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Data Sets for: Spiers Memorial Lecture: From Cold to Hot, The Structure and Structural Dynamics of Dense Ionic Fluids
<p>Data Sets for Section 2.1 of Article: Spiers Memorial Lecture: From Cold to Hot, The Structure and Structural Dynamics of Dense Ionic Fluids</p>
The ouput simulation data of the Exo-FMS GCM and of the post-processing with gCMCRT for Effects of the internal temperature on vertical mixing and on cloud structures in Ultra Hot Jupiters
<p>The datasets contains the ouput simulation data of the Exo-FMS GCM and of the post-processing with gCMCRT for Effects of the internal temperature on vertical mixing and on cloud structures in Ultra Hot Jupiters</p> <p>Context. The vertical mixing in hot Jupiter atmospheres plays a critical role in the formation and spacial distribution of cloud particles<br>in their atmospheres. This affects the observed spectra of a planet through cloud opacity, which can be influenced by the degree of<br>cold trapping of refractory species in the deep atmosphere.<br>Aims. We aim to isolate the effects of the internal temperature on the mixing efficiency in the atmospheres of Ultra Hot Jupiters (UHJ)<br>and the spacial distribution of cloud particles across the globe.<br>Methods. We couple a simplified tracer based cloud model, picket fence radiative-transfer scheme and mixing length theory to the<br>Exo-FMS general circulation model. We run the model for five different internal temperatures at typical UHJ atmosphere system<br>parameters.<br>Results. Our results show the convective eddy diffusion coefficient remains low throughout the vast majority of the atmosphere, with<br>mixing dominated by advective flows. However, some regions can show convective mixing in the upper atmosphere for colder interior<br>temperatures. The vertical extent of the clouds is reduced as the internal temperature is increased. Additionally, a global cloud layer<br>gets formed below the radiative-convective boundary (RCB) in the cooler cases.<br>Conclusions. Convection is generally strongly inhibited in UHJ atmospheres above the RCB due to their strong irradiation. Convective<br>mixing plays a minor role in keeping cloud particles aloft in ultra hot Jupiters with warm interiors. Our results suggest isolated upper<br>atmosphere regions above cold interiors may exhibit strong convective mixing, allowing aerosols to be better retained in these areas.</p>
FIGURE 12. O. sibirica. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 12. O. sibirica. A) habit (fruiting specimens); B) leaves of sterile shoot from above (left) and below (right); C) lateral fruiting raceme; D) silicle in lateral, inner and outer view. Original drawing by L. Cecchi (based on the isotype of Alyssum suffrutescens var. epirotum BM000750156).
FIGURE 11. O. rigida. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 11. O. rigida. A) habit (fruiting specimen); B) leaf of sterile shoot, showing its upper (left) and lower surface (right); C) lateral fruiting raceme; D) silicle in lateral, inner and outer view. Original drawing by L. Cecchi (based on the neotype specimen, FI050434).
FIGURE 13. O. smolikana subsp. glabra. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 13. O. smolikana subsp. glabra. A) habit (fruiting specimen); B) leaf of sterile shoot, showing its upper (on the left) and lower surface (right); C) lateral fruiting raceme; D) flower in lateral view, with isolated sepal and petal; E) silicle in lateral, inner and outer view. Original drawing by L. Cecchi (based on FI050431 and FI050835).
FIGURE 9. O. decipiens. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 9. O. decipiens. A) habit (flowering specimen and fruiting shoot); B) leaf of sterile shoot, showing its upper (on the left) and lower surface (right); C) lateral fruiting racemes; D) closed and open silicles of different size and shape. Original drawing by L. Cecchi (based on FI050442 and FI052160).
FIGURE 10. O. moravensis. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 10. O. moravensis. A) habit (fruiting specimens); B) leaf of sterile shoot, showing its upper (left) and lower surface (right); C) lateral fruiting raceme; D) silicle in lateral, inner and outer view. Original drawing by L. Cecchi (based on the FI050441 and FI050828).
FIGURE 8. O in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 8. O. chalcidica: A, F) habit (flowering and fruiting specimens of different stature); B) cauline leaves of flowering (left) and sterile (right) shoots, showing their upper and lower surface on the left and on the right, respectively; C) lateral fruiting raceme; D) silicle in lateral, inner and outer view. Original drawing by L. Cecchi (based on FI050844 and FI050882).
FIGURE 6 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 6. SEM micrographs of silicles of: A) O. albiflora (FI050840); B) O. chalcidica (neotype of A. markgrafii, FI050424); C) O. chalcidica (Greece, near Thessaloniki, isolectotype, FI010117); D) O. decipiens (FI050445); E) O. smolikana subsp. glabra (FI050433); F) O. moravensis (FI050441); G) O. muralis (Romania, Deva, type locality, FI050439); H) O. rigida (neotype, FI050434). Scale bar = 2mm.
FIGURE 4 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 4. Phenological differences between taxa of Odontarrhena in Albania. Bars in light grey indicate the time interval between the decade in which at least 50% of the population is in flower and the decade when full flowering (100%) of the population occurs; bars in dark grey indicate the same interval for the fruiting process (50%-100% of the population with ripe fruits).
FIGURE 1 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 1. Distribution of Odontarrhena in Albania; the range of O. chalcidica is given as light grey area, the other taxa as symbols (in legend); major serpentine outcrops are represented as dark grey spots and numbered from the north to the south. 1: Tropoja, 2: Krrabi, 3: Gomsiqe, 4: Puke, 5: Kukesi, 6: Lure, 7: Skenderbeu, 8: Bulqize, 9: Shebenik, 10: Shpati, 11: Vallamara, 12: Devolli, 13: Voskopoja, 14: Morava (after Bani et. al. 2017, modified).
FIGURE 5 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 5. Micrographs of chromosome metaphase plates of: A) O. muralis (Romania, Deva, type locality, FI052171), 2n = 16; B) O. rigida, 2n =16; C) O. moravensis, 2n = 16; D) O. chalcidica ("A. markgrafii", FI050423), 2n = 32 + 4B; E) O. chalcidica (type locality of A. elatius, FI052165), 2n = 32; F) O. decipiens (FI050443), 2n = 32+2B; G) O. smolikana subsp. glabra, 2n = 32; H) O. albiflora, 2n = 32. Scale bar = 5 μm. The B-chromosomes are indicated by arrow heads.
FIGURE 2. O. albiflora. A in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 2. O. albiflora. A) habit (left: flowering and early fruiting plant with sterile shoots; right: fruiting stem); B) cauline leaves showing their upper (left) and lower surface (right); C) flower from above and in lateral view, and single petal; D) lateral fruiting raceme; E) silicles of different size in lateral, inner and outer view. Original drawing by L. Cecchi (based on FI050841 and FI052166).
FIGURE 3 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 3. The Albanian taxa of Odontarrhena in their natural environment: A) O. albiflora (Mt. Tathë); B) O. chalcidica (Pishkash); C) O. decipiens (Bulqizë); D) O. moravensis (Voskopojë); E) O. rigida (Mt. Shpat); F) O. smolikana subsp. glabra (Mt. Shebenik).
FIGURE 7 in The genus Odontarrhena (Brassicaceae) in Albania: Taxonomy and Nickel accumulation in a critical group of metallophytes from a major serpentine hot-spot
FIGURE 7. SEM micrographs of trichomes on the median part of flowering stems of: A) O. albiflora (FI050840); B) O. chalcidica (neotype of A. markgrafii, FI050424); C) O. chalcidica (FI050422); D) O. decipiens (FI050445); E) O. smolikana subsp. glabra (FI050433); F) O. moravensis (FI050441); G) O. muralis (FI050439 type locality, Romania); H) O. rigida (neotype, FI050434). Scale bar = 500 μm.
Impact of oxygen fugacity on the atmospheric structure and emission spectra of ultra-hot rocky exoplanets
<p>Data and simulation results for the paper "Impact of oxygen fugacity on the atmospheric structure and spectra of ultra-hot rocky exoplanets", Seidler et al. 2024, A&A. This project contains the HELIOS output files, some auxillary information as well as the python scripts used to generate the figures.</p>
FIGURE 10 in Ten new species of Sticta and counting: Colombia as a hot spot for unrecognized diversification in a conspicuous macrolichen genus
FIGURE 10. Sticta tunjensis (holotype collection). A. Upper side of thallus. B. Lower side of thallus. C. Lower surface enlarged. D. Detail of lower surface. E–G. Detail of marginal isidia from upper and lower side. G. Young lobe tip showing cilia. H. Microscopic section through cyphella showing basal membrane with papillose cells. Scale in A–D = 5 mm, in E and F = 1 mm, in G = 0.5 mm, in H = 10 µm.
FIGURE 9 in Ten new species of Sticta and counting: Colombia as a hot spot for unrecognized diversification in a conspicuous macrolichen genus
FIGURE 9. Sticta silverstonii (holotype collection). A. Thallus in herbarium showing surface structure. B. Lower surface showing large, contiguous cyphellae. C. Upper surface with apothecia. D. Microscopic section through cyphella showing basal membrane with papillose cells. E. Microscopic section of lower surface showing primary and secondary tomentum. Scale in A and B = 10 mm, in C = 0.5 mm, in D = 5 µm, in E = 20 µm.
FIGURE 8 in Ten new species of Sticta and counting: Colombia as a hot spot for unrecognized diversification in a conspicuous macrolichen genus
FIGURE 8. Sticta rubropruinosa (holotype collection). A. Upper side of thallus. B. Lower side of thallus. C. Upper surface enlarged. D. Detail of upper surface showing red patches. E–G. Detail of lower tomentum and cyphellae towards thallus center and towards lobe apices. G. Cyphella enlarged showing margin with red spots and K+ emerald-green reaction. H. Microscopic section through thallus and cyphella, showing red pruina on upper surface. Scale in A and B = 10 mm, in C–F = 1 mm, in G = 0.5 mm, in H = 50 µm.
FIGURE 7 in Ten new species of Sticta and counting: Colombia as a hot spot for unrecognized diversification in a conspicuous macrolichen genus
FIGURE 7. Sticta rhizinata (holotype collection). A. Thallus in situ. B. Lower surface of thallus in situ showing rhizines. C. Thallus in herbarium. D. Lower surface enlarged showing rhizines. E. Marginal isidia. F–G. Detail of marginal isidia. H. Microscopic section through thallus showing lower cortex and moniliform tomentum. Scale in A–D = 5 mm, in E–G = 0.5 mm, in H = 20 µm.
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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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.