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opencc-by-4.0Nov 2024View details →

Environmental Data, PurpleAir Sensors, Athens, August 2021

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dryad32/100

Air temperature data recorded in a shaded area near the shore of the study site Laguna Toreadora (3,920 m asl) from August 2014 to September 2016 using a HOBO Water Temperature Pro v2 Data Logger.

Air temperature data (°C) recorded in a shaded area near the shore of the study site Laguna Toreadora (S 02° 46.792", W 079° 13.411"; 3,920 m asl) in Cajas National Park, Ecuador from August 2014 to September 2016 using a HOBO Water Temperature Pro v2 Data Logger. Air temperatures were recorded hourly over this period, with an interruption in data collection from May to July 2015.

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opennotspecifiedMay 2022View details →

FIGURE 4 in Avian type localities and the type specimens collected by Johan August Wahlberg in southern Africa

FIGURE 4. Wahlberg's route in 1843 (red dots) across the Free State from the Drakensberg Mountains at Bezuidenhout's Pass to Potchefstroom via Skandinawiedrif across the Vaal River.

opennotspecifiedMay 2022View details →

FIGURE 2 in Avian type localities and the type specimens collected by Johan August Wahlberg in southern Africa

FIGURE 2. Sundevall's personal acquisition catalogue, in which he recorded the date of the lectotype of Megalaema bilineata Sundevall as 4 November 1842.

opennotspecifiedMay 2022View details →

FIGURE 1 in Avian type localities and the type specimens collected by Johan August Wahlberg in southern Africa

FIGURE 1. (A) An example of Wahlberg's handwriting; (B) a label on a Wahlberg specimen in what appears to be Sundevall's handwriting; (C) Sundevall's register with details of the type of Megalaema leucotis Sundevall; and (D) one of the few labels by Wahlberg's hand. The "Mr Hodgson" on (D) was the Rev. Mr. Thomas Laiman Hodgson (1787–1850), chairman of the Wesleyan church in the Cape district, who contributed several specimens of mammals, birds and reptiles to Wahlberg's collection.

opencc-by-4.0May 2022View details →

Teacher Tapp Survey 2 - 15th August 2020

This survey was conducted with 6000+ UK teachers on 15th August 2020 using 'Teacher Tapp' - see www.teachertapp.co.uk Questions asked were: 1) Have you or are you expecting to talk to pupils about COVID-19 for any of the following reasons? (including e.g. 'to sort truths from misinformation'. 2) 'My teaching includes ensuring students learn about the similarities and differences between (curriculum) disciplines' - to what extent do you agree? 3) 'When we try to understand a global challenge (like COVID-19), students need to appreciate that different disciplines (e.g. science, philosophy, history, mathematics) can give different perspectives on how to answer' - to what extent do you agree? 4) 'It’s important for students to know about the similarities and differences between (curriculum) disciplines?' - to what extent do you agree?

opencc-by-4.0Jun 2022View details →

Aeolian Saltation Data at Duck, NC - 4 August 2020

Datasets of sequence linescan lidar, Sensit aeolian sediment transport data, and wind measurements were collected at the US Army Engineer Research and Development Center's Field Research Facility on 4 August 2020 associated with the passage of the Tropical Storm Isaias.    Dataset 1. Matlab .mat files are provided with 30 minutes of linescan lidar data, with the following variables; Xmat = cross-shore distance of each point in meters in the US Army Corps of Engineers Field Research Facility local coordinate system Ymat = alongshore distance of each point in meters in the US Army Corps of Engineers Field Research Facility local coordinate system Zmat = vertical elevation of each point in meters in the NAVD88 datum Amat = amplitude of returned lidar signal Tmat = time of each point sample in matlab format reflectance = reflectance of the returned lidar signal Each lidar linescan measures at approximately 7.1 Hz for 30 continuous minutes. The filenames include the date in yyyymmdd-HHMM-SS format for the start time of the scan.  Dataset 2: Processed saltation height data generated from the point clouds are provided as a grid in 'IsaiasLidarSaltationHeight_202008040900to202008041500.mat' . The variables in the file are 'saltation_times' which are 1s time intervals in matlab format, 'saltation_distances' which are 0.1 m grid cells in the FRF cross-shore coordinate system, and 'SALTATION_HEIGHT_m'  providing the lidar-derived maximum saltation height for each grid cell and time interval with available data between 4 August 2020 0900 UTC to 4 August 2020 1500 UTC. Dataset 3: An excel spreadsheet entitled "InSituData.xlsx' provides time series data of 1Hz wind speed  using a Dyacon WSD-1 cup anemometer collected from a 5 m mast on the beach and logged using a Dyacon MDL-700 data logger. 1 Hz data of sediment counts from a stacked array of Sensit H14-LIN horizontal flux sensors, which were logged using a Campbell CR1000X logger, and were located at 8 cm, 12 cm, and 16 cm off of the bed in close proximity to the lidar are also provided.

opencc-by-4.0Sep 2022View details →

Dataset for "Spatial distribution and physicochemical properties of respirable volcanic ash from the 16-17 August 2006 Tungurahua eruption (Ecuador), and alveolar epithelium response in-vitro" published in GeoHealth

Data Repository for: "Spatial distribution and physicochemical properties of respirable volcanic ash from the 16-17 August 2006 Tungurahua eruption (Ecuador), and alveolar epithelium response in-vitro" published in GeoHealth.   Julia Eychenne1,2*, Lucia Gurioli1, David Damby3, Corinne Belville², Federica Schiavi1, Geoffroy Marceau2,4, Claire Szczepaniak5, Christelle Blavignac5, Mickael Laumonier1, Emmanuel Gardés1, Jean-Luc Le Pennec6,7, Jean-Marie Nedelec8, Loïc Blanchon², Vincent Sapin2,4 1 Université Clermont Auvergne, CNRS, IRD, OPGC, Laboratoire Magmas et Volcans, F-63000 Clermont-Ferrand, France 2 Université Clermont Auvergne, CNRS, INSERM, Institut de Génétique Reproduction et Développement, F-63000 Clermont-Ferrand, France 3 U.S. Geological Survey, California Volcano Observatory, Moffett Field, CA, USA 4 Biochemistry and Molecular Genetic Department, University Hospital, F-63000 Clermont-Ferrand, France 5 Université Clermont Auvergne, UCA PARTNER, Centre Imagerie Cellulaire Santé, F-63000 Clermont-Ferrand, France 6 Geo-Ocean, CNRS, Ifremer, UMR6538, F-29280 Plouzané, France 7 IRD Office for Indonesia & Timor Leste, Jalan Kemang Raya n°4, Jakarta 12730, Indonesia 8 Université Clermont Auvergne, Clermont Auvergne INP, CNRS, ICCFn, F-63000 Clermont-Ferrand, France This repository includes the grainsize distributions of the individual tephra fall samples, the grainsize distribution of the respirable ash sample isolated from F2, the Raman point counting data and individual spectra, the SEM images and EDX maps of the respirable ash sample, the SEM and TEM images of the in-vitro experiments, and the data from the LDH assays, multiplex immunoassays and RT-qPCR.

FIGURE 5 in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 5. Lectotype of Cyclothone livida ZMB 17482, 35 mm SL, Eastern Atlantic, off the coast of Angola, 9°31′S, 9°46′E, Valdivia station 73 (a). Lectotype of Cyclothone obscura ZMB 17512, 54 mm SL, Indian Ocean, between Chagos Archipelago and Seychelles, 4°45′S, 48°58′6″E, Valdivia station 237 (b). Lectotype of Cyclothone pallida ZMB 17496, 47 mm SL, Indian Ocean, Bay of Bengal, 5°23′2″N, 94°48′1″E, Valdivia station 207 (c).

FIGURE 6. A in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 6. A photograph of Brauer's (1906) Plate VI depicting species of Cyclothone described by Brauer (1902).

FIGURE 4 in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 4. Radiograph of female Idiacanthus fasciola CSIRO T833, Tasmania (a). Stylophthalmus paradoxus ZMB 17457, about 18 mm SL, Valdivia Expedition station 215, Bay of Bengal (b).

FIGURE 1. A in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 1. A photograph of Brauer's (1906) Plate V depicting Stylophthalmus paradoxus described by Brauer (1902).

FIGURE 3 in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 3. Photograph of Idiacanthus atlanticus ZMB 17723, 204 mm SL, holotype, Valdivia Expedition station 83, Walvis Ridge, W of Namibia (a). Radiograph of the same specimen (b).

FIGURE 2 in A taxonomic re-evaluation of five stomiiform fish species described by August Brauer (1902) with lectotype designations

FIGURE 2. Larval specimens of Stylophthalmus paradoxus collected by the Valdivia Expedition 1898–1899: ZMB 17455, 27.8 mm SL, station 217, Between Ceylon and Maldive Islands (a). ZMB 17458, about 36 mm SL, syntype, station 231, Between Seychelles and Zanzibar (b). ZMB 17456, 2: 10.5–11.0 mm SL (re-identified as Bathylagus sp.), syntypes, station 139, SE of Bouvet Island, Southern Ocean (c). Lateral and ventral views of one of the two Bathylagus sp. specimens of (c) in a drawing found in the ZMB archive (MfN, HBSB, K001 No. 1585, p. 38) (d). ZMH 8172, 10.4 mm (tail lost), syntype, station 139, SE of Bouvet Island (e). SMF 2067, about 8 mm SL, station 135, SE of Bouvet Island (f).

Fig. 1 in On the Auguste Forel ant collection in the Naturmuseum Solothurn, Switzerland: current state and illustrated type catalogue (Hymenoptera, Formicidae)

Fig. 1. Syntypes ☿ dorsal/lateral views. (A) Strongylognathus huberi Forel, 1874. (B) Myrmica smythiesii Forel, 1902. (C) Monomorium indicum Forel, 1902. (D) Messor lobicornis Forel, 1894. (E) Camponotus bugnioni Forel, 1899. (F) Monomorium smithii Forel, 1892. (G) Temnothorax algiricus trabutii (Forel, 1894). Scale bars 1 mm.

Fig. 4 in On the Auguste Forel ant collection in the Naturmuseum Solothurn, Switzerland: current state and illustrated type catalogue (Hymenoptera, Formicidae)

Fig. 4. Original labels of 16 syntypes and 2 paralectotypes. (A) Strongylognathus huberi Forel, 1874. (B) Myrmica smythiesii Forel, 1902. (C) Monomorium indicum Forel, 1902. (D) Messor lobicornis Forel, 1894. (E) Camponotus bugnioni Forel, 1899. (F) Monomorium smithii Forel, 1892. (G) Temnothorax algiricus trabutii (Forel, 1894). (H) Temnothorax delaparti (Forel, 1890). (I) T. oraniensis (Forel, 1894). (J) Cardiocondyla stambuloffii Forel, 1892. (K) Solenopsis latro Forel, 1894. (L) Crematogaster ranavalonae Forel, 1887. (M) C. daisyi Forel, 1901. (N) Pogonomyrmex mayri Forel, 1899. (O) Azteca velox Forel, 1899. (P) A. delpini antillana Forel, 1899. (Q) Lasius myops Forel, 1894. (R) Cataglyphis savignyi (Dufour, 1862). (S) Camponotus alii Forel, 1890.

Fig. 3 in On the Auguste Forel ant collection in the Naturmuseum Solothurn, Switzerland: current state and illustrated type catalogue (Hymenoptera, Formicidae)

Fig. 3. (A) Paralectotype ☿ dorsal/lateral of Pogonomyrmex mayri Forel, 1899. (B) ☿ dorsal/lateral of Azteca velox Forel, 1899. (C) Syntypes ☿ of A. delpini antillana Forel, 1899. (D) Lasius myops Forel, 1894. (E) Cataglyphis savignyi (Dufour, 1862). (F) Camponotus alii Forel, 1890. Scale bars 1 mm.

Fig. 2 in On the Auguste Forel ant collection in the Naturmuseum Solothurn, Switzerland: current state and illustrated type catalogue (Hymenoptera, Formicidae)

Fig. 2. Syntypes ☿ dorsal/lateral views. (A) Temnothorax delaparti (Forel, 1890). (B) T. oraniensis (Forel, 1894). (C) Cardiocondyla stambuloffii Forel, 1892. (D) Solenopsis latro Forel, 1894. (E) Crematogaster ranavalonae Forel, 1887. (F) Paralectotype of C. daisyi Forel, 1901. Scale bars 1 mm.

opencc-by-4.0Apr 2024View details →

Evaluating the impact of design decisions on passive DNS-based domain rankings: ranking files (type: fqdn, weighting: TTLBOUNDED, days: 1, dates: 24 August 2023-11 October 2023)

See <a href="https://domain-ranking-design-decisions.distrinet-research.be/">https://domain-ranking-design-decisions.distrinet-research.be/</a> for a full project description.