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FIGURE 25 in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 25. Distribution of Prochaetodermatidae species outside the Gulf of Mexico but restricted to the western Atlantic south of 35ºN.
FIGURE 24. A–C in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 24. A–C. Distribution of Prochaetodermatidae species in the Gulf of Mexico. Stations without prochaetodermatid species indicated by small black circles.
FIGURE 17. Prochaetoderma gilrowei n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 17. Prochaetoderma gilrowei n. sp., sclerites from same paratype as Figure 16B. A. Oral shield. B. Dorsal to oral shield. C. Anterium. D. Ventral anterior trunk. E. Lateral anterior trunk. F. Dorsal mid-trunk. G. Shank. H. Knob. I. Fringe. J. Lateral view of trunk sclerite.
FIGURE 12. Claviderma mexicanum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 12. Claviderma mexicanum n. sp., sclerites from same paratype as Figure 11B. A. Oral shield. B. Dorsal to oral shield and dorsal anterium. C. Lateral anterium. D. Dorsal anterium. E–G. Ventral trunk (F, lateral view). H. Dorsal and lateral mid-trunk. I. Shank. J. Knob. K. Fringe.
FIGURE 13 in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 13. Trunk sclerites of Claviderma n. spp. paratypes (SEM). A, B. Cl. compactum, Argentine Basin, type locality; B showing fine striations not visible in A and subtriangular cross-section of thick sclerite. C–E. Cl. crassum, Guiana Basin, type locality; C, E showing long blade and sharp striations, enlarged in D; E showing curved sclerite. F. Cl. mexicanum, Gulf of Mexico, type locality; sclerites as they appear in situ.
FIGURE 11. Claviderma mexicanum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 11. Claviderma mexicanum n. sp., Gulf of Mexico. A, G. Holotype (DGoMB, MT4/3). B–F. Paratypes (C is juvenile) (DGoMB, S36/1). A–C. Entire. D. Oral shield sclerites in situ. E. Radula teeth and central plate. F. Jaw. G. Mid-trunk sclerites. H. Sclerites from different body regions, juvenile.
FIGURE 10. Claviderma crassum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 10. Claviderma crassum n. sp., sclerites from same paratype as Figure 8B. A. Oral shield. B. Dorsal to oral shield. C. Anterium. D. Ventral anterior trunk. E. Dorsal anterior trunk. F. Ventral mid-trunk. G. Dorsal mid-trunk. H, J. Shank. I, K, L, M. Knob. N. Fringe. (Lateral view of trunk sclerites similar to that of Cl. compactum, Fig. 8L.)
FIGURE 2. Chevroderma cuspidatum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 2. Chevroderma cuspidatum n. sp., Gulf of Mexico. A, F. Holotype (DGoMB MT3/1); body regions indicated in A. B–E. Paratypes from type locality. A, B. Entire. C. Oral shield sclerites in situ. D. Jaw. E. Radula teeth and central plate. F, G. Sclerites from dorsal trunk: F. holotype, G. juvenile specimen from type locality (total length of body less than 1 mm).
FIGURE 9. Claviderma crassum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 9. Claviderma crassum n. sp., Guiana Basin. A, F. Holotype (RV Knorr Cruise 25 station 295). B–E. Paratype, type locality. A, B. Entire. C. Oral shield sclerites in situ. D. Radula tooth and central plate. E. Jaw. F. Trunk sclerites.
FIGURE 1 in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 1. Holotypes of new Prochaetodermatidae species in the western Atlantic Ocean south of 35°N. A. Chevroderma cuspidatum, Gulf of Mexico. B. Claviderma amplum, Gulf of Mexico. C. Spathoderma compactum, Argentine Basin. D. Claviderma crassum, Guiana Basin. E. Spathoderma bulbosum, Gulf of Mexico. F. Claviderma mexicanum, Gulf of Mexico. G. Prochaetoderma gilrowei, Gulf of Mexico. H. Niteomica captainkiddae, Gulf of Mexico. I. Spathoderma quadratum, Gulf of Mexico.
FIGURE 6. Claviderma amplum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 6. Claviderma amplum n. sp., sclerites from same paratype as Figure 5B. A. Oral shield. B. Dorsal to oral shield and dorsal anterium. C. Lateral and ventral anterium. D. Ventral trunk. E. Anterior and lateral mid-trunk. F. Dorsal posterior trunk. G. Shank. H. Knob. I. Fringe. J. Lateral view of trunk sclerite; cf. Fig. 4D. Note reduced scale of sclerites F–J.
FIGURE 8. Claviderma compactum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 8. Claviderma compactum n. sp., sclerites from same paratype as Figure 7B. A. Oral shield. B. Dorsal to oral shield. C. Anterium. D. Ventral anterior trunk from ventral bulge. E. Ventral trunk just posterior to bulge. F. Ventral midtrunk. G. Dorsal anterior trunk. H. Dorsal mid-trunk. I. Shank. J. Fringe. K. Knob. L. Lateral view of trunk sclerite.
FIGURE 7. Claviderma compactum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 7. Claviderma compactum n. sp., Argentine Basin. A, G. Holotype (RV Atlantis II Cruise 60 station 264). B–F. Paratypes, type locality (C is juvenile). A, B, C. Entire; arrows indicate ventral bulge caused by expanded hemocoele around base of jaws. D. Oral shield sclerites in situ. E. Jaw. F. Radula tooth and central plate. G. Dorsal mid-trunk sclerites.
FIGURE 4. A–C in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 4. A–C. Sclerites of Chevroderma cuspidatum n. sp., paratype from type locality. D–F. Sclerites of Claviderma amplum n. sp., paratype from Gulf of Mexico. A. Frontal view of mid-trunk sclerite showing groove and fine striations. B. Mid–trunk sclerites as they appear in situ. C. Distal end of sclerite. D. Mid-trunk sclerite showing short blade bent outward from the body and long base proximally tapered. E. Frontal view of anterior trunk sclerite showing waist between short blade and long base. F. Striations on mid-trunk sclerite.
FIGURE 3. Chevroderma cuspidatum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 3. Chevroderma cuspidatum n. sp., sclerites from same paratype as Figure 2B. A. Oral shield. B. Dorsal to oral shield. C. Dorsolateral anterium. D. Ventral anterium. E. Ventral mid-trunk. F. Dorsal trunk. G. Shank. H. Knob. I. Fringe. J. Trunk sclerite, lateral view.
FIGURE 5. Claviderma amplum n in NMR solution structures of KAP-1PHD finger-bromodomain
FIGURE 5. Claviderma amplum n. sp., Gulf of Mexico. A, G. Holotype (NGoMCS sample 4454, station E2/4). B–F. Paratypes (NGoMCS sample 89, stn C2 1/1). A, B, C. Entire (C is juvenile) (DGoMB, S35/1) D. Oral shield sclerites in situ. E. Radula tooth and central plate. F. Jaw. G. Sclerites from dorsal trunk; arrowheads indicate waist between blade and base.
Demand-side solutions to climate change mitigation consistent with high levels of wellbeing
<p>Systematic literature survey contains of 54784 documents</p> <p>This database was used by experts – sectoral teams and internal reviewers- to assess the demand-side mitigation strategies potential and wellbeing impacts. We set up the interactive database such that by clicking on each cell experts were guided to the associate dataset.</p>
Figure 5. A in Strategies for size and growth in butterflies (Insecta: Lepidoptera): counterintuitive trends and unique solutions to achieving maturity
Figure 5. A summary of factors envisaged underlying increased size for short development times in British butterflies. Large size and slow development have repercussions for conspicuousness to enemies and lead to adaptations for defence and faster growth with envisaged impact on annual rate of increase (ry), including effects via adult size, egg size and fecundity. Broad grey arrows, basic inputs from abiotic and biotic factors; narrow grey arrows, influences on adults and population changes. Variable abbreviations as in Table 1.
Figure 3 in Strategies for size and growth in butterflies (Insecta: Lepidoptera): counterintuitive trends and unique solutions to achieving maturity
Figure 3. Relationship of larval development time (logLDT2) to pupal size (logPS) in British butterflies. Families: triangles Hesperiidae, large circles Papilionidae, small circles Pieridae, diamonds Lycaenidae, large squares non-satyrine Nymphalidae, small squares Satyrinae; open symbols/continuous regression line, overwintering as eggs, pupae or adults; closed symbols/broken regression line, overwintering as larvae. Species: Carterocephalus palaemon Cpal; Thymelicus sylvestris Tsyl; Thymelicus lineola Tlin; Thymelicus acteon Tact; Hesperia comma Hcom; Ochlodes sylvanus Osyl; Erynnis tages Etag; Pyrgus malvae Pmal; Papilio machaon britannicus Pmac; Leptidea sinapis Lsin; Gonepteryx rhamni Grha; Colias croceus Ccro; Pieris brassicae Pbra; Pieris rapae Prap; Pieris napi Pnap; Anthocharis cardamines Acar; Callophrys rubi Crub; Thecla betulae Tbet; Favonius quercus Fque; Satyrium w-album Swal; Satyrium pruni Spru; Lycaena phlaeas Lphl; Lycaena dispar Ldis; Cupido minimus Cmin; Plebejus argus Parg; Aricia agestis Aage; Aricia artaxerxes Aart; Polyommatus icarus Pica; Polyommatus coridon Pcor; Polyommatus bellargus Pbel; Celastrina argiolus Carg; Maculinea arion Mari; Hamearis lucina Hluc; Limenitis camilla Lcam; Apatura iris Airi; Aglais urticae Aurt; Inachis io Iio; Polygonia c-album Pcal; Nymphalis polychloros Npol; Vanessa atalanta Vata; Vanessa cardui Vcar; Boloria selene Bsel; Boloria euphrosyne Beup; Argynnis adippe Aadi; Argynnis aglaja Aagl; Argynnis paphia Apap; Euphydryas aurinia Eaur; Melitaea cinxia Mcin; Melitaea athalia Math; Pararge aegeria Paeg; Lasiommata megera Lmeg; Erebia epiphron Eepi; Erebia aethiops Eaet; Melanargia galathea Mgal; Hipparchia semele Hsem; Pyronia tithonus Ptit; Maniola jurtina Mjur; Aphantopus hyperantus Ahyp; Coenonympha pamphilus Cpam; Coenonympha tullia Ctul.
Figure 2 in Strategies for size and growth in butterflies (Insecta: Lepidoptera): counterintuitive trends and unique solutions to achieving maturity
Figure 2. Co-inertia plot for variables associated with larval development times, growth rates and mature size in British butterflies. Active variables, black symbols; supplementary variables, open symbols. Numbers following variable names indicate state of variable (see Table 1). Variances: axis 1 73.3%, axis 2 18.7%.
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.