CITY OF MOUNTAIN VIEW
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1 CITY OF MOUNTAIN VIEW Incorporate Climate Change Adaptation in Municipal Scale, Urban Watershed Planning at the City of Mountain View Raymond Wong, PhD, PE, LEED AP Lisa Au, PE Floodplain Management Association Conference September 7,
2 CITY OF MOUNTAIN VIEW 2
3 CITY OF MOUNTAIN VIEW Mountain View City: 12 square miles 75,000 residents Mountain View Watersheds: Urbanized watershed Permanente Creek Stevens Creek Adobe Creek (Palo Alto) San Francisco Bay 3
4 Shoreline Regional Park Community North Bayshore Area Palo Alto North Bayshore Area Mountain View Moffett Field NASA Ames Research Center 4
5 North Bayshore Area Water Bodies 5
6 North Bayshore Area Watershed Management Objectives Flood protection to businesses in North Bayshore Area 6
7 North Bayshore Area Watershed Management Objectives Landfill leachate collection for groundwater protection 7
8 North Bayshore Area Watershed Management Objectives Tidal marsh and wetland management Charleston Slough Coast Casey Detention Basin Mountain View Tidal Marsh Stevens Creek Tidal Marsh 8
9 North Bayshore Area Watershed Management Objectives Tidal marsh and wetland management Charleston Slough City Management Objectives Compliance with BCDC tidal marsh restoration permit requirement Maintain water supply to Sailing Lake Flood protection for the City and Palo Alto Flood Basin Palo Alto Flood Basin Sailing Lake 9
10 North Bayshore Area Watershed Management Objectives Future coastal flood risk 10
11 Shoreline Sea Level Rise Study Prepare technical analysis to evaluate and map SLR flooding (geotechnical, coastal, creeks, interior drainage) Identify flood protection improvement projects Estimate project cost Develop Capital Program 11
12 Shoreline Sea Level Rise Study Study Results Level of Sea Level Rise (SLR) from 2000 to 2067 Low SLR = 8 inches (1% still water level = 11.3 NAVD) High SLR = 31 inches (1% still water level = 13.2 NAVD) Three levels of protection for each project Low SLR Low SLR Plus foundation for future High SLR project High SLR Capital Program with 12 projects CIP Cost = $43 $57 million 12
13 Shoreline Sea Level Rise Study Capital Program 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 13
14 Implementation North Bayshore Precise Plan Land use planning considered future residual flood risk 14
15 Implementation South Bay Salt Pond Restoration Project 15
16 Implementation South Bay Salt Pond Restoration Project (City, CSCC, USFWS) 10 Sailing Lake Pump Station 2 Coast Casey Levee Palo Alto Flood Basin 9 Sailing Lake Access Road Charleston Slough Sailing Lake 3 Erosion Protection Pond A1 Permanente Creek 3 Erosion Protection Pond A2W Stevens Creek 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 16
17 Implementation Stevens Creek Levee Project (City, SCVWD) 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 17
18 Implementation Permanente Creek Flood Protection Project (SCVWD) 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 18
19 Implementation Charleston Slough Tidal Marsh Restoration (City) Restoration Water Supply Flood Protection 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 19
20 Implementation Palo Alto Flood Basin (City, Palo Alto, SFCJPA, SCVWD) 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 20
21 Shoreline Sea Level Rise Study Capital Program 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 21
22 Upstream Watershed Management Objectives Urbanization encroachment into creek floodplains Capacity limitations in Permanente and Stevens Creek Lack of drainage system at the upper watershed Cross pipe (bubble up) system in downtown area Aging urban drainage system with capacity bottlenecks Water quality 22
23 Storm Water Master Plan Existing flood risk evaluation needs Green infrastructure Future vulnerability Detail creek analysis Interior drainage coupling Sea Level Rise scenarios Precipitation change scenarios 23
24 North Bayshore Area Water Bodies 24
25 Moving Forward Regional collaboration Sea Level Rise projection Policies Anticipated flood risk management needed vs funding How safe is safe enough: Manage residual flood risk 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 25
26 Thank You! Contact Information Raymond Wong Lisa Au
27 City of Mountain View 27
28 City of Mountain View Supplemental Information 28
29 Shoreline Sea Level Rise Study Detail CIP Project Maps 1. Charleston Slough and Palo Alto Flood Basin Levee (approx. 6,600 ) Potential Palo Alto Flood Basin Levee Alternative Alignment (approx. 16,000 ) 11. Charleston Slough Tide Gates Palo Alto Flood Basin Charleston Slough 29
30 Shoreline Sea Level Rise Study Detail CIP Project Maps 1. Charleston Slough and Palo Alto Flood Basin Levee 2. Coast Casey North Levee 7. Coast Casey Pump Station 9. Sailing Lake Access Road 10. Sailing Lake Intake Pump Station Modification 4. Lower Permanente Creek Levee and Floodwall 8. Lower Permanente Creek Storm Drain 30
31 Shoreline Sea Level Rise Study Detail CIP Project Maps 5. Golf Course Facilities High Ground Augmentation 6. Lower Stevens Creek Levee 31
32 Shoreline Sea Level Rise Study Flood Vulnerability 32
33 Project Implementation Timeline
34 Shoreline Sea Level Rise Study Comparison of SLR Projections
35 Shoreline Sea Level Rise Study Design Criteria Fluvial
36 Implementation Palo Alto Flood Basin (City, Palo Alto, SFCJPA, SCVWD) 1.Charleston Slough and Palo Alto Flood Basin Levee 2.Coast Casey North Levee 3.Landfill Erosion Protection 4.Lower Permanente Creek Levee and Floodwall 5.Golf Course Facilities High Ground Augmentation 6.Lower Stevens Creek Levee 7.Coast Casey Pump Station 8.Lower Permanente Creek Storm Drain 9.Sailing Lake Access Road 10.Sailing Lake Intake Pump Station Modification 11.Charleston Slough Tide Gates 12.Sea Level Rise Assessment 36
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