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1 to 10 of 42 Results
Dec 30, 2019 - NSF-DDRI-1657739
Castillo, Cesar R, 2019, "TopologicalAlgebraic_GraphMetrics_ByEcolClass_ByQ", https://doi.org/10.18738/T8/1NPRLK, Texas Data Repository Dataverse, V1
Tables in CSV format of topological and algebraic graph metrics for the network induced by surface-water connections for a range of river discharges (Q). Patches within the soil- and vegetation-based land classifications that become inundated form the basis for constructing the n...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_Vertices_VegClass_ByQ", https://doi.org/10.18738/T8/SHYVRB, Texas Data Repository Dataverse, V1
Shapefiles of the vertices in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when vegetation patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as verti...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_Vertices_SoilClass_ByQ", https://doi.org/10.18738/T8/YYQAPA, Texas Data Repository Dataverse, V1
Shapefiles of the vertices in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when soil patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as vertices in...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_Edges_VegClass_ByQ", https://doi.org/10.18738/T8/7KFMLV, Texas Data Repository Dataverse, V1
Shapefiles of the edges in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when vegetation patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as vertices...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_Edges_SoilClass_ByQ", https://doi.org/10.18738/T8/NVD6HR, Texas Data Repository Dataverse, V1
Shapefiles of the edges in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when soil patches are used as the landscape patches. Portions of landscape patches that are inundated by surface water are represented as vertices in th...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_EdgeLists_VegClass_ByQ", https://doi.org/10.18738/T8/LWI2QW, Texas Data Repository Dataverse, V1
Comma-delimited textfiles of the attribute tables from the edge shapefiles in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when vegetation patches are used as the landscape patches. Portions of landscape patches that are inu...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Surface_Water_Connectivity_Network_EdgeLists_SoilClass_ByQ", https://doi.org/10.18738/T8/MCNXQW, Texas Data Repository Dataverse, V1
Comma-delimited textfiles of the attribute tables from the edge shapefiles in the spatial representation of the surface-water connectivity network for a given river discharge (Q) when soil patches are used as the landscape patches. Portions of landscape patches that are inundated...
Dec 30, 2019 - NSF-DDRI-1657739
Castillo, Cesar R, 2019, "Landscape_Patch_Connectivity_VegClass_ByQ", https://doi.org/10.18738/T8/WHWW5M, Texas Data Repository Dataverse, V1
Shapefiles of the vegetation-based landscape patches from the vegetation-based land classification that become connected to the river for a given river discharge (Q). The Q values considered span the historical record for Mission River and the Q in cubic-meters per second (cms) a...
Jun 26, 2020 - CastilloEtAl_ScaleFreeHydroConn
Castillo, Cesar R, 2020, "Landscape_Patch_Connectivity_VegClass_ByQ", https://doi.org/10.18738/T8/JJLLXX, Texas Data Repository Dataverse, V1
Shapefiles of the vegetation-based landscape patches from the vegetation-based land classification that become connected to the river for a given river discharge (Q). The Q values considered span the historical record for Mission River and the Q in cubic-meters per second (cms) a...
Dec 30, 2019 - NSF-DDRI-1657739
Castillo, Cesar R, 2019, "Landscape_Patch_Connectivity_SoilClass_ByQ", https://doi.org/10.18738/T8/0CLIQD, Texas Data Repository Dataverse, V1
Shapefile of the soil-based landscape patches from the soil-based land classification that are connected to the river for a given river discharge (Q). The Q values considered span the historical record for Mission River and the Q in cubic-meters per second (cms) associated with e...
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