ACWQ Austin Canopy Water Quality Progress Report Austin
- Slides: 26
ACWQ Austin Canopy & Water Quality Progress Report: Austin Tree. Canopy Resource, Phase II Urban Forestry Program and Urban Forestry Board, City of Austin, Texas Spring 2012, Geography 4427, Texas State University April 2, 2012
Team Members Ashley Zavala Ø Project Manager, GIS Analyst, and &Webmaster Lowell Ø GIS Hughes Analyst and Remote Sensing Analyst Eli Pruitt Ø GIS Analyst, Editor, &Webmaster
Purpose Statement To update the City of Austin Urban Forestry Program on the progress of Austin Canopy and Water Quality towards the completion of the Austin Tree-Canopy Resource, Phase II Project.
Background The City of Austin’s Urban Forestry Program approached ACWQ seeking information about the relationship between tree canopy and the water quality of creeks within the greater Austin area.
Project Description The objective of ACWQ is to determine the percentage of tree canopy coverage within the stream reach buffers. Create a tool Time permitting, clip datasets
Work Completed Initial Research Table 1 Distribution of tree canopy coverage We have determined stream flow direction We have established a website template
Data Table Data Set Source Tree Canopy City of Austin (COA) Watershed City of Austin (COA) Streams & Creeks City of Austin (COA) County Lines City of Austin (COA) City boundary City of Austin (COA) Digital Elevation Model (DEM) City of Austin (COA) Water Quality Data Sampling Sites City of Austin (COA) EII REACH Watersheds COA Urban Forestry Program Soil Type USDA Natural Resources Conservation Services Habitat (Eco Regions) Texas Parks & Wildlife (TPWD) Hydrology Texas Parks & Wildlife (TPWD) Impervious Cover United States Geological Survey (USGS) National Hydrography Dataset United States Geological Survey (USGS) Table 1. Data sets and their source
Stream Flow Direction Model Table 2. Stream Flow Direction Model
Buffered Canopy Model Table 3. Buffered Canopy Model
Figure 1 A. Tree Canopy Located in Study Area
Figure 1. Tree Canopy Located within Stream Buffer
Figure 2. City Limits
Figure 3. Tree Canopy Located Within Watershed
Figure 4. Stream Flow Direction
Figure 5. Impervious Cover Within Watershed
Figure 6. Land Cover Within Watershed
Figure 7. Natural Ecological Regions
Figure 8. Soil Type
Figure 9. Vegetative Cover
Work in Progress Locating datasets Develop a stream network Organizing water quality data Reviewing USGS National Hydrography Dataset Website development
Problems Locating datasets Stream Network Stream- unique identifying feature Stream Buffer extent How far upstream USGS sampling sites or COA sampling sites provided
Work To Be Completed Locating datasets Develop a stream network Organizing water quality data Reviewing USGS National Hydrography Dataset Complete the website Delineate sub-watersheds Clip all datasets Revisit research-isolate a connection between tree/tree canopy and water quality Complete all final deliverables
Proposed Timeline
Current Timeline
Summary Overall the progress of the team has slowed as further clarification is needed on several issues. Once feedback is provided, the team is confident that we will be able to move forward and complete the project by the May 4 th deadline.
Questions?
- Acwq
- Project progress status
- Water and water and water water
- Physical progress and financial progress
- Lets test your knowledge
- How to report project progress
- Ecd progress report
- How to make presentation for final year project
- Yale dissertation progress report
- Memo to supervisor
- Mpr report
- Example of progress report in technical writing
- Progress report for internship
- Growing success
- Tceq p2 annual progress report
- Seo progress report
- Progress report example
- Crf reporter
- Austin water conservation
- Medicina upap
- Rainforest front cover
- Canopy radio system
- Canopy radio system
- Parts of a parachute canopy
- Emergent canopy understory forest floor
- Miniso sunlit ricefield
- Enthought canopy review