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Moving Toward a Fire Resilient California Dr. Glenda Humiston April 16, 2019 Strategies to Deliver a Triple-Bottom-Line

Moving Toward a Fire Resilient California

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Page 1: Moving Toward a Fire Resilient California

Moving Toward a Fire Resilient

California

Dr. Glenda HumistonApril 16, 2019

Strategies to Deliver a Triple-Bottom-Line

Page 2: Moving Toward a Fire Resilient California

sustainable, safe, and nutritious food production and delivery

economic success in a global economy a sustainable, healthy, and productive

environment science literacy and youth development

programs

Engage UC with the people of California to achieve innovation in fundamental and applied research and education that supports:

Our Mission:

Page 3: Moving Toward a Fire Resilient California

State & federal agencies, local governments, utilities, & various stakeholders coordinating emergency actions to address extreme tree mortality from years of unprecedented drought and bark beetle infestations.

http://egis.fire.ca.gov/TreeMortalityViewer/

Page 4: Moving Toward a Fire Resilient California

“Newsom cites McClatchy fire report, advocates for retrofitting”

• How where we live will change

• ‘The weakest link’: Why your house may burn while your neighbor’s survives the next wildfire

• These California communities could be the next Paradise. Our state wants to burn. It’s the California way to forget

• Destined to Burn collaboration: Why we did it

• What’s the wildfire risk in your community?

www.sacbee.com/news/state/

california/fires/article2284754

64.html#storylink=cpy

Page 5: Moving Toward a Fire Resilient California
Page 6: Moving Toward a Fire Resilient California
Page 7: Moving Toward a Fire Resilient California

Wood has less carbon footprint than other common building materials and outperforms concrete and steel in terms of embodied energy, greenhouse gas emissions and air and water pollution.

Published on January 21, 2013 in Construction Materials

Wood is the only

structural building

material with third-

party certification

systems to verify

products have come

from a sustainably

managed resource.

Page 8: Moving Toward a Fire Resilient California

Healthy watersheds could produce 9–16% more water for California.

“Effect of forest management on water yields and other ecosystem services in Sierra Nevada forests”.

UCM: Roger Bales UCB AES Faculty: Kevin O’HaraUCCE Specialist: Bill Stewart UCCE Advisor: Susan Kocher

http://ucanr.edu/sites/cff/files/146199.pdf

20-30% snowpack storage to be lost with 3 degrees

temperature increase.

Page 9: Moving Toward a Fire Resilient California

Building a Biomass Supply Chain

MANUFACTURING

MARKETS

DISTRIBUTION

PRELIMINARY PROCESSING

RESEARCH

Page 10: Moving Toward a Fire Resilient California

Reduce risk from fire

Improve wildlife habitat

Expand water production

Enhance recreation opportunities

Create jobs throughout California

Expand economic development opportunities

Sequester carbon – reducing climate change

Advanced wood buildings are more energy efficient, safer in earthquakes and fires

Page 11: Moving Toward a Fire Resilient California

STRATEGIES AND ACTIONS • Remove Barriers to Market and Create

Pathways for Success • Promote Innovation • Invest in Human Capital

ORGANIZING BODIES • Rural Economic Development Committee • Joint Institute for Wood Products Innovation • Cross Strategy Pilot Projects

WOOD PRODUCTS SUMMIT

SITE REDEVELOPMENT AND WOOD PRODUCTS MANUFACTURING

CALIFORNIA MASS TIMBER BUILDING COMPETITION

WOOD PRODUCTS TRAINING AND WORKFORCE DEVELOPMENThttp://resources.ca.gov/wp-content/uploads/2014/07/Wood-Products-Recommendations.pdf

California Senate Bill 859

Page 12: Moving Toward a Fire Resilient California

July 2016: Brock Commons Student Residence is an

innovative mass timber hybrid structure at University of

British Columbia. www.woodworks.org

Many Products Within “Mass Timber”

Page 13: Moving Toward a Fire Resilient California

Project savings using CLT ≈ 15% vs. conventional building materials

Cross-laminated timber (CLT) is a large-scale, prefabricated, solid engineered wood panel.

Lightweight & strong, with superior acoustic, fire, seismic, & thermal performance, CLT is also fast & easy to install, generating almost no waste onsite.

Construction is ≈ 30% faster than similar steel-&-concrete structure

Page 14: Moving Toward a Fire Resilient California

Opportunity: Cellulosic Nanomaterials (CNC)Renewable Stronger Lighter Cheaper

SOURCE: USFS Forest Products Laboratory

Tensile strength of CNC compared to:

Page 15: Moving Toward a Fire Resilient California

Siskiyou County is partnering with US Forest Service and several private sector partners on three applications:

As a additive to improve structural characteristics of concrete.

As coating for fruit pallets to extend usable life of wood pallets.

Additives for bridge coverings and tennis courts (concrete and/or asphalt).

Adding nanocellulose material to cement makes concrete about 22% stronger, lighter and more elastic. And, carbon is sequestered!

Page 16: Moving Toward a Fire Resilient California

Value Chain Logistics (Sites, Transportation, Processing Facilities) Business Structures

Financing Public–Private Partnership, Government Programs, Private Investment Market Assessment of Various Biomass Uses

Workforce Development Permitting, Regulatory & Legislative Community Engagement & Public Relations

Forest Resiliency, Environment, & Economic Development (FREED)

Page 17: Moving Toward a Fire Resilient California

Leverage resources and experts within the UC system to rapidly expand use of advanced wood products in future campus construction projects

UC System as Market Driver “…establish guidelines that encourage

use of cost-effective building materials with lower lifecycle GHG emissions for new State-owned and/or state-occupied buildings.” SB859 Report Recommendation

President Napolitano’s climate change goal: “UC to be Carbon Neutral by 2025”

Page 18: Moving Toward a Fire Resilient California

• Biomass Development • developing a next-generation forest products industry • innovative community college workforce development

• Broadband Connectivity • connect the numerous broadband-related efforts • deploy internet-of-things in agriculture, tourism, etc. • communicate importance of broadband infrastructure

• Water Infrastructure • provide technical support & align efforts with statewide work

on ecosystem services & integrated watershed management• explore innovative ways to finance the drinking water and

water treatment infrastructure

“Elevate Rural California” Support targeted workforce and economic development activities:

Page 19: Moving Toward a Fire Resilient California

Tokyo to Build World’s Tallest Timber Towerwww.cnn.com/style/article/wooden-skyscrapers-timber-trend...fire.../index.html

02-19-2018: Sumitomo Forestry will construct a 1,148-feet-tall timber skyscraper, to be completed in 2041, to mark the 350th anniversary of the business that year. The tower will cost an estimated 600 billion yen ($5.6 billion) to build.

The 70-story tower will be a hybrid structure made from 90% wooden materials. A steel vibration-control framework will underpin the design --an important feature in a city where earthquakes are frequent.

Page 20: Moving Toward a Fire Resilient California
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Glenda HumistonVice President, Agriculture & Natural Resources

University of [email protected]

510-987-0716http://ucanr.edu/