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FIGURE 4 in World's northenmost and rarely observed Nudibranchs: three new Onchidoridid species (Gastropoda: Doridida) from Russian seas

FIGURE 4. Onchidoris expectata sp. nov. A–H. ZMMU Op-593, fixed holotype, 5 mm length, Kurile Ids, Matua Island; A. Dorsal view; B. Ventral view; C. Buccal pump, lateral view and central nervous system; D. Buccal pump, dorsal view; E. Dorsal view of general dissection; F. Labial cuticle (smooth), SEM; G. radular teeth, anterior and middle parts, SEM; H. radular teeth, close up of anterior view, SEM. Abbreviations: bp, buccal pump; cns, central nervous system; dg, digestive gland; e, eye; h, heart; oe, oesophagus; ph, pharynx; pm, peripheral muscle; psh, penial sheath; rh, rhinophore; rsh, radular sheath; sg, salivary gland. Scale bars: A–E—1 mm; F–H—30 µm. Photos: Tatiana Korshunova, Alexander Martynov.

FIGURE 3 in World's northenmost and rarely observed Nudibranchs: three new Onchidoridid species (Gastropoda: Doridida) from Russian seas

FIGURE 3. Adalaria ultima sp. nov. A–E. ZMMU Op-548, fixed holotype, 21 mm length, Okhotsk Sea, Sakhalinsky Gulf; A. Dorsal view; B. Ventral view; C. Buccal pump, lateral view; D. Buccal pump (dorsal view) and central nervous system; E. Dorsal view of general dissection; F, G. Paratype ZMMU Op-548, Okhotsk Sea; F. radular teeth, anterior and middle parts, SEM; G. radular teeth, close up of anterior view, SEM. Abbreviations: bp, buccal pump; cns, central nervous system; dg, digestive gland; e, eye; fgm, female gland mass; h, heart; oe, oesophagus; ph, pharynx; pm, peripheral muscle; psh, penial sheath; rh, rhinophore; rsh, radular sheath; sg, salivary gland. Scale bars: A–E—1 mm; F, G—100 µm. Photos: Tatiana Korshunova, Alexander Martynov.

FIGURE 2 in World's northenmost and rarely observed Nudibranchs: three new Onchidoridid species (Gastropoda: Doridida) from Russian seas

FIGURE 2. Adalaria rossica sp. nov. A. ZMMU Op-551, fixed holotype, 19.5 mm length, Franz Josef Land: dorsal, ventral and details of dorsal tubercles respectively; B. Living specimen (not collected), Franz Josef Land; C–H. Paratype ZMMU Op- 549; C. Buccal pump, lateral view; D. Buccal pump (dorsal view) and central nervous system; E. Dorsal view of general dissection; F. Labial cuticle (smooth), SEM; G. radular teeth, anterior and middle parts, SEM; H. radular teeth, close up of anterior view, SEM. Abbreviations: a, ampulla; bp, buccal pump; cns, central nervous system; dg, digestive gland; e, eye; fgm, female gland mass; h, heart; is, intestine; oe, oesophagus; ph, pharynx; pm, peripheral muscle; psh, penial sheath; rh, rhinophore; rsh, radular sheath; sg, salivary gland. Scale bars: A, C–E—1 mm; F—30 µm; G, H—100 µm. Photos: (A, C–H) Tatiana Korshunova, Alexander Martynov, (B) Oleg Savinkin.

FIGURE 1 in World's northenmost and rarely observed Nudibranchs: three new Onchidoridid species (Gastropoda: Doridida) from Russian seas

FIGURE 1. Map of the north-eastern part of the northern hemisphere showing localities of Adalaria rossica sp. nov. (square) near the North Pole, Adalaria ultima sp. nov. (circles) in the Sea of Japan and Okhotsk Sea, and Onchidoris expectata sp. nov. (triangles) at Kamchatka and Middle Kurile Matua island.

FIGURE 6 in World's northenmost and rarely observed Nudibranchs: three new Onchidoridid species (Gastropoda: Doridida) from Russian seas

FIGURE 6. Haplotype networks based on molecular data COI showing genetic changes occurring within Adalaria (A) and Onchidoris (B) species.

FIGURES 32–40. Rhaphidosoma atkinsoni Bergroth, 1893, genitalia. Fig. 32 in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 32–40. Rhaphidosoma atkinsoni Bergroth, 1893, genitalia. Fig. 32, pygophore in ventral vieW; Fig. 33, Same, lateral vieW; Fig. 34, Same, dorSal vieW; Fig. 35, paramere; Fig. 36, phalluS in repoSe; FigS. 37–38, partly everted phalluS; Fig. 39, female genital SegmentS cleared in KOH, ventral vieW; Fig. 40, poSterior vieW of female genital SegmentS.

FIGURES 27–31. Rhaphidosoma atkinsoni Bergroth, 1893 in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 27–31. Rhaphidosoma atkinsoni Bergroth, 1893, abdomen and genital SegmentS. Fig. 27, tergite VII of female; Fig. 28, terminalia of male, lateral vieW (ventral Side directed upWardS); Fig. 29, Same of female; FigS. 30–31, SEM detailS of a pregenital abdominal tergite of a male.

FIGURES 13–16. Rhaphidosoma atkinsoni Bergroth, 1893. Fig. 13 in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 13–16. Rhaphidosoma atkinsoni Bergroth, 1893. Fig. 13, male, dorSal vieW; Fig. 14, female, dorSal vieW; Fig. 15, abdomen of male, ventral vieW; Fig. 16, abdomen of female, ventral vieW.

FIGURES 17–26. Rhaphidosoma atkinsoni Bergroth, 1893 in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 17–26. Rhaphidosoma atkinsoni Bergroth, 1893, head and thorax. Fig. 17, dorSal vieW of head of male; Fig. 18, Same of female; FigS. 19, ventral vieW of head of male; Fig. 20, Same of female; FigS. 21–22, SEM detailS of dorSal Side of head; Fig. 23, thoracic SegmentS of male, dorSal vieW; Fig. 24, Same of female; Fig. 25, thoracic SegmentS of male, ventral vieW; Fig. 26, Same of female.

FIGURES 1–5 in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 1–5. Habitat, 'hoSt' plant and habituS of Rhaphidosoma atkinsoni Bergroth, 1893. FigS. 1–2, habitat near Varvand, Daund; Fig. 3, Capparis buSh Where the inSectS Were Seen; Fig. 4, female baSking in SunShine on Capparis; Fig. 5, living male With forelegS held in uniSon in front.

FIGURES 6–12. EggS and a in First record of Rhaphidosoma atkinsoni (Heteroptera: Reduviidae: Harpactorinae) from Maharashtra, India, with redescription and observations on its bionomics

FIGURES 6–12. EggS and a nymph of Rhaphidosoma atkinsoni Bergroth, 1893. Fig. 6, eggS depoSited in a Single zig-zag roW; Fig.7, cloSe up ShoWing attachment of eggS and a live firSt inStar nymph; Fig. 8, an egg; Fig. 9, Surface detailS of chorion; Fig. 10, detailS of opercular region of an ecloded egg; Fig. 11, operculum; Fig. 12, detailS of chorion at median projection.

opencc-by-4.0Mar 2024View details →

Calibration Bias Evaluation and Correction of S-Band Ground-Based Radar Reflectivity Using Ku-Band Space-Borne Radar Observations Along the East Coast of India

Open the record for dataset details and reuse information.

Ionosphere-thermosphere data published in 'The 2D evolution of thermospheric ∑O/N2 response to weak geomagnetic activity during solar-minimum observed by GOLD'

This dataset was used to generate plots for a paper in the Geophysical Research Letter, an AGU journal. It includes the percentage difference of column density ratio of O/N2 between quiet time (DOY 153 in 2019) and weak geomagnetic activity time (DOY 156 in 2019), together with the meridional wind, zonal wind, meridional component and the zonal component of E cross B drift at pressure level -1.375 (160-170 km).

Specular Meteor Radar Observations of the Semidiurnal Tide in Northern Scandinavia and Northern Germany

The dataset contains specular meteor radar observations of the atmospheric semidiurnal tide in the mesosphere and lower thermosphere. The observations are from specular meteor radars located in Northern Scandinavia (Andenes, Kiruna, and Tromso) and Northern Germany (Collm and Juliusruh). The radar observations in Northern Scandinavia cover the years 1999, 2000, 2001, 2002, 2010, 2012, 2013, 2015, and 2019. Observations in Northern Germany cover the years 2010, 2012, 2013, 2015, and 2019. These data are in support of the publication "Migrating Semidiurnal Tide during the September Equinox Transition in the Northern Hemisphere."

opencc-by-4.0Dec 2020View details →

Data supporting Satellite in-situ electron density observations of the mid-latitude storm enhanced density on the noon meridional plane in the F region during the 20 November 2003 magnetic storm

This is the data for the submitted paper: Satellite in-situ electron density observations of the mid-latitude storm enhanced density on the noon meridional plane in the F region during the 20 November 2003 magnetic storm. The data contains five files. The file NE_TGWeimer_2003324 is the electron density (NE) data along the CHAMP orbit on Nov 20, 2003. The file TGSED4_Mlat30_2003324 is the NE, HMF2, WI_ExB, VI_ExB and VN at Mlat = 30 on the noon meridional plane (MLT = 12 hr) in the Northern hemisphere on Nov 20, 2003. The temporal resolution is 1-min. The file TGSED4_Mlat60_2003324 is the NE, HMF2, WI_ExB, VI_ExB and VN at Mlat = 60 on the noon meridional plane (MLT = 12 hr) in the Northern hemisphere on Nov 20, 2003. The temporal resolution is 1-min. The file TGSED3_Mlat30_2003324 is the NE at Mlat = 30 as a function of MLT and UT. The temporal resolution is 5-min. The file TGSED3_Mlat60_2003324 is the NE at Mlat = 60 as a function of MLT and UT. The temporal resolution is 5-min.

Investigation of a neutral 'tongue' observed by GOLD during the geomagnetic storm on May 11, 2019

This dataset include all the data needed for the figures in the main text of JGR paper "Investigation of a neutral 'tongue' observed by GOLD during the geomagnetic storm on May 11, 2019". It include the percentage difference of TIE-GCM simulated column density ratio of O to N2 (O/N2) between DOY 128 and 130, between DOY 128 and 131, and the absolute difference of horizontal advection of O and N2 at pressure level -1.375 between DOY 128 and 131 from 0:10 to 6:10 UT, and the absolute difference of zonal and meridional wind at pressure level -1.375 between DOY 128 and 131 from 0:10 to 6:10

Model and observational data for Morrison et al. (2020) JAMES paper entitled "Confronting the challenge of modeling cloud and precipitation microphysics"

This dataset was used to generate plots for a paper conditionally accepted in the Journal of Advances in Modeling Earth Systems (JAMES), an AGU journal. It comprises four different data sources: WRF simulations, radar observations, an idealized steady-state column model called the Bayesian Observationally-Constrained Statistical Scheme (BOSS), and idealized column rainshaft model using bin microphysics. The WRF simulations consist of output from a set of 11 runs using either bulk or bin microphysics schemes. The version of WRF is V3.9.1. To limit storage requirements, we have only saved a single time-slice of output at hour 6 of the simulations, along with the namelist.input file to generate these runs. The observational data are gridded and rotated composite NEXRAD reflectivity measurements from central Oklahoma. BOSS model output consists of microphysical parameter probability density functions and profiles of (as described in the meta-file for these data). The idealized bin microphysics rainshaft model output consists of profiles of drop mean size, reflectivity factor, precipitation rate, and drop concentration at two different time slices (described in the meta-data file for these data). We are requesting these data be added to the managed NCAR repository so they may be accessible to the community per AGU publication policy and in accordance with a U.S. DOE grant that partially supported this work.

opencc-by-4.0Dec 2022View details →

Using GOLD Plasma Bubble Observations for Validation of Geolocation of Plasma Irregularities by Back Propagation of the High-Rate FORMOSA7/COSMIC 2 Scintillation Data

The dataset contains files geolocation of scintillations from COSMIC-2 high rate scnPhs files using back-propagation method. The dataset was used in the paper for validation of the geolocation method. The data are in multi-column ASCII file format.

opencc-by-4.0Dec 2020View details →

Southern Ocean Air-Sea Carbon Fluxes from Aircraft Observations: Modeling Datasets

The Southern Ocean plays an important role in determining atmospheric CO2, yet estimates of air-sea CO2 flux for the region diverge widely. We constrain Southern Ocean air-sea CO2 exchange by relating fluxes to horizontal and vertical CO2 gradients in atmospheric transport models and then apply atmospheric observations of these gradients to estimate fluxes. Aircraft-based measurements of the vertical atmospheric CO2 gradient provide robust flux constraints. We find an annual-mean flux of –0.55±0.23 Pg C yr–1 (net uptake) south of 45°S during 2009–2018. This is consistent with the mean of atmospheric-inversion estimates and surface-ocean pCO2-based products, but our data indicate stronger annual-mean uptake than suggested by recent interpretations of profiling-float observations.