King County 2010 Environmental Report Available Online

The King County Department of Natural Resources and Parks has published its 2010 annual report on Environmental Stewardship in King County.

Environmental Stewardship in King County, the 2010 Annual Report for King County Department of Natural Resources and Parks, describes the department, what it was tasked to do and what it accomplished in 2010. The report provides maps, facts and figures to convey the breadth of department responsibilities and includes overviews of executive initiatives, performance measures and results, and awards won by the department in 2010.

The 2010 Annual Report describes accomplishments by the department’s four divisions:

  • Wastewater Treatment;
  • Water and Land Resources;
  • Solid Waste, and
  • Parks and Recreation.

The report also outlines the 2010 achievements of the King County GIS Center, and includes an overview of finances for the department and its divisions.

Environmental Stewardship in King County, the Department of Natural Resources and Parks’ 2010 Annual Report, is available in PDF format, and is available in sections for faster download. To request a paper copy of this report, please call 206-296-6500.

Click here to download he full document  – Environmental Stewardship in King County, 2010 (6.5 Mb).

Becoming a Steward of Puget Sound

By Cate White, MPA Earth Systems Science, Policy & Management & Coordinating Council Member, Sustainable West Seattle


Puget Sound is sick. Polluted runoff from sealed surfaces like paved streets, sidewalks and rooftops is the number one source of toxins entering Puget Sound each year. This toxic mix threatens human health, the economic vitality of the region, and the survivability of the Sound’s most emblematic species: salmon and orcas.

The good news is that local community members can adopt behaviors that will reverse the damage to Puget Sound and restore it to health. Our citizens are the stewards of the same streets, sidewalks and rooftops that convey 14 million pounds of pollutants into Puget Sound each year. Pollutants include motor oil, pesticides, fertilizers, grease, paint, heavy metals, and bacteria.

There are simple actions people can take to become stewards of Puget Sound. Among the most important are:

  1. Keeping water on-site with rain barrels, water cisterns, rain gardens, and porous surfaces,
  2. Practicing natural yard care,
  3. Picking up pet waste,
  4. Walking, biking, or riding public transit instead of driving,
  5. Planting and protecting native evergreens, and
  6. Using car wash facilities or washing cars on lawns instead of washing cars on driveways.

1. Keep water on-site with rain barrels, rain gardens, and permeable surfaces

A big part of the problem with polluted runoff is that it runs quickly over hard surfaces and collects toxins that flow directly into our streams, rivers and Puget Sound. Rainwater retained onsite that percolates through soil can cleanse many of the toxins.

Keeping water on-site may sound counter-intuitive. One might think “if the polluted rainwater runoff is bad for Puget Sound, then it must be bad for my yard.” But that isn’t exactly true. A healthy soil profile with lots of microbes and fungi can help degrade many of the pollutants like hydrocarbons that wash off our streets and driveways. Some mushrooms can absorb heavy metals too (although they do require proper hazardous waste disposal). So filtering rainwater through healthy soils is a first step toward cleaning the water that goes into Puget Sound.

There are many ways to retain water on one’s property. You can use rain barrels to collect water that is later used to water gardens. Or, you can build a special kind of garden called a rain garden to absorb rainwater. Or, you can replace cement surface with permeable surfaces that absorb water. Learn more about each of these alternatives at

2. Practicing natural yard care

Directing rainwater into porous surfaces for absorption is half the solution. The other half is making sure that those surfaces have the ability to break down pollutants. Soils rich in organic matter that have lots of microbes are critical to solving polluted runoff because those microbes can start metabolizing and degrading many pollutants. Soils that have chemicals added like synthetic fertilizers, pesticides (herbicides, fungicides or insecticides) and other unnatural chemicals don’t develop the microbial populations that are necessary to break down pollutants. So any garden made to absorb rainwater should be organic.

The best things to add to your soil are organic compost and woodchips. You can work compost into your annual/vegetable beds, but topdressing soil with two inches of compost works fine. Raking a one- to two-inch compost/sand mix into your lawn can help absorb more rainwater as well. Woodchips in perennial beds and natural areas help create an environment similar to a forest floor in the Pacific Northwest, encouraging beneficial fungi. Soils in need of nitrogen can benefit from a “mulch sandwich: two inches of compost with three to six inches of woodchips on top.  Avoid bark. It repels water and resists breakdown, suppressing the fungal populations that plants need. Woodchips can be obtained from tree trimming crews working in your area.

3. Picking up pet waste

Creating a poop-free Puget Sound is more important than you might think. According to King County, there are more than 200 tons of pet waste deposited in the Puget Sound region every day, and water runoff flushes some of it into streams, rivers and Puget Sound. Dog poop contains things like E. coli, Giardia and Roundworms – nasty stuff that we don’t want in Puget Sound. The very best thing you can do when walking your dog outside is to bring plastic bags, pick up the poop, and dispose of it in a trash can. Do not contaminate your compost with pet waste. This is one of those rare cases where throwing something away is the best option. Or, if you have trouble managing your dog’s mess in a dog-run, you can line it with arborist woodchips 1-foot deep to allow beneficial fungi to filter pollutants.

4. Walking, biking, or riding public transit instead of driving

Oil and gas from cars and heavy metals like zinc and copper that come from tires and brake pads create a toxic nightmare for Puget Sound’s marine life. The Seattle Aquarium estimates that more than 2 million gallons of used motor oil ends up in Puget Sound each year.   And according to Seattle Public Utilities, “even small amount of oil can smother fish eggs and developing shellfish in our lakes and streams. Just 1 pint of oil causes a slick the size of 2 football fields.”

We can all drive less to reduce pollution. When you have the option, choose to walk, bike, or ride the bus instead of driving a car.

5. Planting and protecting native evergreens

Our native forests are integral to our success in reducing polluted runoff. Native evergreen trees are stormwater-holding tanks. For example, a mature evergreen can absorb as much as 250 gallons of rainwater a day.  However, we are losing our native forests not only to development, but also to invasive species like English Ivy, Holly, Laurel, Knotweed and Himalayan Blackberry.

You have a lot of options to help plant and protect our native evergreens. If you have a large yard, you may consider planting evergreen trees. If you have an evergreen that has been taken over by English Ivy or Wild Clematis, you can periodically cut the vines at the ground and at chest level to keep if from fruiting and re-infecting forest restoration work elsewhere. If you prefer getting some social time in while saving the Sound, consider joining restoration efforts.

  • Groups that run forest restoration projects include: The Nature Consortium, the Duwamish River Cleanup Coalition, EarthCorps, or Green Seattle Partnership.
  • Good trees and shrubs to plant include Madrona, Doug Fir, Western Hemlock, Western Red Cedar, Evergreen Huckleberry, Shore Pine, Pacific Rhododendron, Salal and Sword Fern. Non-native plants (Rosemary, Thyme, fruit trees) for food or ornament are fine, as long as they’re not invasive.
  • Garden Cycles is a West-Seattle based business that removes invasive species:
  • The West Seattle Nursery has a good selection of native plants:

6. Using car wash facilities instead of washing cars on driveways

Finally, there is the car wash. Soaps can include phosphates, which can lead to low oxygen levels in our waterways, thereby killing fish through oxygen depletion. Soaps can also include phthalates that have been linked to reproductive problems and obesity. So, it’s best not to wash your car on your driveway and let soap wash down the storm drains. Going to a carwash is a much better alternative because the soapy water doesn’t go untreated into storm drains. If you are considering a high school fundraiser, ask your local carwash if they will give you discounted gift certificates for resale instead of washing cars in a school parking lot.

Why we should become stewards of Puget Sound

There is a lot at stake. Citizens are losing their rights to fish and swim in the Sound’s waters or to make their livelihoods from local fisheries and ecotourism. Warnings are posted around the Sound alerting people to the dangers of eating fish and shellfish. Over the past decade the gross revenue earned by Washington’s shellfish industry fell by two-thirds to $55 million in 2008 due in large part to pollution-related harvest closures.

We are also losing the salmon and orcas that underpin the identity of Pacific Northwest residents and help to drive tourism to our region. Puget Sound’s Coho Salmon are classified as a “Species of Concern.” Our orcas are the most PCB-contaminated marine mammals in the world and our Southern Resident Killer Whales are a federally listed “Endangered Species.”

We can reverse these trends. Exciting efforts are being implemented throughout the region to staunch the flow of polluted runoff using rain gardens. Seattle’s Street Edge Alternative Project (SEA Streets) used rain gardens and evergreen trees and shrubs to effectively reduce stormwater pollution by 99 percent. This creative use of “green stormwater infrastructure” actually beautified the community, increased its carbon sequestration capacity with lots of vegetation, and is promoting natural drainage. King County Wastewater Treatment Division now plans to implement similar “green stormwater infrastructure” in the Sunrise Heights and Westwood neighborhoods of West Seattle to reduce combined sewer overflows (CSO) at the Barton Pump Station.

Together, the citizens of Puget Sound can take small steps, like picking up dog poop, volunteering in a forest restoration effort, and going to the carwash – and large steps like building rain gardens – to restore Puget Sound to health. Through collective effort, we can hope to see robust salmon and orca populations once again.

Multiple ‘Duwamish Alive’ Work Parties On Earth Day

Come join over 1,000 volunteers at 13 sites across Seattle and Tukwila in a joint effort to restore the watershed of the Duwamish River.

Communities, non-profits, businesses, and families will be engaging in restoration efforts that range from on-the-river kayak cleanup to graffiti removal to pulling invasive species. The work parties go from 10:00 am to 2:00 pm.   Snacks, tools, and gloves will be included, all you need to bring is yourself!

After the work party you can join Nature Consortium for a festival with free food, live music, and hands-on arts activities. To sign up, please email, or call 206-923-0853.  For more information contact Amy Truax, Restoration Project Assistant, Nature Consortium,

The locations where the work parties will take place are:

  • South Park:
    • Duwamish Waterway Park
    • River trash cleanup by kayak and canoe
  • Georgetown:
    • Gateway Park/8th Avenue South
  • White Center:
    • Roxhill Bog
  • Delridge / Pigeon Point:
    • Brandon Street Natural Area
    • Puget Creek Natural Area
    • West Duwamish Greenbelt/ Pigeon Point
    • Herring House Park/T-107
  • Tukwila:
    • Cecil Moses/NorthWind’s Wier
    • Duwamish Hill Preserve
    • Codiga Farm

Click here ror a Google map of the locations.