cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.15468/dl.wwkvwf
title: Occurrence Download

description: A dataset containing 58064 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Cardinalis cardinalis (Linnaeus, 1758)",
 "HasGeospatialIssue is false",
 "HasCoordinate is true",
 "OccurrenceStatus is Present",
 "EventDate 2018-01-01-2022-12-31",
 {
 "not" : {
 "BasisOfRecord" : [
 "is one of (Fossil, Living Specimen)"
 ]
 }
 },
 "Geometry POLYGON ((-78.27601 39.12897, -77.33202 39.12897, -77.33202 39.84687, -78.27601 39.84687, -78.27601 39.12897))"
 ]
}

 The dataset includes 58064 records from 4 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0022344-231002084531237/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.ept328
title: Occurrence Download

description: A dataset containing 71 species occurrences available in GBIF matching the query:
{
 "and" : [
 {
 "or" : [
 "BasisOfRecord is Observation",
 "BasisOfRecord is Machine Observation",
 "BasisOfRecord is Human Observation",
 "BasisOfRecord is Occurrence evidence"
 ]
 },
 "Country is China",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "OccurrenceStatus is Present",
 "TaxonKey is Podiceps grisegena (Boddaert, 1783)",
 "Year 1972-2022"
 ]
}

 The dataset includes 71 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0331642-210914110416597/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.xxfvm5
title: Occurrence Download

description: A dataset containing 305225 species occurrences available in GBIF matching the query:
{
 "and" : [
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "OccurrenceStatus is Present",
 "TaxonKey is Gomphidae"
 ]
}

 The dataset includes 305225 records from 1439 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0056579-230224095556074/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.17603/ds2-8rqw-zf92
title: NHCI Hurricane Helene Buoy Observation Summary, in NHCI: Hurricane Helene 2024 - Observations

description: These observational datasets were taken as Hurricane Helene (2024) made landfall along the Florida Panhandle. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. Hurricane Helene originated from the Central American Gyre, and formed into a cyclone at 1200 UTC 23 September, and designated as Tropical Storm Helene on 1200 UTC 24 September. For the next 30 h Helene steadily intensified as it moved through the Yucatan channel and into the southern Gulf, reaching an intensity of 70 kt at 1800 UTC 25 September. From Moskaitis et al. (2025): “A subsequent re-organization of the inner core temporarily brought intensification to a halt (and expanded the outer wind field), but as the new inner core became better defined and the radius of maximum winds contracted, Helene rapidly intensified. During this time the storm accelerated to the NNE, quickly moving across the eastern Gulf to landfall 10 n mi SW of Perry, FL (along the Big Bend coast) at 0310 UTC 27 September 2024.” Helene had a maximum 120 kt wind intensity, and was moving at 27 kts, bringing catastrophic flooding to the Southern Apalachians. Large storm surge inundation varied from 3-5 ft at Tampa bay to 12-16 ft in the Big Bend region of Florida. This observational dataset for Hurricane Helene includes measurements from observational wave buoys: A-size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfall. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: This report provides a graphical overview of 20 free-drifting surface buoys deployed ahead of Hurricane Helene during September 2024. Visualizations span September 25 to September 29, 2024. Three types of buoys are included: Spotter (Sofar Ocean), DWSD/A-DWSD (Lagrangian Drifter Laboratory), and microSWIFT (UW Applied Physics Lab), all of which report similar payloads. Maps and time series provide an overview of the range of wave conditions observed within Helene. Where applicable, colocated buoys from the datasets are compared.  Data for each buoy type are available within the DesignSafe project for this hurricane.
DOI: 10.17603/ds2-f3t6-ve66
title: Spotter Ocean Surface Wave Data, in NHCI: Hurricane Helene 2024 - Observations

description: These observational datasets were taken as Hurricane Helene (2024) made landfall along the Florida Panhandle. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. Hurricane Helene originated from the Central American Gyre, and formed into a cyclone at 1200 UTC 23 September, and designated as Tropical Storm Helene on 1200 UTC 24 September. For the next 30 h Helene steadily intensified as it moved through the Yucatan channel and into the southern Gulf, reaching an intensity of 70 kt at 1800 UTC 25 September. From Moskaitis et al. (2025): “A subsequent re-organization of the inner core temporarily brought intensification to a halt (and expanded the outer wind field), but as the new inner core became better defined and the radius of maximum winds contracted, Helene rapidly intensified. During this time the storm accelerated to the NNE, quickly moving across the eastern Gulf to landfall 10 n mi SW of Perry, FL (along the Big Bend coast) at 0310 UTC 27 September 2024.” Helene had a maximum 120 kt wind intensity, and was moving at 27 kts, bringing catastrophic flooding to the Southern Apalachians. Large storm surge inundation varied from 3-5 ft at Tampa bay to 12-16 ft in the Big Bend region of Florida. This observational dataset for Hurricane Helene includes measurements from observational wave buoys: A-size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfall. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: Ocean surface measurements collected by free-drifting Spotter buoys in Hurricane Helene (2024). Wave measurements include both bulk parameters (significant wave height, peak wave period, dominant wave direction) and spectral parameters (elevation variance spectral density and normalized directional moments). Sea surface temperature and sea level pressure are included when available. Buoys were air-deployed in large arrays comprised of microSWIFT, Spotter, and DWSD buoys designed to characterize the ocean surface ahead of, and inside, Hurricane Helene as the storm approached the Florida Big Bend region.
DOI: 10.17876/musewide/dr.1/29546
title: Object GUO_ID 29546 in candels-cdfs-08

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17603/ds2-e3mn-kq84
title: microSWIFT Ocean Surface Wave Data, in NHCI: Hurricane Helene 2024 - Observations

description: These observational datasets were taken as Hurricane Helene (2024) made landfall along the Florida Panhandle. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. Hurricane Helene originated from the Central American Gyre, and formed into a cyclone at 1200 UTC 23 September, and designated as Tropical Storm Helene on 1200 UTC 24 September. For the next 30 h Helene steadily intensified as it moved through the Yucatan channel and into the southern Gulf, reaching an intensity of 70 kt at 1800 UTC 25 September. From Moskaitis et al. (2025): “A subsequent re-organization of the inner core temporarily brought intensification to a halt (and expanded the outer wind field), but as the new inner core became better defined and the radius of maximum winds contracted, Helene rapidly intensified. During this time the storm accelerated to the NNE, quickly moving across the eastern Gulf to landfall 10 n mi SW of Perry, FL (along the Big Bend coast) at 0310 UTC 27 September 2024.” Helene had a maximum 120 kt wind intensity, and was moving at 27 kts, bringing catastrophic flooding to the Southern Apalachians. Large storm surge inundation varied from 3-5 ft at Tampa bay to 12-16 ft in the Big Bend region of Florida. This observational dataset for Hurricane Helene includes measurements from observational wave buoys: A-size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfall. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: Ocean surface wave measurements collected by free-drifting microSWIFT buoys in Hurricane Helene (2024). Measurements include both bulk parameters (significant wave height, peak wave period, dominant wave direction) and spectral parameters (elevation variance spectral density and normalized directional moments). Buoys were air-deployed in large arrays comprised of microSWIFT, Spotter, and DWSD buoys designed to characterize the ocean surface ahead of, and inside, Hurricane Helene as the storm approached the Florida Big Bend region.
DOI: 10.17876/musewide/dr.1/29547
title: Object GUO_ID 29547 in candels-cdfs-22

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29548
title: Object GUO_ID 29548 in candels-cdfs-13

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29549
title: Object GUO_ID 29549 in candels-cdfs-13

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29550
title: Object GUO_ID 29550 in candels-cdfs-19

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29551
title: Object GUO_ID 29551 in candels-cdfs-23

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29553
title: Object GUO_ID 29553 in candels-cdfs-13

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29554
title: Object GUO_ID 29554 in candels-cdfs-20

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29557
title: Object GUO_ID 29557 in candels-cdfs-23

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29558
title: Object GUO_ID 29558 in candels-cdfs-03

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29560
title: Object GUO_ID 29560 in candels-cdfs-21

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29562
title: Object GUO_ID 29562 in candels-cdfs-18

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29563
title: Object GUO_ID 29563 in candels-cdfs-22

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29564
title: Object GUO_ID 29564 in candels-cdfs-19

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29565
title: Object GUO_ID 29565 in candels-cdfs-19

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29566
title: Object GUO_ID 29566 in candels-cdfs-03

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29567
title: Object GUO_ID 29567 in candels-cdfs-23

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29568
title: Object GUO_ID 29568 in candels-cdfs-08

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17876/musewide/dr.1/29569
title: Object GUO_ID 29569 in candels-cdfs-19

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17603/ds2-kheb-er83
title: Directional Wave Spectra Drifters (DWSDs), in NHCI: Hurricane Francine 2024 - Observations

description: These observational datasets were taken as Hurricane Francine (2024) made landfall along southwestern Louisiana. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. From Moskiatis et al. (2025): "Francine originated from the interplay of a tropical wave and a midlatitude front in the Bay of Campeche, which caused a closed surface circulation to form there by 18 UTC 7 September 2024 (at which point NHC began issuing forecast advisories for a potential tropical cyclone). Deep convection became established near the center the next day, and the system was designated Tropical Storm Francine at 12 UTC 9 September, with a 45 kt intensity. Soon thereafter, Francine turned NE and headed toward the Louisiana coast. Francine intensified slowly at first, but once it got to the northern Gulf and began interacting with a midlatitude trough it rapidly intensified up to 90 kt (Category 2 on the SSHWS) at landfall, which was its lifetime maximum intensity. The storm made landfall at 22 UTC 11 September 2024, at a location 25 n mi SSW of Morgan City, LA. It had a radius of maximum winds of 25 n mi at landfall, which is on the large side for a 90 kt storm.” Francine was a difficult to forecast storm as it formed near the coast and rapidly intensified. It made landfall in a marshy region, causing storm inundation of 3-8 ft. These observational datasets from Hurricane Francine includes measurements from observational wave buoys: A-size and full size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfal. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: A-size Directional Wave Spectra Drifters (DWSD) were deployed as part of the NHCI mission into Hurricane Francine. There are three files: a data description file, a sensor file (containing bulk wave parameters) and a first-five file containing wave spectra and directional moments.
DOI: 10.17876/musewide/dr.1/29570
title: Object GUO_ID 29570 in candels-cdfs-03

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.
DOI: 10.17603/ds2-0hvc-rb73
title: NHCI Hurricane Francine Buoy Observation Summary, in NHCI: Hurricane Francine 2024 - Observations

description: These observational datasets were taken as Hurricane Francine (2024) made landfall along southwestern Louisiana. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. From Moskiatis et al. (2025): "Francine originated from the interplay of a tropical wave and a midlatitude front in the Bay of Campeche, which caused a closed surface circulation to form there by 18 UTC 7 September 2024 (at which point NHC began issuing forecast advisories for a potential tropical cyclone). Deep convection became established near the center the next day, and the system was designated Tropical Storm Francine at 12 UTC 9 September, with a 45 kt intensity. Soon thereafter, Francine turned NE and headed toward the Louisiana coast. Francine intensified slowly at first, but once it got to the northern Gulf and began interacting with a midlatitude trough it rapidly intensified up to 90 kt (Category 2 on the SSHWS) at landfall, which was its lifetime maximum intensity. The storm made landfall at 22 UTC 11 September 2024, at a location 25 n mi SSW of Morgan City, LA. It had a radius of maximum winds of 25 n mi at landfall, which is on the large side for a 90 kt storm.” Francine was a difficult to forecast storm as it formed near the coast and rapidly intensified. It made landfall in a marshy region, causing storm inundation of 3-8 ft. These observational datasets from Hurricane Francine includes measurements from observational wave buoys: A-size and full size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfal. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: This report provides a graphical overview of 17 free-drifting surface buoys deployed ahead of Hurricane Francine during September 2024. Visualizations span September 8 to September 14, 2024. Three types of buoys are included: Spotter (Sofar Ocean), DWSD/A-DWSD (Lagrangian Drifter Laboratory), and microSWIFT (UW Applied Physics Lab), all of which report similar payloads. Maps and time series provide an overview of the range of wave conditions observed within Francine. Where applicable, colocated buoys from the datasets are compared.  Data for each buoy type are available within the DesignSafe project for this hurricane.
DOI: 10.17603/ds2-ah2q-1794
title: Spotter Ocean Surface Wave Data, in NHCI: Hurricane Francine 2024 - Observations

description: These observational datasets were taken as Hurricane Francine (2024) made landfall along southwestern Louisiana. The data was collected, created or utilized for the NOPP Hurricane Coastal Impacts (NHCI) program. From Moskiatis et al. (2025): "Francine originated from the interplay of a tropical wave and a midlatitude front in the Bay of Campeche, which caused a closed surface circulation to form there by 18 UTC 7 September 2024 (at which point NHC began issuing forecast advisories for a potential tropical cyclone). Deep convection became established near the center the next day, and the system was designated Tropical Storm Francine at 12 UTC 9 September, with a 45 kt intensity. Soon thereafter, Francine turned NE and headed toward the Louisiana coast. Francine intensified slowly at first, but once it got to the northern Gulf and began interacting with a midlatitude trough it rapidly intensified up to 90 kt (Category 2 on the SSHWS) at landfall, which was its lifetime maximum intensity. The storm made landfall at 22 UTC 11 September 2024, at a location 25 n mi SSW of Morgan City, LA. It had a radius of maximum winds of 25 n mi at landfall, which is on the large side for a 90 kt storm.” Francine was a difficult to forecast storm as it formed near the coast and rapidly intensified. It made landfall in a marshy region, causing storm inundation of 3-8 ft. These observational datasets from Hurricane Francine includes measurements from observational wave buoys: A-size and full size Directional Wave Spectra Drifters (A-DWSDs), microSWIFT buoys, and Spotter buoys, as well as nearshore sensors and remotely sensed satellite measurements. The wave buoys and nearshore sensors were deployed 1-2 days prior to the hurricane landfal. A full description of the storm, observations, and model assets are found in the NHCI Data and Storm Catalog: Moskaitis, J., R. Luettich, J. Thomson, M. Bilskie, J. Davis, j. veeramony, Z. Cobell, D. White, R. de Goede, A. van Dongeren, M. Schonau, C. Sherwood, J. Brown, M. Amini, N. Mumtaz, J. Dietrich, I. Houghton, R. Romeiser, J. Doyle, D. Gesch, A. Clark, S. Fraser, S. Beninati, L. Centurioni, G. de Boer, P. Smit, D. Cox, M. Olabarrieta, J. Warner, S. Klepac, A. Subgranon (2025). NHCI: NOPP Hurricane Coastal Impacts. DesignSafe-CI. https://doi.org/10.17603/ds2-y6nc-p158.

description: Ocean surface measurements collected by free-drifting Spotter buoys in Hurricane Francine (2024). Wave measurements include both bulk parameters (significant wave height, peak wave period, dominant wave direction) and spectral parameters (elevation variance spectral density and normalized directional moments). Sea surface temperature and sea level pressure are included when available. Buoys were air-deployed in large arrays comprised of microSWIFT, Spotter, and DWSD buoys designed to characterize the ocean surface ahead of, and inside, Hurricane Francine as the storm approached South-Central Louisiana.
DOI: 10.17876/musewide/dr.1/29571
title: Object GUO_ID 29571 in candels-cdfs-13

description: A spectrum of the MUSE-Wide survey DR1 photometric catalog.