Initiatives

Explore our Initiatives and Priorities

Use the slider below to navigate through our current Initiatives & Priorities.
Click Read More to learn about the details of our efforts and commitments.

Transforming Transportation

Across our entire region everyone should have access to a range of affordable, low carbon transportation choices that improve public health and enhance air quality, increase mobility and access, and boost local economies. Through partnerships, public policy, and strategic investments involving our governments, utilities, businesses, and residents we are creating market transformation in the way we move people and goods.

Highlights

Low Carbon Transportation Vision and Roadmap

As a region, we have matched out partners’ commitment to a low-carbon transportation future with a plan of action. Our vision and roadmap describe the policies, programs, and partnerships that our cities, states, and province will pursue to rapidly transform markets, infrastructure, and behaviors to reduce emissions from the transportation sector. Through these efforts, we will increase use of all low-carbon mobility options, including zero-emission passenger vehicles and transit, ride-sharing, biking, and walking—as well as create land use and development patterns that expand mobility choices. We must also focus on goods transportation, including low-carbon technologies and infrastructure for medium- and heavy-duty vehicles and support new innovative new technologies and options that emerge

Urban Mobility

Vibrant and sustainable West Coast cities continue to attract people, companies, and investments. The PCC is working to increase the quality of urban life and reduce emissions by advancing transportation and land use policies that promote equitable and accessible mobility options like walking, cycling, transit, rideshare, and improved system connectivity.

ZEV Infrastructure

We are working together to provide residents with access to a convenient and predictable transportation experience from the beaches of Southern California to the forests of British Columbia and from rural areas to urban downtowns. Building on our history of collaboration to develop the West Coast Electric Highway, which provides DC fast charging for electric vehicles every 25 to 50 miles along major regional highways and interstates, we are building a comprehensive Pacific Coast charging network along major corridors and accelerating the deployment of residential, workplace, and public charging in cities, towns, and regional destinations. We are actively collaborating on interoperable charging technologies, a consistent user experience, and aligned infrastructure investments.

Zero-emission Vehicle Fleets

PCC partners are leading by example to accelerate the transition to zero-emission vehicles through fleets purchases of electric and hydrogen passenger cars, transit buses, medium and heavy duty trucks, and non-road equipment. Through West Coast Electric Fleets, we are also encouraging other fleets to make ambitious pledges to adopt zero-emission vehicles and supporting fleet managers and owners as they make this transition, including through a resource library and navigator to key guidance, case studies, and webinars. We seek out opportunities to pool our regional purchasing power to lower the cost of vehicles and infrastructure through bulk purchasing.

Low Carbon Fuels

British Columbia, California, and Oregon have low carbon fuel programs in place that are stimulating market demand for low carbon-intensity fuels, helping to meet the region’s goal of 80% greenhouse gas reduction by 2050. Together, these jurisdictions are collaborating on best practices for program design and implementation, and policy alignment to create an integrated West Coast market for cleaner, lower carbon fuels.

Decarbonizing Buildings

The building sector is the largest user of energy in the United States, accounting for roughly 40 percent of total energy consumption. Energy efficiency in buildings, technology, and appliances is the lowest cost way to reduce greenhouse gas emissions while creating local jobs. Accelerating markets for zero-carbon building technologies and practices creates new economic opportunities while improving comfort, productivity and resiliency for building occupants. We are transforming the market for energy efficiency and leading the way to zero carbon buildings.

Highlights

Thermal Decarbonization

To achieve deep decarbonization goals by mid-century, Pacific Coast states, cities, and the province of British Columbia need to significantly reduce greenhouse gas emissions from heating and cooling in buildings. This includes avoiding near-term steps that lock in fuels and technologies that will cause us to miss long-range goals even as these steps may reduce emissions in the near term. Together, we are identifying key technologies and policy pathways and principles to guide our work of thermal decarbonization.

Building Energy Benchmarking and Transparency

We aim to have at least 75% of eligible large building square footage on the Pacific Coast report energy data through harmonized, state, provincial, and/or city programs. Among the benefits of benchmarking and transparency of energy use in large buildings is the creation of a crucial foundation for long-term strategies to reduce energy use and greenhouse gas emissions. Cities along the West Coast have created benchmarking and transparency programs that serve as models for the entire region, including emerging efforts to leverage building data to drive building upgrades.

Energy Efficiency in Small and Medium-sized Cities

To bring the benefits of energy efficiency to our entire region–and increase opportunities for reducing energy use and greenhouse gas emissions–the PCC helps medium and smaller cities develop effective policies and programs for transforming energy use in the building sector. In collaboration with the Institute for Market Transformation, our partners helped develop and pilot a market scan [link: ] that these cities can use to assess energy efficiency opportunities and design programs.

Codes and Standards

Energy efficiency codes and standards represent the most cost-effective strategy to help families, businesses, and institutions reduce energy demand, consumption, and greenhouse gas emissions. Every year federal, state, and provincial codes and standards result in tens of thousands of petajoules of saved energy across in the Pacific Coast region. Through active technical coordination and leadership, PCC partners collaborate to advance energy efficiency standards, test procedures, and programs across the region. We also emphasize the role of building codes in making progress toward net-zero buildings and advancing progress in other sectors, such as charging infrastructure in buildings to support accelerated adoption of electric vehicles.

Transitioning to Clean Energy

Our region’s energy systems are among the cleanest in the world thanks to policy priorities like Renewable Portfolio Standards and investments in utility scale renewables. Demonstrating a clear preference for renewable energy sends powerful market signals reverberating throughout the U.S. economy and beyond. We are actively working toward a more integrated and modern regional electricity grid for cost-effective incorporation of renewables, reduced energy reserve margins, more efficient and cost-effective transmission planning, and ratepayer savings. Our renewable energy policies encourage technology development, open up new markets, create jobs and attract investment to our region.

Highlights

Grid Integration

Oregon and Washington are participating in discussions with California and other Western states about transitioning to a Western regional grid operator that would provide clean energy and other benefits to each state and the region, while respecting the energy policy preferences of each state and the needs and interests of non-participating utilities. This builds in part on the recent successful experience of the California Independent System Operator’s regional energy imbalance market that allows utilities from several states to trade energy in five minute increments to balance out supply and demand fluctuations, and that has saved costs and reduced greenhouse gas emissions. Promoting a more integrated and modern regional electricity grid and increasing opportunities for mutually beneficial cross-national energy sharing can improve system efficiencies and allow grid managers to draw on a broader and more diverse set of energy resources across the region to meet system needs, including the cost-effective integration of renewables.

Reducing Wasted Food

Between 25 to 40 percent of all food grown or imported into the U.S. and Canada for human consumption is never eaten, costing consumers and businesses $218 billion annually in the U.S., and $31 billion in Canada. The impact of food waste is felt not only in our landfills and our wallets, but also in its carbon footprint, amounting to 2.6 percent of U.S. greenhouse gas emissions. Preventing wasted food altogether, and promoting rescue and recovery efforts downstream holds significant potential to reduce greenhouse emissions on the West Coast. We are working together to reduce wasted food regionally through a combination of prevention, rescue, and recovery strategies.

Highlights

Regional Commitment: 50% Reduction by 2030

PCC partners—Washington, Oregon, California, British Columbia, Seattle, Portland, San Francisco, Oakland and Vancouver, British Columbia—have committed to a regional goal of halving food waste by 2030. Reaching that goal will require public and private sector efforts to prevent, rescue and recover wasted food, engagement from industries across the supply chain, and developing jurisdictional specific strategies, including prevention goals, that will reduce the amount of edible food that is wasted. Learn more about this commitment and strategies to reach it in this policy brief on reducing wasted food.

Food Retail and Brand Manufacturer Engagement

To effectively reduce wasted food, we need broader engagement and leadership from industry across the supply chain in addition to policy actions at the local, state and provincial level. The PCC invites leaders from the food product and retail industries to collaborate and convene with west coast jurisdictions to commit to reducing wasted food 50% by 2030, jointly create interim benchmarks to 2030 that address a full suite of options to measure, act and report on reducing wasted food across the supply chain, and work together to develop tools to support industry in meeting this goal and ensure meaningful measurement and waste prevention practices by food retailers and their suppliers.

Protecting Coastal Communities

Our work is not limited to growing new jobs, but also to preventing economic loss. The Pacific Coast experienced the earliest climate impacts in our oceans, with ocean acidification leading to devastating losses in the region’s shellfish industry. The PCC states, province, and cities are working together on a coordinated approach to ocean acidification monitoring and research, which has allowed our local seafood industry to adapt and recover. The region’s jurisdictions also formed the International Alliance to Combat Ocean Acidification, a network working together to elevate the issue of ocean acidification within international climate agreements and develop action plans to mitigate causes of acidification, adapt to unavoidable change, and build resiliency in marine ecosystems and the coastal communities.

Highlights

West Coast OAH Monitoring Network

In 2016, the Joint OAH Monitoring Task Force, a partnership of the Pacific Coast Collaborative (PCC) and federal Interagency Working Group on Ocean Acidification (IWG-OA), embarked on an undertaking to inventory the OAH monitoring infrastructure on the West Coast from California through Alaska. The collaboration sets the stage for an important gaps analysis: to develop a comprehensive list of OAH-relevant field research and monitoring efforts documenting chemical, physical, and biological trends all along the coast. This analysis will ultimately inform the design of a West Coast Integrated OAH Monitoring network and the subsequent strategic monitoring investments required to build it.

To collect this information the PCC and the IWG-OA called on the monitoring and research communities of the West Coast states, the province of British Columbia, and the state of Alaska, to contribute information to the inventory and help capture monitoring efforts that inform trends in OAH or its impacts on organisms or ecosystems. Thanks to the significant participation from the monitoring and research communities across the region, the inventory now contains over records from over 125 participants describing over 200 projects from the Arctic to Baja California, and everywhere in between.

OA Alliance

At current rate of greenhouse gas emissions, the oceans are on course to a 100 percent increase in acidity by later this century, with staggering economic implications to marine systems and coastal economies worldwide in an ocean with no boundaries. The PCC founded the International Alliance to Combat Ocean Acidification to address ocean acidification on a global scale. The Alliance has brought together cities, states, provinces, countries, Tribes, researchers, businesses and NGO’s – over 70 members – to share information on how they can enact policies to respond to local impacts of acidification and reduce local and global emissions to protect businesses, communities and the environment. Together, OA Alliance members are:

  • Pushing for inclusion of strong ocean protection provisions in international climate agreements and other relevant frameworks; and
  • Developing OA Action Plans that contain practicable steps to mitigate causes, adapt to unavoidable change and build resiliency in marine ecosystems and the coastal communities impacted by changing ocean conditions.

Putting a Price on Carbon

The Pacific Coast is already experiencing the devastating effects of climate change, from wildfires burning homes and threatening whole communities to drought hurting our farmers and ocean acidification rocking our shellfish industry. To curb dangerous greenhouse gas emissions and combat the effects of a changing climate, we are committed to accounting for the costs of carbon pollution in our jurisdictions and working nationally and globally to advance carbon pricing based on successful models. We are also coordinating as a region to address “super pollutants” – chemicals that have relatively short lifetimes in the atmosphere, but are powerful contributors to climate change.

Highlights

Successful Carbon Pricing Programs in British Columbia and California

British Columbia implemented a revenue-neutral carbon tax program in 2008. At its current price of $35 per tonne, it is among the highest carbon tax rates in the world, and yet the province’s GDP has remained at or above the Canadian national average. The tax rate will increase $5/tonne each year until it reaches $50 per tonne in 2021. California’s cap-and-trade program, active since 2013, has generated $6.5 billion in auction proceeds, thirty-five percent of which are reinvesting to benefit low-income and disadvantaged communities across the state.

Commitment to Addressing Super Pollutants

We are committed to establish a consistent approach to monitoring and reporting short-lived climate pollutant emissions, with ambition to set targets by 2020. Short-lived climate pollutants – “super pollutants” – are chemicals that have relatively short lifetimes in the atmosphere – from a few hours to a few decades – but are powerful contributors to climate change. These pollutants include black carbon, methane, fluorinated gases, and tropospheric ozone. With their relative potency, reducing emissions for short-lived pollutants could have significant benefits for combating global temperature rise. Many super pollutants also affect human health, agriculture, and ecosystems.

Creating a Low-Carbon and Resilient Economy

Since 2008, regional GDP has grown by 32 percent while total region-wide emissions have declined more than 6 percent. The states, cities, and province in the PCC continue to demonstrate that leading on climate policy and driving economic growth are not mutually exclusive: low carbon economies can thrive and lead the world in attracting investors, businesses, job-seekers, and residents. We also recognize that updating, improving and climate-proofing the Pacific Coast’s critical infrastructure offers significant opportunity for investment and innovative partnerships to drive the clean, modern, resilient and robust economy of the future. We are working together to collect data, conduct analysis, and communicate effective strategies for reducing carbon while spurring job growth and market transformation and strengthening our communities and local economies against the threat of climate change.

Highlights

Creating Clean Economy Jobs

On the Pacific Coast, we are accelerating job creation and investment in clean energy supply and energy efficiency, green buildings, clean transportation, and climate resiliency. We are showing that mitigating climate change and growing the economy go hand in hand. The 2015 West Coast Clean Economy report commissioned by the PCC, showed that, between 2010 and 2014, clean economy jobs within the region grew at a rate of 18.9 percent, more than twice as fast as jobs overall.

Strengthening Climate Resilience

Climate change has already caused unprecedented wildfires and intensified natural disasters on the Pacific Coast. Through our Declaration on Climate Resilience, we are committed to strengthening the resilience of our states, province, and local communities, including mobilizing public and private resources to increase community-level climate resilience, integrating resilience into jurisdiction-level policies, and collaborating on infrastructure finance.

Analyzing Regional Market Transformation

The only way we will achieve shared ambitious goals for decarbonizing the West Coast economy is by transforming entire economic sectors. We bring a regional perspective to analyzing market transformation, especially where our region is connected through shared infrastructure and markets. Our electricity systems, highway systems, and marine transportation networks are highly connected as are our markets and supply chains for fuels, vehicles, and a range of goods that rely on a stable climate. Working with topical experts, we analyze regional market potential in key areas like low carbon fuels to better understand the opportunities and impacts of regional action.

Tracking our Progress

We actively track our progress in creating the regional low-carbon economy of the future. As reflected in our current PCC Report Card, we are reducing emissions while our economy thrives. We are committed to sharing our progress and strategies for other cities, states, regions, and countries to follow.