cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.8141504
title: The exemplary basin modeling with Global Hydrologic Data Cloud (GHDC) and SHUD model.

description: <strong>GHDC</strong> = Global Hydrological Data Cloud <strong>SHUD</strong> = Simulator of Hydrologic Unstructured Domains Files in the package: Conestoga - The data retrived from GHDC and the modeling result by SHUD model, for Gonestoga, Pennsylvania, USA. Gummara - The data retrived from GHDC and the modeling result by SHUD model, for Gummara, Ethiopia heihe - The data retrived from GHDC and the modeling result by SHUD model, for Heihe Headwater, Gansu, China threeBasin - The R analysis code for the three basin simulations, including loading data and visualization. The file structure in each basin folder: FOLDER FILE OR SUBFOLDER(BOLD) DESCRIPTION ETV - General ETV data. dem.tif DEM subset of ASTER Global DEM. Soil.csv Soil texture of soil layer reclassified from HWSD subset. Geol.csv Soil texture of geology layer reclassified from HWSD subset. hwsd.Geol.csv Soil texture, organic matter and bulk density of geology layer HWSD subset. hwsd.Soil.csv Soil texture, organic matter and bulk density of soil layer HWSD subset. hwsd.tif HWSD data subset. buff.shp, .dfb, .prj, .shx Shapefile of buffered polygon from user-provided watershed. outlets.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. stm_dem.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. wbd_dem.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. <strong>TSD</strong> Time-series forcing files. <strong>GCS</strong> Subfolder, terriestial data in GCS <strong>PCS</strong> Subfolder, terriestial data in PCS. <strong>PCS</strong>/landuse.tif Landuse raster subset. <strong>PCS</strong>/soil.tif Soil classification raster subset. <strong>PCS</strong>/geology.tif Geology classification raster subset. <strong>Figure</strong> The figures during pre-processing. <strong>Figure</strong>/ETV_watershed_delineation Watershed delineation, include boundary, river, pourpoint. <strong>Figure</strong>/dem_buf The DEM, and buffer zone. <strong>Figure</strong>/ETV_LDAS The coverage of reanalysis grid. <strong>Figure</strong>/ETV_Landuse The landuse classification of the research area <strong>Figure</strong>/ETV_Soil The soil classification of the research area <strong>Figure</strong>/ETV_Geol The geology classification of the research area Modeling - <strong>Figure</strong> The figures during model deployment <strong>input</strong> Model input folder. GCS Spatial data for model deployment in GCS. PCS Spatial data for model deployment in PCS. deployConfig.txt The configuration file for model deployment script. StaticFiles - Static files, include the model, citation, description and executable model file. <strong>SHUD_model</strong> Source code of SHUD model Citation.bib Citation of Data and models. ReadMe_cn.html The readme file in Chinese. ReadMe_en.html The readme file in English. shud.exe The executable files of SHUD model, for Windows platform only. UserData - The files uploaded by user
DOI: 10.5281/zenodo.8141503
title: The exemplary basin modeling with Global Hydrologic Data Cloud (GHDC) and SHUD model.

description: <strong>GHDC</strong> = Global Hydrological Data Cloud <strong>SHUD</strong> = Simulator of Hydrologic Unstructured Domains Files in the package: Conestoga - The data retrived from GHDC and the modeling result by SHUD model, for Gonestoga, Pennsylvania, USA. Gummara - The data retrived from GHDC and the modeling result by SHUD model, for Gummara, Ethiopia heihe - The data retrived from GHDC and the modeling result by SHUD model, for Heihe Headwater, Gansu, China threeBasin - The R analysis code for the three basin simulations, including loading data and visualization. The file structure in each basin folder: FOLDER FILE OR SUBFOLDER(BOLD) DESCRIPTION ETV - General ETV data. dem.tif DEM subset of ASTER Global DEM. Soil.csv Soil texture of soil layer reclassified from HWSD subset. Geol.csv Soil texture of geology layer reclassified from HWSD subset. hwsd.Geol.csv Soil texture, organic matter and bulk density of geology layer HWSD subset. hwsd.Soil.csv Soil texture, organic matter and bulk density of soil layer HWSD subset. hwsd.tif HWSD data subset. buff.shp, .dfb, .prj, .shx Shapefile of buffered polygon from user-provided watershed. outlets.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. stm_dem.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. wbd_dem.shp, .dfb, .prj, .shx Shapefile of watershed pourpoint, calculated from DEM. <strong>TSD</strong> Time-series forcing files. <strong>GCS</strong> Subfolder, terriestial data in GCS <strong>PCS</strong> Subfolder, terriestial data in PCS. <strong>PCS</strong>/landuse.tif Landuse raster subset. <strong>PCS</strong>/soil.tif Soil classification raster subset. <strong>PCS</strong>/geology.tif Geology classification raster subset. <strong>Figure</strong> The figures during pre-processing. <strong>Figure</strong>/ETV_watershed_delineation Watershed delineation, include boundary, river, pourpoint. <strong>Figure</strong>/dem_buf The DEM, and buffer zone. <strong>Figure</strong>/ETV_LDAS The coverage of reanalysis grid. <strong>Figure</strong>/ETV_Landuse The landuse classification of the research area <strong>Figure</strong>/ETV_Soil The soil classification of the research area <strong>Figure</strong>/ETV_Geol The geology classification of the research area Modeling - <strong>Figure</strong> The figures during model deployment <strong>input</strong> Model input folder. GCS Spatial data for model deployment in GCS. PCS Spatial data for model deployment in PCS. deployConfig.txt The configuration file for model deployment script. StaticFiles - Static files, include the model, citation, description and executable model file. <strong>SHUD_model</strong> Source code of SHUD model Citation.bib Citation of Data and models. ReadMe_cn.html The readme file in Chinese. ReadMe_en.html The readme file in English. shud.exe The executable files of SHUD model, for Windows platform only. UserData - The files uploaded by user
DOI: 10.34740/kaggle/dsv/6195421
title: Youtube Trending Video - Taiwan & Hong Kong
DOI: 10.5281/zenodo.8180884
title: Post-Typhoon Mawar Orthomosaic - Agat, Guam

description: This orthomosaic was created from 1293 images taken on 06 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization. The University of Guam Drone Corps (funded by NASA Guam Space Grant and NASA Guam EPSCoR) and the National Weather Service Guam retain all rights to the aerial imagery, including but not limited to copyrights and intellectual property rights. Any unauthorized modification, reproduction, or distribution of the imagery is strictly prohibited. By using this data, you acknowledge and agree to abide by the terms and conditions set forth in this disclaimer. Privacy Disclaimer: The aerial imagery captured for damage assessment may inadvertently include images of private property and individuals. While every effort has been made to respect privacy, it is possible that identifiable information or sensitive locations may be visible in the imagery. University of Guam Drone Corps and the National Weather Service Guam disclaim any responsibility for the unintentional collection or dissemination of such information. The recipient(s) of this imagery are urged to handle it with due care and take necessary precautions to protect the privacy rights of individuals and comply with applicable privacy laws and regulations.
DOI: 10.5281/zenodo.8180885
title: Post-Typhoon Mawar Orthomosaic - Agat, Guam

description: This orthomosaic was created from 1293 images taken on 06 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization. The University of Guam Drone Corps (funded by NASA Guam Space Grant and NASA Guam EPSCoR) and the National Weather Service Guam retain all rights to the aerial imagery, including but not limited to copyrights and intellectual property rights. Any unauthorized modification, reproduction, or distribution of the imagery is strictly prohibited. By using this data, you acknowledge and agree to abide by the terms and conditions set forth in this disclaimer. Privacy Disclaimer: The aerial imagery captured for damage assessment may inadvertently include images of private property and individuals. While every effort has been made to respect privacy, it is possible that identifiable information or sensitive locations may be visible in the imagery. University of Guam Drone Corps and the National Weather Service Guam disclaim any responsibility for the unintentional collection or dissemination of such information. The recipient(s) of this imagery are urged to handle it with due care and take necessary precautions to protect the privacy rights of individuals and comply with applicable privacy laws and regulations.
DOI: 10.5281/zenodo.8185111
title: Natural history specimens collected and/or identified and deposited.

description: Natural history specimen data collected and/or identified by Faten Filimban, https://orcid.org/0000-0001-7527-1313. Claims or attributions were made on Bionomia, https://bionomia.net using specimen data from the Global Biodiversity Information Facility, https://gbif.org.
DOI: 10.5281/zenodo.8185112
title: Natural history specimens collected and/or identified and deposited.

description: Natural history specimen data collected and/or identified by Faten Filimban, https://orcid.org/0000-0001-7527-1313. Claims or attributions were made on Bionomia, https://bionomia.net using specimen data from the Global Biodiversity Information Facility, https://gbif.org.
DOI: 10.5281/zenodo.8181070
title: Post-Typhoon Mawar Orthomosaic – Dededo2D, Guam

description: This orthomosaic was created from 921 images taken on 02 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181071
title: Post-Typhoon Mawar Orthomosaic – Dededo2D, Guam

description: This orthomosaic was created from 921 images taken on 02 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181217
title: Post-Typhoon Mawar Orthomosaic – Hagatna, Guam

description: This orthomosaic was created from 1974 images taken on 27 May 2023, at 400 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181218
title: Post-Typhoon Mawar Orthomosaic – Hagatna, Guam

description: This orthomosaic was created from 1974 images taken on 27 May 2023, at 400 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181021
title: Post-Typhoon Mawar Orthomosaic - Astumbo, Guam

description: This orthomosaic was created from 1208 images taken on 08 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181022
title: Post-Typhoon Mawar Orthomosaic - Astumbo, Guam

description: This orthomosaic was created from 1208 images taken on 08 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181049
title: Post-Typhoon Mawar Orthomosaic – Dededo2A, Guam

description: This orthomosaic was created from 482 images taken on 02 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181050
title: Post-Typhoon Mawar Orthomosaic – Dededo2A, Guam

description: This orthomosaic was created from 482 images taken on 02 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8180821
title: Post-Typhoon Mawar Orthomosaic - Okkodo, Guam

description: This orthomosaic was created from 595 images taken on 08 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization. The University of Guam Drone Corps (funded by NASA Guam Space Grant and NASA Guam EPSCoR) and the National Weather Service Guam retain all rights to the aerial imagery, including but not limited to copyrights and intellectual property rights. Any unauthorized modification, reproduction, or distribution of the imagery is strictly prohibited. By using this data, you acknowledge and agree to abide by the terms and conditions set forth in this disclaimer. Privacy Disclaimer: The aerial imagery captured for damage assessment may inadvertently include images of private property and individuals. While every effort has been made to respect privacy, it is possible that identifiable information or sensitive locations may be visible in the imagery. University of Guam Drone Corps and the National Weather Service Guam disclaim any responsibility for the unintentional collection or dissemination of such information. The recipient(s) of this imagery are urged to handle it with due care and take necessary precautions to protect the privacy rights of individuals and comply with applicable privacy laws and regulations.
DOI: 10.5281/zenodo.8180822
title: Post-Typhoon Mawar Orthomosaic - Okkodo, Guam

description: This orthomosaic was created from 595 images taken on 08 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization. The University of Guam Drone Corps (funded by NASA Guam Space Grant and NASA Guam EPSCoR) and the National Weather Service Guam retain all rights to the aerial imagery, including but not limited to copyrights and intellectual property rights. Any unauthorized modification, reproduction, or distribution of the imagery is strictly prohibited. By using this data, you acknowledge and agree to abide by the terms and conditions set forth in this disclaimer. Privacy Disclaimer: The aerial imagery captured for damage assessment may inadvertently include images of private property and individuals. While every effort has been made to respect privacy, it is possible that identifiable information or sensitive locations may be visible in the imagery. University of Guam Drone Corps and the National Weather Service Guam disclaim any responsibility for the unintentional collection or dissemination of such information. The recipient(s) of this imagery are urged to handle it with due care and take necessary precautions to protect the privacy rights of individuals and comply with applicable privacy laws and regulations.
DOI: 10.5281/zenodo.8180873
title: Post-Typhoon Mawar Orthomosaic - Okkodo, Guam

description: This orthomosaic was created from 595 images taken on 08 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization. The University of Guam Drone Corps (funded by NASA Guam Space Grant and NASA Guam EPSCoR) and the National Weather Service Guam retain all rights to the aerial imagery, including but not limited to copyrights and intellectual property rights. Any unauthorized modification, reproduction, or distribution of the imagery is strictly prohibited. By using this data, you acknowledge and agree to abide by the terms and conditions set forth in this disclaimer. Privacy Disclaimer: The aerial imagery captured for damage assessment may inadvertently include images of private property and individuals. While every effort has been made to respect privacy, it is possible that identifiable information or sensitive locations may be visible in the imagery. University of Guam Drone Corps and the National Weather Service Guam disclaim any responsibility for the unintentional collection or dissemination of such information. The recipient(s) of this imagery are urged to handle it with due care and take necessary precautions to protect the privacy rights of individuals and comply with applicable privacy laws and regulations.
DOI: 10.5281/zenodo.8181094
title: Post-Typhoon Mawar Orthomosaic – Pago Bay, Guam

description: This orthomosaic was created from 372 images taken on 07 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181095
title: Post-Typhoon Mawar Orthomosaic – Pago Bay, Guam

description: This orthomosaic was created from 372 images taken on 07 June 2023, at 699 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181215
title: Post-Typhoon Mawar Orthomosaic – Piti, Guam

description: This orthomosaic was created from 1661 images taken on 05 June 2023, at 800 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.
DOI: 10.5281/zenodo.8181216
title: Post-Typhoon Mawar Orthomosaic – Piti, Guam

description: This orthomosaic was created from 1661 images taken on 05 June 2023, at 800 ft AGL, with a DJI P1 Sensor mounted to a DJI Matrice 300 UAV. The mission was planned using the UGCS application and post-processed using DroneDeploy. The following aerial imagery is intended solely for the purpose of assessing damages to the natural and built environment associated with Typhoon Mawar. Typhoon Mawar's closest approach to Guam was 24 May 2023. It is strictly prohibited to distribute this imagery to any unauthorized individuals or third-party entities without prior authorization.