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- All Subjects: Pima County (Ariz.)
- Creators: Kimoto, Akitsu
- Creators: D'Alli, Richard
- Status: Published
The objective of this Technical Data Notebook is to provide 100-yr peak discharges at a Concentration Point for the Unnamed 02 and 03 Washes, 100-yr floodplain boundary and erosion hazard information, using the most up-to-date topographic, hydrologic, and hydraulic data. This is a local study and has not been submitted to FEMA.
The purpose of this study is to provide flood and erosion hazard information for the Geronimo Wash for use in floodplain use permitting and floodplain management.
The objective of the TDN and LOMR submission is provide regulatory discharge rates and floodplain limits along the Flecha Caida Wash using better topographic, hydrologic, and hydraulic data.
The purpose of this study is to provide flood and erosion hazard information for the Craycroft Wash for use in floodplain use permitting and floodplain management.
The purpose of this study is to provide flood and erosion hazard information for the Old Grandad Tank Wash for use in floodplain use permitting and floodplain management.
The purpose of this study is to provide flood and erosion hazard information for the Wentworth Wash for use in floodplain use permitting and floodplain management.
The purpose of this study is to provide flood and erosion hazard information for Castle Wash for use in floodplain use permitting and floodplain management.
This Technical Data notebook has been prepared for a Letter of Map Revision application for a portion of the Roger Wash located in Pima County, Arizona. The objective of the TDN and LOMR submission is to provide regulatory discharge rates and floodplain limits along the Roger Wash using better topographic, hydrologic, and hydraulic data.
This Technical Data notebook has been prepared for a Letter of Map Revision application for a portion of the Sweetwater Wash located in Pima County, Arizona. The objective of the TDN and LOMR submission is provide regulatory discharge rates and floodplain limits along the Sweetwater Wash using better topographic, hydrologic, and hydraulic data.