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71 to 80 of 3,752 Results

trait -scores_all.xlsx Jun 12, 2026 - Replication Data for: Applicability of Handheld Laser Scanning for Nonmetric Skeletal Assessment in Biological Profile Estimation Tabular Data - 16.9 KB - 131 Variables, 54 Observations - UNF:6:OcihuI4fJXpwNtArsgwYeg== All of participants' scores for the physical assessment
trait -scores-physical_virtual.xlsx Jun 12, 2026 - Replication Data for: Applicability of Handheld Laser Scanning for Nonmetric Skeletal Assessment in Biological Profile Estimation Tabular Data - 17.3 KB - 131 Variables, 53 Observations - UNF:6:msZmtEMCmh24AhYtKbH9vA== A subset of participants' scores for the physical assessment and all corresponding scores for the virtual assessment
Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight May 21, 2026 Moghaddame-Jafari, Bahman, 2026, "Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight", https://doi.org/10.13021/ORC2020/ZZY1LT, George Mason University Dataverse, V1 This dataset contains geospatial model outputs representing coastal flood exposure associated with Hurricane Irene under two scenarios: (1) present-day conditions and (2) a sea-level rise (SLR) scenario of +1.3 m. The data are provided as polygon shapefiles derived from hydrodynamic modeling results and represent spatial extents of exposed or inund...
model_output_Irene_SeaLevelRise0p0.zip May 21, 2026 - Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight Shapefile as ZIP Archive - 73.5 MB - MD5: f4b8405e2f6937b769993abe8166ce31 Baseline flood exposure shapefile for Hurricane Irene under present-day sea-level conditions (0.0 m SLR). Polygon features represent areas identified as exposed or inundated based on model-derived water levels. Provided as a zipped ESRI shapefile including all required components (.shp, .shx, .dbf, .prj).
model_output_Irene_SeaLevelRise1p3.zip May 21, 2026 - Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight Shapefile as ZIP Archive - 147.2 MB - MD5: ea6e238823a580cb652b3735ebddee95 Flood exposure shapefile for Hurricane Irene under a +1.3 m sea-level rise scenario. Polygon features represent areas identified as exposed or inundated based on model-derived water levels adjusted for SLR. Provided as a zipped ESRI shapefile including all required components (.shp, .shx, .dbf, .prj).
Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization May 4, 2026 Veronez, Diana; de Lima, Andre de Souza; Ferreira, Celso, 2026, "Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization", https://doi.org/10.13021/ORC2020/KGGXKL, George Mason University Dataverse, V1 This dataset supports an integrated framework that combines two-dimensional flood modeling, participatory mapping, and a spatial integration approach to identify areas where modeled flood exposure intersects with community perceptions to prioritize management strategies in a coastal–urban community in Maryland
asset_information.zip May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization Shapefile as ZIP Archive - 8.3 KB - MD5: 9050e26997edc9faf482b81a892f68a7
City_boundaries.zip May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization Shapefile as ZIP Archive - 22.7 KB - MD5: 6fff9c06a810976d4969a2261bf3ec8f
Cypress_Park_boundaries.zip May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization Shapefile as ZIP Archive - 5.3 KB - MD5: c0463fbb1f0bc2ae01bfbd479f291f85
DEM_Digital_Elevation_model.zip May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization Shapefile as ZIP Archive - 5.0 MB - MD5: c801ad23268217b096c98fc84b964ba1

trait -scores_all.xlsx

Jun 12, 2026 - Replication Data for: Applicability of Handheld Laser Scanning for Nonmetric Skeletal Assessment in Biological Profile Estimation

Tabular Data - 16.9 KB - 131 Variables, 54 Observations -

All of participants' scores for the physical assessment

trait -scores-physical_virtual.xlsx

Jun 12, 2026 - Replication Data for: Applicability of Handheld Laser Scanning for Nonmetric Skeletal Assessment in Biological Profile Estimation

Tabular Data - 17.3 KB - 131 Variables, 53 Observations -

A subset of participants' scores for the physical assessment and all corresponding scores for the virtual assessment

Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight

May 21, 2026

Moghaddame-Jafari, Bahman, 2026, "Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight", https://doi.org/10.13021/ORC2020/ZZY1LT, George Mason University Dataverse, V1

This dataset contains geospatial model outputs representing coastal flood exposure associated with Hurricane Irene under two scenarios: (1) present-day conditions and (2) a sea-level rise (SLR) scenario of +1.3 m. The data are provided as polygon shapefiles derived from hydrodynamic modeling results and represent spatial extents of exposed or inund...

model_output_Irene_SeaLevelRise0p0.zip

May 21, 2026 - Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight

Shapefile as ZIP Archive - 73.5 MB -

Baseline flood exposure shapefile for Hurricane Irene under present-day sea-level conditions (0.0 m SLR). Polygon features represent areas identified as exposed or inundated based on model-derived water levels. Provided as a zipped ESRI shapefile including all required components (.shp, .shx, .dbf, .prj).

model_output_Irene_SeaLevelRise1p3.zip

May 21, 2026 - Exposure of Coastal Protected Areas to Storm Surge and Sea Level Rise in the United States Mid-Atlantic Bight

Shapefile as ZIP Archive - 147.2 MB -

Flood exposure shapefile for Hurricane Irene under a +1.3 m sea-level rise scenario. Polygon features represent areas identified as exposed or inundated based on model-derived water levels adjusted for SLR. Provided as a zipped ESRI shapefile including all required components (.shp, .shx, .dbf, .prj).

Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization

May 4, 2026

Veronez, Diana; de Lima, Andre de Souza; Ferreira, Celso, 2026, "Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization", https://doi.org/10.13021/ORC2020/KGGXKL, George Mason University Dataverse, V1

This dataset supports an integrated framework that combines two-dimensional flood modeling, participatory mapping, and a spatial integration approach to identify areas where modeled flood exposure intersects with community perceptions to prioritize management strategies in a coastal–urban community in Maryland

asset_information.zip

May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization

Shapefile as ZIP Archive - 8.3 KB -

City_boundaries.zip

May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization

Shapefile as ZIP Archive - 22.7 KB -

Cypress_Park_boundaries.zip

May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization

Shapefile as ZIP Archive - 5.3 KB -

DEM_Digital_Elevation_model.zip

May 4, 2026 - Data for: Integrated flood risk management: combining numerical modeling and community perceptions to inform strategy prioritization

Shapefile as ZIP Archive - 5.0 MB -

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