This dataverse includes datasets as a result of NSF RAPID Award #1760717 that covers the ecological role and impact of downed trees on hydrologic surface connectivity within the Mission River floodplain.

There are two dataverses that have data inputs and products related to Objectives 1 and 2. These are:

Objective 1: Environmental Analyses

Objective 2: Roughness Scenarios

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551 to 560 of 819 Results
Stage_975.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +25% Roughness Scenario
Shapefile as ZIP Archive - 230.7 KB - MD5: 337eb3314b0867e65b5867716e3de136
Polygon shapefile of connected inundation extents that are associated to a flow stage of 9.75m.
Flow Inundation Extents: Landcover +50% Roughness Scenario
Jun 9, 2020 - Roughness Scenarios
FLUD Research Group, 2020, "Flow Inundation Extents: Landcover +50% Roughness Scenario", https://doi.org/10.18738/T8/AQL6EC, Texas Data Repository, V1
Polygon shapefiles that represent flow inundation extents. These extents are derived from water surface elevations from the HEC-RAS 5.0.7 2D hydrodynamic model (Brunner, 2016), and associated with flow stages (1.0 – 11.63m) at 0.25m interval (N=44). These flow stages were output...
Stage_1000.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 245.4 KB - MD5: 1df59da2af492cac89fa59bf69b4d00c
Polygon shapefile of connected inundation extents that are associated to a flow stage of 10.00m.
Stage_100.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 66.3 KB - MD5: 3cc9dc82c4092cbcb3ef6e01962b0659
Polygon shapefile of connected inundation extents that are associated to a flow stage of 1.00m.
Stage_1025.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 313.9 KB - MD5: e03671ef34973cca7570ab54a5f3b26d
Polygon shapefile of connected inundation extents that are associated to a flow stage of 10.25m.
Stage_1050.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 288.5 KB - MD5: f10cf0f4c55129e651a05b51a942dd95
Polygon shapefile of connected inundation extents that are associated to a flow stage of 10.50m.
Stage_1075.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 373.7 KB - MD5: bd0e4e0691fc3b4327b89a8b8164e5ef
Polygon shapefile of connected inundation extents that are associated to a flow stage of 10.75m.
Stage_1100.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 431.3 KB - MD5: 550c6d885cbefd28edc056c03680adad
Polygon shapefile of connected inundation extents that are associated to a flow stage of 11.00m.
Stage_1125.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 526.2 KB - MD5: eb6fcd77dde322c12a50c1a1db9be857
Polygon shapefile of connected inundation extents that are associated to a flow stage of 11.25m.
Stage_1150.zip
Jun 9, 2020 - Flow Inundation Extents: Landcover +50% Roughness Scenario
Shapefile as ZIP Archive - 663.5 KB - MD5: b99d4c20be6d5417e281e4b1b8539bfb
Polygon shapefile of connected inundation extents that are associated to a flow stage of 11.50m.
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