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Wallowa began operation in 1920 as a resident trout hatchery. In 1985, the hatchery was renovated as part of the Lower Snake River Compensation Program (LSRCP) – a program to mitigate for spring Chinook and summer steelhead losses caused by the four federal dams constructed on the lower Snake River. Wallowa Hatchery is used for adult collection, spawning, acclimation and release of summer steelhead.
In 1925 the first fish hatchery on the South Santiam River began operations about 5 miles upstream from today’s present site, rearing annually approximately 100,000 spring Chinook in dirt ponds for release into the South Santiam River. The present site came about with the construction of Foster Dam. In 1968 the facility was dedicated for the rearing of spring Chinook and summer steelhead. This facility was built and annually funded in part by the US Army Corps of Engineers to compensate for the loss of spawning and rearing areas above the dams on the South Santiam River.
Irrigon Hatchery began operation in 1984 as part of the Lower Snake River Compensation Program (LSRCP)—a program to mitigate for spring Chinook and summer steelhead losses caused by the four federal dams constructed on the lower Snake River. This facility serves as an egg incubation and rearing facility for summer steelhead destined for the Grande Ronde and Imnaha river systems and egg incubation for 575,000 Umatilla coho eggs for transfer to Cascade Hatchery. Irrigon Hatchery also rears 1.4 million fall Chinook for the Grande Ronde and Snake Rivers and is used as a rearing site for legal-sized and trophy rainbow
The original portion of Fall River Hatchery construction was completed in 1929. Many improvements have been made since original construction. In 1952 the ten raceways were completed. The hatchery produces legal and trophy sized rainbow trout, and provides rainbow, brook and cutthroat trout fingerlings for air stocking programs throughout the state. The facility traps and spawns brown trout at a remote site.
Wizard Falls Hatchery was constructed in 1947. Many improvements have been made to the facility since original construction. The hatchery has a rainbow trout broodstock which supply rainbow trout to the Deschutes sub-basin and southeast Oregon. The hatchery is used for incubation and rearing of kokanee salmon and rainbow trout to provide for recreational fishing program objectives, and the incubation and rearing of spring Chinook and summer steelhead as part of a reintroduction program in the upper Deschutes Basin. Brook trout and cutthroat trout fingerlings are reared for the air stocking program on odd years. Kokanee salmon are spawned remotely.
Bandon Hatchery was constructed in 1925. Various renovations have taken place since original construction and more are planned for the future. The facility is used for adult collection, egg incubation and rearing of both natural and hatchery fall Chinook, winter steelhead, and trophy-sized rainbow trout.
The major portion of Elk River Hatchery construction was completed in 1968. In 1971 the hatchery completed final construction on an intake and ten new ponds. The purpose of the facility is to supplement natural production of fall Chinook in the Elk and Chetco Rivers and winter steelhead in the Chetco River. The facility is used to collect Elk River fall Chinook, to incubate eggs and rear both natural and hatchery fall Chinook and winter steelhead.
Klaskanine Hatchery was first operated in 1911 by the state of Oregon. In 1959 the hatchery was enlarged and renovated under the Columbia River Fisheries Development Program (Mitchell Act)—a program to enhance declining fish runs in the Columbia River Basin. The hatchery is now closely tied to the Select Area Fisheries Enhancement (SAFE) program and works closely with Clatsop County Fisheries (CCF). The facility is currently used primarily for rearing coho for SAFE commercial fisheries, as well as for adult collection and spawning of fall Chinook and as a rearing facility for fall Chinook and winter steelhead.
Trask River Hatchery was constructed in 1916 to replace an earlier hatchery that was located three miles upstream from the present site. Many improvements have been made to the hatchery since original construction including a new alarm system, early rearing building, and a 40’ x 60’ pole building. Trask Pond was constructed in 1970 and Tuffy Creek was constructed in 1988. The hatchery is used for adult collection, incubation, and rearing of fall and spring Chinook, coho, wild winter steelhead and hatchery winter steelhead.
Cascade Hatchery was authorized under the Mitchell Act and began operating in 1959 as part of the Columbia River Fisheries Development Program – a program to enhance declining fish runs in the Columbia River Basin. The facility is used for egg incubation and rearing of coho.
Lookingglass Hatchery was constructed in 1982 as part of the Lower Snake River Compensation Program (LSRCP) – a program to mitigate for spring Chinook and summer steelhead losses caused by four federal dams constructed on the lower Snake River. Lookingglass is used to rear spring Chinook for the Grande Ronde and Imnaha rivers as part of LSRCP. Lookingglass Hatchery serves as an adult collection, egg incubation, and rearing and release site for the spring Chinook destined for the Grande Ronde River systems. The Imnaha Satellite Facility is used for the collection of spring Chinook adults returning to the Imnaha River
Alsea Hatchery was constructed in 1936 and is operated with state funds. Many improvements have been made to the hatchery since original construction. The hatchery produces both winter steelhead and rainbow trout. The facility is used for adult collection, spawning, egg incubation and rearing of winter steelhead, and egg incubation and rearing of rainbow trout.
The goal of the Oregon Hatchery Research Center (OHRC) is to answer scientific questions related to fish recovery and hatchery programs. Information gained at the Research Center will help answer questions vital to the success of the Oregon Plan for Salmon and Watersheds and implementation of the Native Fish Conservation Policy. The Oregon Hatchery Research Center is a cooperative research project between the Oregon Department of Fish and Wildlife and the Oregon State University Department of Fisheries and Wildlife.
The Bureau of Land Management maintains a series of pastures along Oregon Highway 38 that are a year-round residence for a herd of 60-100 Roosevelt elk. Elk are visible almost every day of the year!
While turkey hunting is one of the safest forms of hunting, there are some safety tips hunters should follow. Be visible when you need to be The biggest risk in turkey hunting is being in the woods with other turkey hunters. Remember, everyone will be wearing camouflage and sounding like a turkey as they try to call in birds (including you). Therefore, you’ll want to make sure you and your location are visible while you’re walking to the blind or setting up, while you’re set up behind a tree and while you’re carrying your bird out of the field. A
Each year, ODFW stocks millions of trout in dozens of reservoirs, lakes and ponds throughout the state. You can use the search and filter functions to search the stocking schedule for specific locations and dates. The schedule is subject to change without notice; see individual waterbody listings in the Recreation Report for updates.
Practice shooting your bow regularly and you’ll develop the form and muscle memory you need to shoot accurately and confidently. Places to shoot from the backyard to the backcountry You can practice your shooting anywhere it’s safe and outside of urban growth boundaries. It's also illegal to shoot in the direction of any person, building, structure or vehicle within the range of your bow. So be sure there's y a clear line of sight between you and the target, and a safe backstop. Possible locations include: A large backyard in a rural setting Archery specific indoor and outdoor target ranges
A box calls is the most popular turkey call, and is a good choice for new turkey hunters. Box calls not only are easy to use, but they can sound very realistic. A box call can create a wide range of yelps, clucks, purrs, fighting purrs, cackles and gobbles. If you can get yelps, clucks and purrs to sound good on a box call, you’ll routinely bring in birds. Parts of a box call Box calls come in two parts – a narrow rectangular box with a paddle attached at one end. Attached with a single screw in the center
Pot calls, often called slate calls, are friction-style calls that are easy to use and produce a range of turkey sounds. Parts of a pot call A pot call consists of three parts: a pot, a calling surface and a striker. The pot holds the slate and acts as a sound chamber. There are holes drilled in the bottom for sound to escape. To keep from covering the holes, hold the pot with the tips of your fingers, keeping it away from the palm of your hand. Pot calls can be made to be all-weather, with the right striker. The
These calls have nothing to do with calling in turkeys, but everything to do with finding toms. Owl, crow, peacock, woodpecker and hawk sounds all can elicit a reactionary gobble from a tom – sometimes called a “shock gobble.” These calls are usually used when birds are on the roost early in the morning or late in the evening. Using a hen call to locate a tom can put the tom on the move before you’re ready to set up. If a tom comes in too quickly, it can mean a blown opportunity. Locator calls encourage toms to gobble without