Dixon Bay, oiled Spartina alterniflora in the wrack line of the marsh.

Dixon Bay, an aerial image of degrading marsh in oil.

Dixon Bay, boomed islands from the air.

Dixon Bay, oiled hyacinths

Dixon Bay, oiled hyacinths covered in emulsion

Dixon Bay, oiled hyacinths and Spartina alterniflora covered in emulsion at the wrack line.

Dixon Bay, oiled hyacinths and Spartina alterniflora covered in emulsion at the edge of the marsh.

Dixon Bay, a close up of oiled Spartina alterniflora.

Dixon Bay, oiled vegetation against backdrop of boomed marsh.

Dixon Bay, oiled Phragmites and Spartina alterniflora.

Dixon Bay, oiled hyacinths caught amid Phragmites australis.

Dixon Bay, the southwest pass levee and base camp site in dense fog.

Dixon Bay, the well site being capped.

Dixon Bay, the barge that was used to decontaminate and collect oiled materials.

Dixon Bay, clean-up activities at Sandy Spit.

Harbor Island, East and West Waterways, the Duwamish River and the southwestern shore of Elliott Bay.

The Seattle City Light property. A portion of this site, right side of the image, was used to create the Hamm Creek project which daylighted the creek and created several meanders to improve the habitat function of this salmon-bearing stream.

A former, pre restoration, section of Hamm Creek choked by invasive vegetation.

A derelict ferry at the Turning Basin site adjacent to Kenco Marine and a Coastal America site. The ferry has since been removed as part of the restoration project.

Tribal fishermen on the Duwamish River.

Giant kelp, an important fisheries habitat can grow as much as two feet a day in depths at up to 150 feet.

Giant kelp, an important fisheries habitat can grow as much as two feet a day in depths at up to 150 feet.

Giant kelp, an important fisheries habitat can grow as much as two feet a day in depths at up to 150 feet.

Giant kelp, an important fisheries habitat can grow as much as two feet a day in depths at up to 150 feet.

Giant kelp, an important fisheries habitat can grow as much as two feet a day in depths at up to 150 feet.

the existing siphon

back of Naomi Siphon

top of Naomi Siphon

Description not available.

Description not available.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

This project was conducted to determine if geotube material could be used to as suitable substrate for oyster spat.

A potential land purchase. Land acquisitions are used in restoration to act as buffer areas for coastal wetlands and other significant fishery habitats.