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FIGURE 86 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 86. Ovaticoccus telotrichus sp. n., second-instar male, 23 miles S. Guadalajara, Jalisco, Mexico, July 3, 1972, on unknown grass, D.R. Miller and F.D. Parker. A=enlarged seta; C=7-locular pore; D=5-locular pore; F=microtubular duct; G=macrotubular duct; H=cruciform pore; I=anal ring.
FIGURE 78. Ovaticoccus salviae Miller 1967 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 78. Ovaticoccus salviae Miller 1967, second-instar female #2 (without cruciform pores), Corona, Riverside Co., California, USA, May 25, 1972, on Salvia apiana, E.R. and J.L. Miller. A=enlarged seta; B=slightly enlarged seta; C=7-locular pore; D=5-locular pore; E=3-locular pore; F=microtubular duct; I=anal ring; J=antenna; L=claw; Q=dorsal surface of coxa; S=6-locular pore; U=4-locular pore.
FIGURE 30. Carpochloroides mexicanus Ferris 1957 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 30. Carpochloroides mexicanus Ferris 1957, adult female, Chivela, Oaxaca, Mexico, February?, 1925, on Eugenia acapulcensis, G.F. Ferris. D=5-locular pore; G=macrotubular duct; I=anal ring; J=antenna; N=flagellate seta.
FIGURE 18. Apezococcus idiastes Ferris 1955 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 18. Apezococcus idiastes Ferris 1955, adult female, Pecos River, near Sheffield, Texas, USA., month?, day?, 1921, on Stipa sp., G.F. Ferris. A=enlarged seta; C=7-locular pore; D=5-locular pore; F=microtubular duct; H=cruciform pore; I=anal ring; J=antenna; S=6-locular pore; T=pore with>7 loculi.
FIGURE 22 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 22. Carphococcus apodus sp. n., second-instar female (shed skin). 30 km. E. Rosario, Mt. La Dispensa (elevation 1,500 ft.), Sinaloa, Mexico, August 6, 1943, on Arthrostylidium longifolium (=Guadua longifolia), F.A. McClure. A=enlarged seta; C=7-locular pore; D=5-locular pore; F=microtubular duct; H=cruciform pore; I=anal ring; J=antenna; T=pore with>7 loculi.
FIGURE 6 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 6. Acanthococcus gallicolus (Cockerell and Rohwer 1909), adult female, Trinidad, Las Animas Co., Colorado, USA: received at USNM September 9, 1908, on Atriplex canescens, L.C. Bragg. C=7-locular pore; D=5-locular pore; E=3-locular pore; G=macrotubular duct; L=claw; O=femur; CC=weakly indicated pore.
FIGURE 2. General morphology. A in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 2. General morphology. A=Enlarged setae: Aa—Acanthococcus hoyi second-instar ♁; Ab—Carpochloroides eugeniae adult ♀; Ac—Ac. kemptoni first-instar nymph; Ad—Xerococcus fouquieriae first-instar ♀; Ae—Hypericicoccus hyperici firstinstar nymph; Af—Apezococcus idiastes adult ♀; Ag—Ovaticoccus densus second-instar ♀; Ah—Carphococcus apodus adult ♀; C=7-locular pores: Ca—Ac. gallicolus adult ♀; Cb—Hy. hyperici first-instar nymph; D=5-locular pores: Da—Ac. gallicolus adult ♀; Db—Ov. salviae first-instar nymph; Dc—Cryptococcus fagisuga first-instar nymph; E=3-locular pores: Ea—Ac. gallicolus second-instar ♀; Eb—Ov. eriogoni second-instar ♀; Ec—X. fouquieriae first-instar ♁; Ed—Ac. gallicolus adult ♀; Fa—Ypofloiococcus libeauae second-instar ♁; F=Microtubular ducts: Fb—Cr. fagisuga second-instar ♀; Fc—Carpo. eugeniae first-instar nymph; Fd—Carpo. eugeniae first-instar nymph; Fe—Y. libeauae second-instar ♀; Ff—Hy. hyperici first-instar nymph; Fg—Carpho. apodus second-instar ♀; Fh—Ov. telotrichus adult ♀; Fi—Y. libeauae second-instar ♀; Fj—Ov. agavium second-instar ♀; G=Macrotubular ducts: Ga—Ov. exoticus second-instar ♁; Gb—Cr. fagisuga second-instar ♀; Gc—Carpo. mexicanus adult ♀; Gd—Carpo. mexicanus adult ♀; Ge—Ac. pennyae adult ♀; Gf—Y. libeauae adult ♀; H=Cruciform pores: Ha—Ac. hoyi second-instar ♀; Hb—Ac. kemptoni first-instar nymph; N=Flagellate setae: Na—Ov. adoxus second-instar ♀; Nb—Ov. agavium second-instar ♁; Nc—Ov. adoxus second-instar ♀; Nd—H. hyperici fourth-instar ♁; S=6-locular pores: Sa—Ov. telotrichus first-instar nymph; Sb—Ov. telotrichus third-instar ♁; T=pores with>7 loculi: Ta—Ov. agavium fourthinstar ♁; Tb—Carpho. apodus adult ♀; Tc—Ov. agavium fourth-instar ♁; Td—Hy. hyperici first-instar nymph; U=4-locular pores: Ua—Ov. eriogoni first-instar nymph; Ub—Ap. idiastes adult ♀.
FIGURE 37 in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 37. Hypericicoccus hyperici (Ferris 1955), adult male (brachypterous), unknown locality, Tippecanoe Co., Indiana, USA, October 5, 1954, on Hypericum sp., D.L. Schuder. See methods section for explanation of abbreviations.
FIGURE 1. General morphology. I in New genera and species of felt scales (Hemiptera: Coccomorpha: Eriococcidae), with descriptions of new species and immature instars of described species
FIGURE 1. General morphology. I=Anal ring: Ia—Ov. maryfoleybensonae first-instar nymph; Ib—H. hyperici second-instar ♀; Ic—Cryptococcus fagisuga second-instar ♀; Id—Carphococcus apodus second-instar ♀; Ie—Carpochloroides eugeniae adult ♀; If—Ov. agavium second-instar ♁; Ig—Carpo. eugeniae third-instar ♁; Ih—Ov. villanuevorum adult ♀. J=Antennae: Ja—Acanthococcus arenosus first-instar nymph; Jb—Ac. gallicolus adult ♀; Jc—Carpo. eugeniae adult ♀; Jd—Apezococcus idiastes second-instar ♀. L=Claw: Ovaticoccus salviae first-instar nymph with claw digitules (cd), tarsal digitules (td) and denticle (d). O=Femur: Ac. pennyae adult ♀ with translucent pores (tp). W=Legs: Wa—Ac. pennyae adult ♀; Wb—Ac. hoyi second-instar ♁ with middle seta (s). Z=Body margins: Za—Ov. gordoni adult ♀; Zb—Hypericicoccus hyperici second-instar ♀; Zc—Ypofloiococcus libeauae adult ♀.
FIG. 1 in Small scale habitat preferences of Myotis daubentonii, Pipistrellus pipistrellus, and potential aerial prey in an upland river valley
FIG. 1. River Wharfe hydrological catchment and contiguous watercourses alongside four main sampling areas within the Yorkshire Dales National Park. AMSL = Above Mean Sea Level. (A) Special Protected Areas (SPA's), (B) Special Areas of Conservation (SAC's) and (C) Sites of Special Scientific Interest (SSSI's) within the Yorkshire Dales National Park (YDNP)
Effects of fragmentation at fine scale in Mediterranean mountain grasslands
<p>European mountain grasslands suffer a process of abandonment and are colonized by shrubs and forest. This makes a fragmentation at fine scale where a matrix forest surrounds the grassland fragments. Multiple studies have been realized about grassland fragmentation but in anthropic matrix like crops. There is no knowledge about the effect of fragmentation on the abandoned grasslands where the isolation can be minor but not the environmental change due to the surrounding forest in the smallest fragments. In this work, we studied abandoned Mediterranean mountain grasslands in an oak forest matrix. We surveyed the grassland communities and their soil properties in multiple fragments of different sizes and isolation. We classified the communities into different functional groups and calculated landscape variables of fragmentation. Then, we analysed the effect of the fragmentation on the richness of the functional groups and the grassland community. The results show that the fragmentation does not have any effect on the grasslands except on the communities in the extreme gradient of the vegetation succession, the annuals and fringe forest communities. The landscape configuration does not have effects on the grasslands. The smallest grasslands favoured the herbaceous fringe forest and the decrease of the annuals, due to higher amounts of soil organic carbon and less light availability and wetter conditions. Annual grasslands are more abundant in bigger fragments with drier conditions. The connectivity among fragments is not a problem for the grassland communities at fine scale. The typical grassland species show that they remain even in the smallest fragments although in theses the community is more similar to the forest fringe.</p>
BIM and CAD Data sets for Large Scale Pilots
<p>Datasets for large-scale demonstration in the form digital plans including BIM are given in this object.</p>
FIGURE 1 in Two new species of silica-scaled chrysophytes (Chrysophyceae, Synurales) Mallomonas kicherica and M. sibirica water bodies of Eastern Siberia, Russia
FIGURE 1. The geographical location of sampling sites in Eastern Siberia where new species in genus Mallomonas were discovered: A—the bottom part of the Yenisei River, the Yenisei Bay, the coastal part of the Kara Sea; B—Lake Baikal and the mouth of the Kichera River; C—Labynkyr, Vorota, and Ulu lakes.
Public scale weight, Tarraco (Tarragona, Spain)
Public scale weight from the site of Tarraco (Tarragona, Spain), dated in the 2nd century AD. Bronze counterweight (aequipondium) from a large public scales (statera) found in the Tarraco port area. Exceptionally heavy (38kg), such items could weight more than 1500 kg. It represents the Aequitas (Equity), the protector numen of fair transactions and public order in market weights and measures. 1154 photos completely processed in Reality Capture. The project was done with the support of the National Archaeological Museum of Tarragona and the Agència Catalana del Patrimoni Cultural. Catalog No. MNAT 36999. Museu Nacional Arqueològic de Tarragona (2019): Tarraco: Exposición de síntesis. Generalitat de Catalunya Publicacions. Source: Objaverse 1.0 / Sketchfab
C12-10 Merged Mesh Scale
Fragment de meneau de fenêtre. Source: Objaverse 1.0 / Sketchfab
Additional Material for The Technical Debt Gamble: A Case Study on Technical Debt in a Large-Scale Industrial Microservice Architecture
Open the record for dataset details and reuse information.
Is the Daytime Sleepiness Based on Epworth Sleepiness Scale a Good Way to Assess Taiwanese With Suspected Obstructive Sleep Apnea.
ClinicalTrials.gov study NCT04631783. IPD Sharing: Not stated. Countries: 0. Publications: 0.
What is the Predictive Value of the Reflux Impact Scale
ClinicalTrials.gov study NCT00536328. IPD Sharing: Not stated. Countries: 0. Publications: 0.
Using Different Kinds of B-cun Scales to Mark Some Acupoints at Governor Vessel on the Head
ClinicalTrials.gov study NCT01275417. IPD Sharing: Not stated. Countries: 0. Publications: 0.
Validity and Reliability of the Turkish Version of the Tele-Pulmonary Rehabilitation Acceptance Scale
ClinicalTrials.gov study NCT05871710. IPD Sharing: UNDECIDED. Countries: 0. Publications: 0.
ScienceDex guides
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.