cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25549/whittington-ouc113778702
title: Jakob Dekker family group portraits, Los Angeles, Calif., 1945

description: Copy (6 March 1945) photographic group portraits of Jacob Dekker and family, 1945. Client: United Wholesale Florists (Mr. Dekker, 753 Wall Street).
DOI: 10.25549/whittington-ouc113778773
title: Cases at Birmingham Hospital, Los Angeles, Calif., 1945

description: 42 photographs of cases at Birmingham General Hospital, Vanowen Street and Balboa Boulevard, Los Angeles, California, 7 March 1945. Client: American Red Cross. Operator: Brown. "USA MD".
DOI: 10.25549/whittington-ouc113778859
title: Cases at Birmingham Hospital, Los Angeles, Calif., 1945

description: 42 photographs of cases at Birmingham General Hospital, Vanowen Street and Balboa Boulevard, Los Angeles, California, 7 March 1945. Client: American Red Cross. Operator: Brown. "USA MD".
DOI: 10.25549/whittington-ouc113778779
title: Cases at Birmingham Hospital, Los Angeles, Calif., 1945

description: 42 photographs of cases at Birmingham General Hospital, Vanowen Street and Balboa Boulevard, Los Angeles, California, 7 March 1945. Client: American Red Cross. Operator: Brown. "USA MD".
DOI: 10.25549/whittington-ouc113778699
title: Cases at Birmingham Hospital, Los Angeles, Calif., 1945

description: 42 photographs of cases at Birmingham General Hospital, Vanowen Street and Balboa Boulevard, Los Angeles, California, 7 March 1945. Client: American Red Cross. Operator: Brown. "USA MD".
DOI: 10.25549/whittington-ouc113778895
title: Convoy of trucks to Wilmington, Calif., 1945

description: 9 photographs of a convoy of trucks to Wilmington, California, from the Consolidated Steel Corporation plant at East Slauson Avenue and South Eastern Avenue, Commerce, California, 28 March 1945. Client: Consolidated Steel (APO Box 6880, East Los Angeles Branch, Los Angeles 22). Agency: Mr. Howard J. Erlenheim (PRO office). Operator: Cross & Brown.
DOI: 10.25549/whittington-ouc113778947
title: Convoy of trucks to Wilmington, Calif., 1945

description: 9 photographs of a convoy of trucks to Wilmington, California, from the Consolidated Steel Corporation plant at East Slauson Avenue and South Eastern Avenue, Commerce, California, 28 March 1945. Client: Consolidated Steel (APO Box 6880, East Los Angeles Branch, Los Angeles 22). Agency: Mr. Howard J. Erlenheim (PRO office). Operator: Cross & Brown.
DOI: 10.15468/dl.kyv2y9
title: Occurrence Download

description: A dataset containing 41 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Geometry MULTIPOLYGON(((60.82795 52.62737,60.7169 52.74154,61.05737 52.89646,61.02519 52.97999,62.13727 53.00574,62.11061 53.1168,61.6673 53.25185,61.18274 53.29615,61.25751 53.50343,61.58833 53.52477,60.91596 53.61671,61.21811 53.79671,60.98988 53.89713,61.02773 53.9519,61.25641 53.91749,61.25615 54.03411,61.39469 54.08916,61.61314 53.95419,62.42083 54.05613,62.55066 53.89984,62.81614 54.11584,63.37808 54.19743,63.10881 54.36896,63.11988 54.47006,63.28834 54.53208,63.20399 54.71852,62.18416 54.68358,62.0436 54.7662,61.96114 55.04816,62.19019 55.02184,62.25261 55.11568,62.05655 55.31098,62.21046 55.34731,62.16146 55.45363,62.57644 55.52305,62.48063 55.57205,62.54123 55.77297,62.11966 56.13323,61.43862 56.40035,61.15556 56.40435,61.07098 56.34934,61.14023 56.25443,60.77753 56.23354,59.72162 56.25181,59.1954 56.37628,59.03074 56.15509,59.36703 56.14261,59.21191 56.05037,59.13417 55.83567,59.32294 55.76853,59.32208 55.63885,59.65235 55.60715,59.50018 55.48137,59.19202 55.45592,59.05439 55.29978,58.73389 55.28498,58.63654 55.18656,58.84679 55.06823,58.60995 54.97185,58.26559 55.20683,58.006 54.95147,58.05312 55.27982,57.55012 55.34122,57.13482 55.12471,57.2773 54.98562,57.17842 54.8661,57.97984 54.4243,58.41312 54.56279,58.71616 54.49891,58.79424 54.58635,59.25223 54.63366,59.70055 54.93687,59.9158 54.89061,59.92645 54.76032,59.68372 54.52081,59.65117 54.38654,59.77597 54.3298,59.72673 54.17131,59.30597 54.18745,59.19539 54.02574,58.95 53.9551,58.81629 53.60539,58.8816 53.45418,58.81791 53.28121,58.97111 53.06687,58.81832 52.8962,58.82293 52.51515,59.28942 52.30129,59.28738 52.44877,59.48236 52.49839,60.18148 52.42842,60.23433 52.27692,59.98407 52.05393,60.21674 51.99958,61.07188 52.33768,60.82795 52.62737)))",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "TaxonKey is Vipera renardi"
 ]
}

 The dataset includes 41 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0019378-251025141854904/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.25549/whittington-ouc113778896
title: Convoy of trucks to Wilmington, Calif., 1945

description: 9 photographs of a convoy of trucks to Wilmington, California, from the Consolidated Steel Corporation plant at East Slauson Avenue and South Eastern Avenue, Commerce, California, 28 March 1945. Client: Consolidated Steel (APO Box 6880, East Los Angeles Branch, Los Angeles 22). Agency: Mr. Howard J. Erlenheim (PRO office). Operator: Cross & Brown.
DOI: 10.25549/whittington-ouc113778894
title: Sunset Blvd. near Hilgard Ave., Los Angeles, Calif., 1945

description: 2 photographs of West Sunset Boulevard near Hilgard Avenue, Los Angeles, California, 29 March 1945. Client: F.E. Tidwell Company (Mr. Hogan, 704 South Spring Street). Operator: Brown.
DOI: 10.25549/whittington-ouc113778958
title: Soldering iron, Los Angeles, Calif., 1945

description: Photograph of soldering iron, Los Angeles, California, 2 April 1945. Client: Sound Equipment Corporation (3903 San Fernando Road, Glendale). Agency: Howard Irwin. Operator: Cross. "Vanatta Kwikheat thermostatic soldering iron. Type 300-115 V.A.C. 225 watt. listed under Reexamination Service of Underwriter Laboratories Inc., UL".
DOI: 10.57710/alba-es-20250340059
title: Monitoring Structure Development in Semiconducting Polymer Thin Films by In situ GIWAXS of during blade coating

description: The field of organic electronics has seen significant advancements in the last decades due to the potential for large-area and cost-effective device fabrication, which results from the fact that these devices can be readily processed from solutions (as inks). It is well-known that the device performance is intrinsically linked to the packing characteristics of semiconducting polymers (i.e. their microstructure), which is formed during solidification via crystallization. Despite its utter importances, understanding how microstructure of polymer semiconductors develops during processing remains challenging. This study aims to explore the microstructure development of high-performing semiconducting polymer D18 for solar cells during thin-film formation. A portable, remotely controlled blade-coating setup will be installed at the NCD-SWEET beamline, enabling in situ acquisition of GIWAXS data during the formation of thin films. The crystallization process of D18 will be investigated under varying conditions, including different solvents (chlorobenzene, o-xylene, dichlorobenzene, chloroform, etc.), different blade velocities, and substrate temperatures (e.g. 25 ºC and 50 ºC). These experiments will provide critical insights into the solidification mechanisms of polymer thin films, advancing the understanding of structure formation in organic electronic materials.
DOI: 10.25549/whittington-ouc113778900
title: Easter service, Los Angeles, Calif., 1945

description: 2 photographs of Easter service, Los Angeles, California, 2 April 1945. Client: Bullock's (Miss Livesay). Agency: Deliver to Miss D. Adams. Operator: Cross.
DOI: 10.25549/whittington-ouc113779100
title: 1937 Plymouth sedan & 1939 Mercury classic coupe, Mueller Bros., Los Angeles, Calif., 1945

description: 3 photographs of 1937 Plymouth sedan (owned by Slaven, the insured) and 1939 Mercury classic coupe (owned by Norval, the claimant), at Mueller Brothers Body and Fender Shop, 6830 West Sunset Boulevard, Los Angeles, California, 10 May 1945. Client: Allstate Insurance Company (Mr. Fitzpatrick, 756 South Broadway). Operator: Brown.
DOI: 10.57710/alba-es-20250330129
title: Correlative study of aligned polymer thin films

description: Fused filament fabrication (FFF) or 3D filament printing is quickly becoming the
technique of choice for customized manufacturing applications. The weakest point of a FFF part is
the attachment point or weld between subsequent layers of extruded material. As new polymeric
printing filament materials are developed, optimization of processing parameters to achieve the
maximum weld quality must be determined. Reliable and comprehensive methods, that enable the
characterization of the quality of these bonds or welds must be developed. It is well documented
that the processing conditions of polymers strongly influence their morphology and, thus, the final
properties of the part. Here, many techniques focus on either scattering or vibrational spectroscopy
data. However, ideally the hierarchical structure of a crystalline polymer should be clarified from
such various structural points of view, such as chain conformation, packing structure of chains in
the crystal lattice, stacking structure of lamellae, and inner structure. The aim of the presented proposals at NCD-SWEET and MIRAS is to correlate diffraction and vibrational spectroscopy data measured on the same sample, at the same sample position of an oriented polymer thin film. Special interest will be on the change in morphology from oriented amorphous to crystalline phases and the corresponding changes in the scattering and spectroscopy data. Polymer alignment will be achieved by stretching a 3D filament printed polymer thin film sample in an inhouse built stretching stage. The tensile stage can be mounted at the end-stations of MIRAS and NCD-SWEET. In addition, the stretched samples can be clamped and thereby fixed by a special sample mount, which allows to measure the samples at the two beamlines, keeping a constant tensile force on the sample. As model material the PLA and PA will be used.
DOI: 10.25549/whittington-ouc113779184
title: Hard facing applications in various industries, Los Angeles, Calif., 1945

description: 19 photographs of hard facing applications in various industries, Los Angeles, California, 11 May 1945. Client: Mir-O-Col Alloy Company (2416 East 53rd Street). Agency: McCarty Company (Mr. Duncan, PR 9011).
DOI: 10.25549/whittington-ouc113779098
title: Hard facing applications in various industries, Los Angeles, Calif., 1945

description: 19 photographs of hard facing applications in various industries, Los Angeles, California, 11 May 1945. Client: Mir-O-Col Alloy Company (2416 East 53rd Street). Agency: McCarty Company (Mr. Duncan, PR 9011).
DOI: 10.25549/whittington-ouc113779181
title: Hard facing applications in various industries, Los Angeles, Calif., 1945

description: 19 photographs of hard facing applications in various industries, Los Angeles, California, 11 May 1945. Client: Mir-O-Col Alloy Company (2416 East 53rd Street). Agency: McCarty Company (Mr. Duncan, PR 9011).
DOI: 10.25549/whittington-ouc113779103
title: Dedication at wind tunnel, Los Angeles, Calif., 1945

description: 27 photographs of dedication at wind tunnel, Los Angeles, California, 11 May 1945. Client: International Business Machines (Mr. Lawler, 1670 Wilshire). Operator: Brown.
DOI: 10.6084/m9.figshare.29850524
title: A new cryptodont dicynodont (Therapsida, Anomodontia) from the Lopingian Usili Formation, Ruhuhu Basin, Tanzania

description: Cryptodontia is a diverse and widespread group of Permian dicynodonts, although its exact membership has been a subject of uncertainty in recent phylogenetic analyses. Cryptodont fossils were first reported from the Lopingian Usili Formation (Ruhuhu Basin, Tanzania) in 1932, with the current composition of the Usili cryptodont assemblage emerging from taxonomic revisions in the mid-2000s. Here we describe a new cryptodont, <i>Mdomowabata trilobops</i>, gen. et sp. nov., from the Usili Formation. Diagnostic characters of <i>M. trilobops</i> include: transversely expanded caniniform process of the maxilla that has a bluntly rounded ventral tip; paired nasal bosses; hatchet-shaped exposure of the postfrontal on the dorsal surface of the skull; parietals that are widely exposed dorsally; intertemporal portion of the postorbital that is oriented vertically with a concave lateral surface; triangular exposure of the postparietal on the skull roof; low, close-set anterior median palatal ridges; large palatine pad with a rugose posterior section and a smoother anterior section that is flush with the premaxillary secondary palate; transversely broad and anteroposteriorly short symphyseal region of the mandible; and prominent, round muscle scar anterior to the external mandibular fenestra. The plow-shaped snout and evidence of increased facial sensitivity suggest that <i>Mdomowabata</i> used its snout to interact with the substrate. A phylogenetic analysis recovers <i>M. trilobops</i> within a monophyletic Cryptodontia, on the stem leading to a clade comprising Oudenodontidae and Rhachiocephalidae. However, persistent problems in recovering stable relationships suggest that a critical reassessment of the character data underlying current dicynodont phylogenies is needed.
DOI: 10.6084/m9.figshare.29850524.v1
title: A new cryptodont dicynodont (Therapsida, Anomodontia) from the Lopingian Usili Formation, Ruhuhu Basin, Tanzania

description: Cryptodontia is a diverse and widespread group of Permian dicynodonts, although its exact membership has been a subject of uncertainty in recent phylogenetic analyses. Cryptodont fossils were first reported from the Lopingian Usili Formation (Ruhuhu Basin, Tanzania) in 1932, with the current composition of the Usili cryptodont assemblage emerging from taxonomic revisions in the mid-2000s. Here we describe a new cryptodont, <i>Mdomowabata trilobops</i>, gen. et sp. nov., from the Usili Formation. Diagnostic characters of <i>M. trilobops</i> include: transversely expanded caniniform process of the maxilla that has a bluntly rounded ventral tip; paired nasal bosses; hatchet-shaped exposure of the postfrontal on the dorsal surface of the skull; parietals that are widely exposed dorsally; intertemporal portion of the postorbital that is oriented vertically with a concave lateral surface; triangular exposure of the postparietal on the skull roof; low, close-set anterior median palatal ridges; large palatine pad with a rugose posterior section and a smoother anterior section that is flush with the premaxillary secondary palate; transversely broad and anteroposteriorly short symphyseal region of the mandible; and prominent, round muscle scar anterior to the external mandibular fenestra. The plow-shaped snout and evidence of increased facial sensitivity suggest that <i>Mdomowabata</i> used its snout to interact with the substrate. A phylogenetic analysis recovers <i>M. trilobops</i> within a monophyletic Cryptodontia, on the stem leading to a clade comprising Oudenodontidae and Rhachiocephalidae. However, persistent problems in recovering stable relationships suggest that a critical reassessment of the character data underlying current dicynodont phylogenies is needed.
DOI: 10.6084/m9.figshare.29850527
title: <i>Dicynodontoides kubwa</i>, sp. nov. (Synapsida: Anomodontia), a new large emydopoid from the base of the Usili Formation (Ruhuhu Basin, Tanzania)

description: Approximately 40% of the vertebrate species recorded from the upper Permian Usili Formation of Tanzania are dicynodonts. Among these are several members of Emydopoidea, a clade of small- to medium-sized dicynodonts notable for their high morphological disparity. Here, we describe <i>Dicynodontoides kubwa</i>, sp. nov. as a new species of emydopoid from the basal conglomerate of the Usili Formation. This horizon contains endemic taxa and taxa very rare in Africa, including the enigmatic temnospondyl <i>Peltobatrachus</i>, the burnetiamorph <i>Pembecephalus</i>, and the giant gorgonopsian <i>Inostrancevia</i>. Like other emydopoids, the anterior dentary of <i>Dicynodontoides kubwa</i> is shovel-shaped and the humerus bears an ectepicondylar foramen. Within Emydopoidea, we refer this material to <i>Dicynodontoides</i> due to its wide lateral dentary shelf with a deep dorsal depression, lack of both dentary table and posterior dentary sulcus, and a plate-like outgrowth on the distal shaft of the fibula. <i>Dicynodontoides kubwa</i> is distinguished from its congeners primarily by size: all elements are at least twice as large as those of <i>D. nowacki</i>, making it the largest emydopoid to date. Other clear distinctions between <i>D. kubwa</i> and both <i>D. nowacki</i> and <i>D. recurvidens</i> include perpendicular grooves on the lateral edges of the anterior dentary and a more laterally curved ilium that has a thicker, more rounded anterior end. The recognition of a new species of <i>Dicynodontoides</i> adds to the complexity of the basal conglomerate tetrapod assemblage, especially how its dicynodont component relates to dicynodont diversity higher in the Usili section.
DOI: 10.6084/m9.figshare.29850527.v1
title: <i>Dicynodontoides kubwa</i>, sp. nov. (Synapsida: Anomodontia), a new large emydopoid from the base of the Usili Formation (Ruhuhu Basin, Tanzania)

description: Approximately 40% of the vertebrate species recorded from the upper Permian Usili Formation of Tanzania are dicynodonts. Among these are several members of Emydopoidea, a clade of small- to medium-sized dicynodonts notable for their high morphological disparity. Here, we describe <i>Dicynodontoides kubwa</i>, sp. nov. as a new species of emydopoid from the basal conglomerate of the Usili Formation. This horizon contains endemic taxa and taxa very rare in Africa, including the enigmatic temnospondyl <i>Peltobatrachus</i>, the burnetiamorph <i>Pembecephalus</i>, and the giant gorgonopsian <i>Inostrancevia</i>. Like other emydopoids, the anterior dentary of <i>Dicynodontoides kubwa</i> is shovel-shaped and the humerus bears an ectepicondylar foramen. Within Emydopoidea, we refer this material to <i>Dicynodontoides</i> due to its wide lateral dentary shelf with a deep dorsal depression, lack of both dentary table and posterior dentary sulcus, and a plate-like outgrowth on the distal shaft of the fibula. <i>Dicynodontoides kubwa</i> is distinguished from its congeners primarily by size: all elements are at least twice as large as those of <i>D. nowacki</i>, making it the largest emydopoid to date. Other clear distinctions between <i>D. kubwa</i> and both <i>D. nowacki</i> and <i>D. recurvidens</i> include perpendicular grooves on the lateral edges of the anterior dentary and a more laterally curved ilium that has a thicker, more rounded anterior end. The recognition of a new species of <i>Dicynodontoides</i> adds to the complexity of the basal conglomerate tetrapod assemblage, especially how its dicynodont component relates to dicynodont diversity higher in the Usili section.
DOI: 10.6084/m9.figshare.29850530
title: The first geikiid dicynodont, <i>Aulacephalodon kapoliwacela</i>, sp. nov. (Therapsida, Anomodontia), from the upper Madumabisa Mudstone Formation, Zambia

description: The upper Madumabisa Mudstone Formation is a richly fossiliferous rock formation exposed in the Luangwa Basin in Zambia, with well-documented upper Permian vertebrate assemblages comparable to those of coeval basins in Tanzania and South Africa. The tetrapod communities of the upper Madumabisa Mudstone include 20 species of dicynodonts. Although most Permian dicynodont clades are represented in the upper Madumabisa Mudstone assemblages, the ornamented clade Geikiidae, which occurs in both the Karoo and Ruhuhu basins, has yet to be reliably reported in the Luangwa Basin; historical reports likely represent other cryptodont taxa. We report a new species of geikiid, <i>Aulacephalodon kapoliwacela</i>, sp. nov., known from both the lower and upper assemblages of the upper Madumabisa Mudstone Formation. This species closely resembles the abundant South African taxon <i>Aulacephalodon bainii</i>, including bearing robust tusks, bosses on the squamosals, and a tall ascending process of the jugal, but differs in the absence of a pineal boss and differing ontogenetic trajectories of the postfrontal and postcaniniform crests. We also provisionally rediagnose <i>A. bainii</i> using only characters visible in the holotype, and for the first time provide a diagnosis for the genus. Phylogenetic analysis supports a close relationship between Zambian and South African geikiids. Multiple juvenile individuals of <i>A. kapoliwacela</i> help clarify ontogenetic trends within Geikiidae, including differences in development and fusion of the postfrontal between geikiid species. Large wear facets on the tusks of some individuals indicate substrate-focused foraging behavior in <i>Aulacephalodon</i>.
DOI: 10.6084/m9.figshare.29850530.v1
title: The first geikiid dicynodont, <i>Aulacephalodon kapoliwacela</i>, sp. nov. (Therapsida, Anomodontia), from the upper Madumabisa Mudstone Formation, Zambia

description: The upper Madumabisa Mudstone Formation is a richly fossiliferous rock formation exposed in the Luangwa Basin in Zambia, with well-documented upper Permian vertebrate assemblages comparable to those of coeval basins in Tanzania and South Africa. The tetrapod communities of the upper Madumabisa Mudstone include 20 species of dicynodonts. Although most Permian dicynodont clades are represented in the upper Madumabisa Mudstone assemblages, the ornamented clade Geikiidae, which occurs in both the Karoo and Ruhuhu basins, has yet to be reliably reported in the Luangwa Basin; historical reports likely represent other cryptodont taxa. We report a new species of geikiid, <i>Aulacephalodon kapoliwacela</i>, sp. nov., known from both the lower and upper assemblages of the upper Madumabisa Mudstone Formation. This species closely resembles the abundant South African taxon <i>Aulacephalodon bainii</i>, including bearing robust tusks, bosses on the squamosals, and a tall ascending process of the jugal, but differs in the absence of a pineal boss and differing ontogenetic trajectories of the postfrontal and postcaniniform crests. We also provisionally rediagnose <i>A. bainii</i> using only characters visible in the holotype, and for the first time provide a diagnosis for the genus. Phylogenetic analysis supports a close relationship between Zambian and South African geikiids. Multiple juvenile individuals of <i>A. kapoliwacela</i> help clarify ontogenetic trends within Geikiidae, including differences in development and fusion of the postfrontal between geikiid species. Large wear facets on the tusks of some individuals indicate substrate-focused foraging behavior in <i>Aulacephalodon</i>.