Impacts of Downed Trees on hydrologic surface connectivity within the Mission River floodplain in Southeast Texas

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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371 to 380 of 821 Results

Roughness_Patches.zip Jun 9, 2020 - Hydrodynamic Model Input Data Shapefile as ZIP Archive - 12.5 MB - MD5: fd47ebc9c1c5929ac8b33a87ac87bf8a Generated from all downed trees (N=9505) throughout the study area. All digitized downed trees have their boundaries extended by 2.0 meters and have their geometries merged together using the ArcGIS Desktop 10.5® Dissolve function. Values of Manning’s n vary for each scenario and...
Flow Inundation Extents: Baseline Roughness Scenario Jun 9, 2020 - Roughness Scenarios FLUD Research Group, 2020, "Flow Inundation Extents: Baseline Roughness Scenario", https://doi.org/10.18738/T8/KBN60V, 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 241.2 KB - MD5: 3308f388d3e84d910f2ddc96fc57f276 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 66.2 KB - MD5: c02d5809f39798c929ba5c35c97d49fc 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 238.3 KB - MD5: a9906fe087d27fe5fbe8fe412a45fcb5 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 220.3 KB - MD5: dbff4ca547e0bdd011d765816b3511db 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 225.2 KB - MD5: e3201190ab7532cfea4006639673ae3c 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 247.8 KB - MD5: 69afb61001458b36c874b84b0a309524 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 283.4 KB - MD5: 62b6733b3a3c06d03f44cc9fae11ebae 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: Baseline Roughness Scenario Shapefile as ZIP Archive - 315.9 KB - MD5: 1271d7867ddb1e591c330dc531b7d1ed Polygon shapefile of connected inundation extents that are associated to a flow stage of 11.50m.

Roughness_Patches.zip

Jun 9, 2020 - Hydrodynamic Model Input Data

Shapefile as ZIP Archive - 12.5 MB -

Generated from all downed trees (N=9505) throughout the study area. All digitized downed trees have their boundaries extended by 2.0 meters and have their geometries merged together using the ArcGIS Desktop 10.5® Dissolve function. Values of Manning’s n vary for each scenario and...

Flow Inundation Extents: Baseline Roughness Scenario

Jun 9, 2020 - Roughness Scenarios

FLUD Research Group, 2020, "Flow Inundation Extents: Baseline Roughness Scenario", https://doi.org/10.18738/T8/KBN60V, 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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 241.2 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 66.2 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 238.3 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 220.3 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 225.2 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 247.8 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 283.4 KB -

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: Baseline Roughness Scenario

Shapefile as ZIP Archive - 315.9 KB -

Polygon shapefile of connected inundation extents that are associated to a flow stage of 11.50m.

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