset); F—multiple disk rhinaria on antennal segment 4; G—head and antenna; H—proboscis; I—head (dorsal view above, ventral view below) indicating position of posterior eye rim extensions, lateral ocelli, and anterior vertex extensions (in dorsal view) and position of medial ocellus below vertex extensions (in ventral view); J—detail of diverging anterior vertex extensions; K—head and antenna; L—proboscis; M,N—hind leg; O,P—genual spine at base of hind tibia; Q—apical tibial spurs and tarsi; R—detail of pair of apical tibial spurs not conjoined basally; S—detail of hind tarsal claws and arolium.
FIGURES 1–12. Rhabdoblattella spp. 1–2 R in First record of Rhabdoblattella (Blaberidae, Epilamprinae) from China with descriptions of two new species
FIGURES 1–12. Rhabdoblattella spp. 1–2 R. hainanensis sp. n., male holotype from Hainan, Mt. Limushan; 3–5 R. annamensis, male LECTOTYPE (OUM) from southern Vietnam, photographed by Katherine Child copyright OUM, published with permission; 6–8 R. annamensis, female PARALECTOTYPE (OUM) from southern Vietnam, photographed by Katherine Child copyright OUM, published with permission; 9–10 R. disparis sp. n., female PARATYPE from Yunnan, Yinjiang, Nabang; 11–12 R. disparis sp. n., male HOLOTYPE from Yunnan, Yinjiang, Nabang.
Data, Metadata, R-codes and R data files for publication "Comparative ungulate diversity and biomass change with human use and drought: implications for community stability and protected area prioritization in African savannas" by Bartzke et al. in Ecology and Evolution
<p>These files contain data and metadata for modeling ungulate diversity and biomass in the Maasai Mara ecosystem in Kenya in the drought year of 1999 and a year with normal rainfall, 2002. The files also contain R codes and R data files.</p> <p>Metadata.pdf: Metadata for files "mc_333m.csv" and "mc_1km.csv"</p> <p>mc_333m.csv: A data file for 333-meter-by-333-meter sub-blocks.</p> <p>prepare_data.r: R code to impute missing vegetation records in 333-meter-by-333-meter subblocks and summarize the data over 1-kilometer-by-1-kilometer blocks for analysis.</p> <p>krige_vegetation.RData: An R data file containing the imputed vegetation records.</p> <p>mc_1km.csv: A data file for 1-kilometer-by-1-kilometer blocks for analysis.</p> <p>mc_1km.r: R code for modeling ungulate diversity and biomass; mc_1km_mod.RData: An R data file for loading the ungulate diversity and biomass models.</p> <p>mc_1km.RData: An R data file containing model predictions of ungulate diversity and biomass.</p> <p>mc_1km_plots.r: R code for plotting model predictions of ungulate diversity and biomass.</p> <p>MMNR_boundary.shp: A shapefile of the Maasai Mara National Reserve boundary in Kenya and associated files. These files are used for plotting the predictions of ungulate diversity and biomass.</p> <p>MMNR_border.zip: A shapefile and associated files for the Maasai Mara National Reserve border with Tanzania. These files are also used for plotting predictions of ungulate diversity and biomass.</p>
R code and data for "Intraspecific and intraindividual trait variability decrease with tree species richness in a subtropical tree diversity experiment"
<p>R codes and dataset for tha statistical analyses and production of figures in "Intraspecific and intraindividual trait variability decrease with tree species richness in a subtropical tree diversity experiment" by Castro Sánchez-Bermejo et al.</p>
data for R competition analysis
<p>data of freshwater snails for competition analysis in R</p>
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.