Hind Foundation Networking

Protecting Old-Growth Redwood Forest

For Save the Redwoods League

In 2015, the Hind Foundation granted $150,000 to Save the Redwoods League in support of two significant initiatives, Peters Creek Old-Growth Forest and Boulder Creek Forest, that conserve 359 acres of some of the last remaining old-growth redwood forest in the Santa Cruz Mountains.

The acquisition of Peters Creek Old-Growth Forest includes a 145-acre property adjacent to Portola Redwoods State Park in San Mateo County. The property contains approximately 45 acres of impressive old-growth redwoods and 100 acres of younger mixed-age redwoods, a seasonal waterfall, and beautiful fern walls.

The conservation easement on Boulder Creek Forest includes a 214-acre property adjacent to Big Basin Redwoods State Park in Santa Cruz County.  This easement protects the old-growth redwood forest from the threat of logging, development, or subdivision.

Noteworthy Outcomes

  • Continuing a Legacy
    These projects are a continuation of the work the Save the Redwoods League has been doing to protect redwood forests in this area for more than 40 years.
  • Staying Natural
    These properties have been a top priority of the conservation community since the 1990’s. Given their proximity to the San Francisco metropolitan area, both properties had faced the very real risk of subdivision and development for estate homes.

Area of Funding: Plant & Wildlife Restoration
Type of Funding: Standard Grant
Amount Funded: $150,000
Year Funded: 2015
Year Completed: 2015

About the Organization
Save the Redwoods League
114 Sansome Street, Suite 1200
San Francisco, CA 94104
(415) 362-2352

Save the Redwoods League is dedicated to protecting the ancient redwood forests so all generations can experience the inspiration and majesty of redwoods. In 1850, there were nearly 2 million acres of ancient coast redwood forests in California. Today, less than 5 percent remains and faces threats from unsustainable logging practices, poorly planned development and global climate change.