SHORELINE MASTER PLAN

The Hayward Area Shoreline Planning Agency (HASPA) is preparing a Shoreline Master Plan to determine the policies and projects necessary to prepare for sea level rise along the Hayward Shoreline. The shoreline is home to critical infrastructure such as the City’s wastewater treatment plant, the eastern approach to the Hayward-San Mateo Bridge (State Route 92), and flood protection. The area also has many natural features such as marshlands and shoreline, along with residential neighborhoods, business parks, and recreational features such as the Bay Trail and the Hayward Shoreline Interpretive Center.

This grant-funded project will provide a suite of mitigation actions and policy recommendations to improve the City’s capacity to plan for, prepare for, mitigate against and adapt to sea level rise. The project will focus on protecting the City’s most important natural and community assets. HASPA is a joint powers authority consisting of the City, the Hayward Area Park and Recreation District (HARD), and the East Bay Regional Park District, was established in 1970 whose purpose is to coordinate agency planning activities and adopt and implement policies for the improvement of the Hayward Regional Shoreline for future generations.

Documents

Background Report (105 MB) – This report provides a project overview including history of the area and existing conditions.

Appendix A (58 MB) – This document includes the results of an online survey and stakeholder interviews.

June 14, 2019 Stakeholder Meeting - Presentation (96 MB)

July 11, 2019 HASPA Meeting – Presentation (32 MB)

October 10, 2019 HASPA Meeting - Presentation (11 MB)

Previous Studies

In 2010, HASPA completed a Preliminary Study of the Effect of Sea Level Rise on the Resources of the Hayward Shoreline. In 2011 through 2013, HASPA partnered with the Bay Conservation and Development Commission’s Adapting to Rising Tides (ART) Program to conduct a Resilience Study which further assesses vulnerabilities and identifies potential adaptation strategies.