StructureSpot

DNR meeting to discuss status of Fish Lake reservoir

(Released July 29, 2011)

 A public information meeting on the status of Fish Lake Reservoir north of Duluth will take place Aug. 15 from 6:30 – 8:30 p.m., according to the Minnesota Department of Natural Resources (DNR).  The meeting will be at the Environmental Protection Agency office, 6201 Congdon Blvd., one block past the Lester River on Highway 61.

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The 2010 fish population assessment will be presented along with information regarding other potential factors that might impact fish populations, including historical water levels, nutrient loading, aquatic vegetation and growing season conditions.

Over the past 10-20 years, changes appear to be taking place in fish populations in the Fish Lake Reservoir. The DNR will present several ideas on the relationship between fish populations and habitat quality in the Fish Lake Reservoir, including plans over the next 18 months to better understand these relationships and potential future management actions.

The DNR is committed to looking comprehensively at trends impacting fish habitat and fish populations for northeastern lakes, including the Fish Lake Reservoir. Understanding these trends and identifying stakeholder goals and objectives for lakes are both necessary for choosing realistic and feasible management options, according to the DNR.

The DNR is also looking for volunteers to serve on a committee that will meet several times over the next 15 months to provide input on future goals and objectives for fish populations in the Fish Lake Reservoir. People interested in serving on the committee, but who are unable to attend the meeting, should contact Deserae Hendrickson, Duluth area fisheries, 218-525-0853, ext. 201.

Juvenile Fish Habitat

A primary goal of the Program is to increase fish habitat quality and quantity to support increased salmonid populations. Changes in rearing habitat availability for salmonids were assessed over the 40 miles of the Trinity River and pre- and post-construction at channel rehabilitation sites.

Site Evaluation

Habitat assessments are conducted at bank rehabilitation sites and at randomized river segments (GRTS design) by mapping the boundaries of the habitat using the numeric criteria for water depth, velocity and presence of cover or substrate. Most sites measured thus far have increased juvenile fish habitat post-construction (report pending).

As reported in the TRRP 2009 Annual Report, the Sven Olbertson site was intended to provide 114,000 square feet of complex side channel habitat: the mapped habitat indicated 67,000 square feet of habitat for fry and 82,000 square feet for pre-smolts. Hoadley Gulch site was intended to provide 26,400 square feet of complex salmonid side channel rearing habitat during winter low flow releases. Post-construction, 9,200 square feet of habitat for fry and 12,800 square feet habitat for pre-smolts was measured. Lewiston Cableway site monitoring showed that fry habitat increased by 57 % and pre-smolt habitat increased by 36 % after construction.

In order to validate fish use of the mapped rearing habitat, snorkeling has been used to count fish inside and outside of the mapped habitat areas. Chinook juvenile counts inside designated rearing habitats averaged at least 30 fish per site, whereas counts outside of rearing habitat designations averaged less than five fish per site.

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Reach Evaluation

Flow and channel rehabilitation actions are anticipated to create changes in habitat availability through the entire 40-mile river reach. Rearing habitat availability was mapped at 32 randomly selected sites. Total area of rearing habitat within the restoration reach is 343,000 square meters (about 3.66 million square feet) for fry, and 436,400 square meters (about 4.7 million square feet) for pre-smolt (figure). The data indicate the greatest amount of rearing habitat occurs near Lewiston Dam and declines longitudinally downstream.

Juvenile HabitatPre-smolt rearing habitat declines with distance down river. (reported in the TRRP 2009 Annual Report)

Suggested further reading:

Goodman, D H; Martin, A; Alvarez, J; Davis, A; and Polos, J (2010) Assessing Trinity River salmonid habitat at channel rehabilitation sites, 2007-2008.

Alvarez, J; Goodman, D; and Martin, A (2010) Assessment of changes in anadromous salmonid habitat at selected channel rehabilitation sites on the Trinity River, CA. Oral presentation provided at the 2010 Trinity River Science Symposium.

Saraeva, E and Hardy T B (2009) Upper Trinity River Basin Habitat Assessment. Report to the U.S. Bureau of Reclamation, Trinity River Restoration Program.

Goodman, D H; Martin, A C; Petros, P P; and Klochak J (2009) Judgement based habitat mapping on the Trinity River, 2006.

Chamberlain, C D; Martin, A C; Petros, P P (2007) Trinity River biological monitoring of channel rehabilitation sites: a pre-construction baseline habitat evaluation.

Hampton, M (1988) Development of habitat preference criteria for anadromous salmonids of the Trinity River.

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Fish habitat projects planned at High Point, Lake Somerset

Ken CoughenourKen Coughenour of Somerset casts a white twister in hopes of hooking “a big bass” at Lake Somerset on Monday. (Staff photo by Roger Vogel)

12:36 a.m. EDT, July 19, 2011

The Somerset County Sportsmen’s League in cooperation with the Pennsylvania Fish and Boat Commission’s Lake Habitat Management section will be conducting fish habitat projects at High Point Lake and Lake Somerset in August. Work will be conducted at High Point Lake on Aug. 6 and at Lake Somerset on Aug. 20.High Point Lake project volunteers are asked to meet at the north access area and boat launch at 9 a.m. on Aug. 6. This year the plan is to construct 10 porcupine cribs for deep water structure. Porcupine cribs are popular devices that are beneficial in providing cover for both game and baitfish in a lake. The PFBC and the Somerset County Sportsmen’s League will be providing all the necessary materials and tools for the project. Volunteers are needed to help with the construction of the cribs. After they are constructed on shore they will be loaded on a special boat by PFBC personnel and placed at various locations in the lake. This will be the second year for habitat work at High Point which is a popular lake in southern Somerset County. It is a 347-acre impoundment managed by the PFBC for public fishing and boating. Popular species in the lake are largemouth bass, smallmouth bass, northern pike, pickerel, walleye, yellow perch, crappies and bluegills.See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the industry leader and only science based, man made and artificial fish habitat, proven to provide all fish with cover they prefer to prosper.

Last year’s work at High Point Lake proved popular with area fishermen and sportsmen. There were requests for an additional project at Lake Somerset. This spring the Somerset County Sportsmen’s League also entered into an agreement with the PFBC to begin a similar project at Lake Somerset. Representatives from the PFBC Lake Habitat Section and sportsmen’s league created a plan for Lake Somerset this past April.

On Aug. 20 volunteers are asked to meet at 9 a.m. at the rear of the PFBC Southwest Regional Office at Lake Somerset. The plan that day is to construct 20 porcupine crib juniors for fish habitat. They will also be built on shore and then placed at suitable locations in the lake by special boat.

Lake Somerset is a 248-acre impoundment managed by the PFBC. It is also a highly popular fishing spot. Among the most popular species in the lake are largemouth bass, walleye, northern pike, muskellunge, channel catfish, crappies and bluegills.

Volunteers who wish to help with either project may notify Don Anderson, contact person for the sportsmen’s league, at 814-634-0998.

Teamwork helps rebuild Dairyland Flowage’s fish habitat

Dairyland FlowageJoe Knight

Dairyland Flowage

Students from Flambeau, Bruce and Ladysmith high schools hauled trees out to deeper water Tuesday in the Dairyland Flowage.

Related Video

Posted: Thursday, July 7, 2011 11:55 pm | Updated: 7:45 am, Fri Jul 8, 2011.

By Joe Knight Leader-Telegram staff |

LADYSMITH – The day was warm, the water temperatures hovering between 89 and 90 degrees, making it more comfortable for students from three Rusk County high schools who spent the morning up to their necks in water.

Some students in a boat mixed cement to anchor individual spruce trees to the bottom of the Dairyland Flowage while others swam or waded with trees they positioned at the sides of submerged rock piles. The rocks had been dropped through the ice along the shore during the winter.

The position of the rocks had been marked with a GPS. Those coordinates, plus some searching by students, helped locate the piles this summer. The individual trees with cement foundations would be placed between the rock piles to provide additional cover.

The idea is to provide a diversity of habitat to give minnows and small fish a place to live, which in turn will provide food for bigger fish, said Jerry Carow of the Rusk County Wildlife Restoration Association, the nonprofit group coordinating the project.

The work began three years ago when Dairyland Power Cooperative drew down the reservoir to repair a dam. The association and Dairyland Power took the opportunity to haul rocks and trees onto the dry lake bed to create aquatic habitat.

When the power company refilled the lake, they saw no reason to stop creating habitat. They just had to change their methods, Carow said. Because Dairyland Power has a five-year permit from the state Department of Natural Resources to create habitat in the lake, they decided to keep going with that work.

Since the project began three years ago, the power company has brought in about 6,400 cubic yards of rock – the equivalent of a four-mile stretch of rock three feet wide and three feet high, Carow said.

So far the project has involved the installation of about 2,000 trees. Another 500 to 1,000 could be added, Carow said.

The project involves students from Flambeau, Bruce and Ladysmith high schools during summer months. During the rest of the year, prisoners from Flambeau Correctional Center provide the labor.

Fat fish

The habitat work appears to be helping fish in the flowage, said John Thiel, senior environmental biologist with Dairyland Power.

Natural reproduction of walleyes always has been good on the flowage, an impoundment of the Flambeau River, but growth of the fish typically has been slow, he said. Now the walleyes are growing faster.

“We’ve had a 2-inch increase in the average size of walleyes we’ve collected,” Thiel said.

During the next few years, more walleyes should be moving into the legal size range, he said.

Black crappies have become more abundant and also are growing well, Thiel said. Bluegills are not abundant in the flowage but are more common now than they were, as are perch and smallmouth bass.

When the reservoir was created in the early 1950s, the power company removed trees logs and stumps along the shoreline. Officials at the time figured drifting wood might interfere with power generation.

“At the time they didn’t realize they were removing all the good fish habitat,” Thiel said. “What the lake really needs is shallow water fish habitat.”

The reservoir always has been home to big muskies, but the waterway is low on suckers, a favorite food of muskies. One potential problem was a perched road culvert on nearby Crooked Creek that may have been blocking upstream spawning movements of suckers and other fish in the spring. Officials lowered the culvert so fish could get upstream, and they plan to survey the creek later this summer to find evidence of spawning by suckers, Thiel said.

Regulations

Dairyland Power and the wildlife association had wanted to bring in heavy equipment and move some existing gravel on the reservoir’s bottom three years ago when the reservoir was drained, but the DNR nixed that idea because of mercury contamination in the sediment. The mercury came from paper plants upstream.

Thiel thought the project could have been completed without recirculating mercury in the system – Dairyland had done some testing of the sediments – but the power company lost that argument.

That decision caused Dairyland Power to change plans and downsize the reefs they wanted to build, but, with the help of the wildlife association and other community groups, fish habitat in the flowage is much improved, he said.

Summer jobs

This is the fourth summer that Charlie Coughenour, a student at Ladysmith High School, has done conservation work for the Rusk County Wildlife Restoration Association.

“It’s a lot of fun. It gives me something to do in the summer, plus I get paid,” said Coughenour, who will be a senior this fall.

Twenty-four high school students worked this summer on the project, which included fish habitat improvement, repairing erosion sites, building a nature trail and creating fishing access sites.

Students work for five weeks and earn $24 per day, plus one-half of a high school credit. The students are supervised by teachers and four college interns.

Coughenour said he has learned some construction skills in the program and it’s also influenced his career choice. He plans to attend UW-Stevens Point and study environmental science.

Knight can be reached at 715-830-5835, 800-236-7077 or joe.knight@ecpc.com.

See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the industry leader and only science based, man made and artificial fish habitat, proven to provide all fish with cover they prefer to prosper.

Yellow fish boost Langley environment

A Langley drain-marking program aims to educate people about their impact on fish habitat.

POSTMEDIA NETWORK INC. JULY 5, 2011
A Walnut Grove family marked storm drains together in the Yorkson Creek neighbourhood.

A Walnut Grove family marked storm drains together in the Yorkson Creek neighbourhood.

Photograph by: submitted, for Langley Advance

All drains lead to fish habitat.

It’s a widely misunderstood fact that Langley Environmental Partners Society (LEPS) wants to clear up for everyone.

In urban areas, storm drains on paved streets and parking lots collect rainwater runoff.

The runoff – containing sediments, animal waste, oil, swimming pool water, and toxic household or industrial compounds – all goes into storm drains. It does not go into the domestic sewage system.

Storm drains empty the untreated runoff into nearby waterways, impacting fish habitat.

Just one drop of motor oil can make 50 litres of water unlivable for water species.

LEPS’s 4th annual Storm Drain Marking Challenge is running through July.

Participants are asked to mark storm drains with the iconic yellow fish that alerts people that the drains lead to fish habitat.

Prizes for the most drains marked will be awarded.

To find out more and to collect your storm drain marking materials contact Lina Azeez at lazeez@tol.ca or 604-532-3517. www.leps.bc.ca/events

Langley Environmental Partners Society (LEPS) is a non-profit, partnership-driven organization, founded in 1993, to achieve the mission of “protecting and restoring the natural environment through education, cooperation and action.”

Read more:http://www.langleyadvance.com/Yellow+fish+boost+Langley+environment/5054070/story.html#ixzz1RKUUNWfa

 

See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the industry leader and only science based, man made and artificial fish habitat, proven to provide all fish with cover they prefer to prosper.

Fishing for Crappie

Spring Fishing Summer Fishing Fishing Structure Fall Fishing
Ice Fishing Tackle Selection Lure Selection Bait Selection Angling Techniques

Fishing for Crappie
By Jim Wahl, Fisheries Biologist, Iowa DNR

Crappies are one of our most frequently caught panfish and they are exceedingly popular with Iowa anglers. To anyone that has caught a stringer of crappie, it is easy to understand the reason behind this popularity. They are a fish for all anglers. The method and equipment necessary to catch this fish are simple and inexpensive, and their statewide distribution makes them accessible to nearly all anglers. Crappies are found in a large variety of waters including natural and man-made lakes, oxbow lakes, reservoirs, and small ponds. Although crappies prefer standing water, they are also found in moderate to large interior streams, as well as the backwaters and oxbows of the Mississippi and Missouri rivers.

Many natural lakes in northern Iowa support substantial populations of crappie, and although these populations are not as large as those found in southern Iowa waters, the fish are usually larger. Crappies in the natural lakes are most vulnerable during the spring spawning period. Consistent catches during the remainder of the year are more difficult. In contrast, crappie in the man-made lakes are generally quite abundant and they are vulnerable throughout the entire year. Fish are frequently caught during summer, fall, and winter, as well as during the spring spawning period.

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Spring Fishing

Because environmental conditions vary widely from one lake to the next, it is important to find the most productive season in your own locality and then concentrate your efforts during this period of peak activity. The most productive season for crappie fishing is during spring when fish movements are related to spawning. Depending upon which part of the state you fish, this will normally occur sometime in May when the water temperature ranges from 58 to 68 degrees F. Locating fish during the pre-spawn/spawn period will produce excellent stringers of fish.

During early spring, crappies move into shallow water areas where the water temperature is rising rapidly. When the water temperature and photoperiod (the length of daylight) are right, males move into the shallows near spawning sites and build bowl-shaped nests over gravel, sand, or even muck substrates. Spawning often takes place near the base of vegetation stands, so look carefully for emerging vegetation, such as bulrush or cattail. Although both males and females can be caught, catches are frequently dominated by males. They become extremely aggressive at spawning time and will often strike at a bait in an attempt to defend their nest.

In natural lakes look for spring crappie near inlets, adjoining marshes, canals and marinas. Spawning crappie in small lakes are generally found in coves or near the rock armor on dams. In large flood control reservoirs spring-time crappie frequently congregate in large embayments in close proximity to submerged structure. The turbid water flowing into these reaches from feeder creeks warms faster than the deep water mainstem water and attracts crappies that are searching for spawning sites. Spring-time crappies will also concentrate in the tailwaters below the dams of these impoundments. But the success of this fishery is often dependent upon downstream release rates.

Summer Fishing

During summer crappies leave shallow waters, which they had frequented during the spring, and move into the deeper, cooler water at depths from 8 to 25 feet. Locating fish during this time can be frustrating, and without the aid of an electronic fish finder it is a matter of trial-and-error until the right depth is found. Schools of crappie will suspend in the water column at a certain depth. In lakes which stratify, this location will usually be just above the thermocline. Anglers should remember that water below this layer contains little or no oxygen to support fish life. Drift fishing is, by far, the most popular and highly successful method used by fishermen to locate and catch crappie in the doldrums of summer. Once the fish are located, they can be caught in conventional ways by anchoring and still fishing, or simply by continuing to drift fish.

Fishing Structure

Crappies also orient near underwater structures during the summer. Flooded timber provides shade, cover and food and is an excellent place to catch crappie. Unfortunately, much of the natural habitat in many of our man-made lakes was removed during construction. However, in many of the lakes, which are devoid of natural habitat, structures have been enhanced by the placement of artificial fish attractors, such as stake beds, brush piles, or discarded tire reefs. Crappies readily utilize these objects, and they are particularly attracted to stake beds. These sites are frequently marked with buoys, signs on the shore, or on contour maps as an aid to anglers — watch for these markers.

Fall Fishing

Crappies once again move into shallower depths during autumn and closely associate with shoreline structures. They may be found in close proximity to weed lines, rocky points, flooded stream channels, or a variety of other habitats. Cooler water temperatures stimulate more aggressive feeding behavior.

Ice Fishing

Ice fishing can be productive, particularly in southern Iowa lakes and in Mississippi River backwaters. In general, early (December) and late (March) ice periods provide the best catches of crappie. Fish can be found in shallow bays, near flooded creek channels, or over large flats. Often times in winter, crappies will be suspended just off the bottom, and locating the proper depth is once again important.

Crappies are frequently caught throughout the entire daylight period, but the early morning and twilight evening periods are consistently the best. Fish may also be caught at night if fishing is done under lights. Anglers have found that crappies are attracted to light sources and will feed under them during both open water and ice fishing seasons.

Tackle Selection

Most any type of fishing equipment can be used for crappie. It may be as simple as a cane pole or as sophisticated as a boron ultra-light spinning outfit. Although the use of highly sophisticated equipment is not necessary, the development of modern man-made material for rods has made the detection of “soft” strikes much easier and the angler becomes a better fisherman. The most important suggestion is that, regardless of the personal choice of tackle, it should be light-weight gear. Ultra-light spinning or casting rods equipped with light-weight reels are the best choice and make the detection of a light or short strike easier. Lightweight monofilament line, not exceeding 6 pound-test, should be used.

Lure Selection

The most productive and universal artifical lure for crappie is the leadhead jig, which imitates a small minnow when fished properly. These lures are constructed from a variety of material, and come in a nearly unending assortment of colors and sizes. The most popular crappie leadheads seem to be either feathered or plastic-bodied. Although a variety of colors work, the most consistent producers are white, yellow and chartreuse. Hook size is relatively unimportant in spring and fall, but small leadheads of no more than one-sixteenth ounce are most popular. They can be fished with or without a bobber, but the bobberless rig has more flexibility in trying different depths. Crappies frequently move up from beneath to take a lure, and thus many anglers prefer to suspend their jig from a small bobber. Regardless of whether or not a bobber is used, jigs should always be fished at least a foot off the bottom. Drift fishermen will often times tie two jigs to one line, with one jig a foot or two higher than the other. This technique allows different depths to be fished simultaneously.

Bait Selection

Small minnows are, by far, the best live bait for crappies, both in open water and for ice fishing. Selection of the proper-sized minnow is very important. Most bait shops will carry several sizes and generally refer to the smallest size as crappie minnows. A minnow measuring from l- to l l/2-inches in length is preferable. Hook the minnow through the back just below the dorsal fin — be careful not to penetrate the spine. Hooking the minnow in this fashion will allow it to swim freely and live longer. Some anglers prefer to pinch or cut off the top of the tail fin because this seems to make the minnow more active. When a person is fishing with minnows a small hook (size no. 4, 6 or 8) should be used with a light split shot placed about a foot above the hook. Some crappie fishermen also tip a leadhead jig with a small minnow on occasion when fishing is slow. When using a jig and minnow combination, hook the minnow through both lips instead of in the back.

Other popular live baits for crappie, particularly during the ice fishing season, include a large assortment of insect larvae. Waxworms, mousies, mealworms, and silver wigglers all work well when placed on a small teardrop lure. Some ice fishermen prefer to use cut bait, flesh from the belly or the cheek patch of another fish. Cut bait can be fished either on a small hook or tipped on a jigging spoon.

Angling Techniques

Crappie fishing has become a year-around activity for Iowa anglers both in open water and ice fishing. In open water seasons fishermen can fish either from shore or in a boat. Like so many fishing methods, both have some advantages and disadvantages. Shore fishermen have a wide choice, either fishing by wading or from the shoreline, a dock or jetty. Probably the best of these methods is wading, especially in the spring pre-spawn period when the crappie are in shallow water. Little equipment is needed other than a suitable pair of chest waders or hip boots. Wading fishermen have a distinct advantage since they can approach likely spots without spooking fish in the shallow water. Most wading anglers use small leadhead lures or minnows that are suspended from a small bobber and fish parallel with the shoreline by casting, then slowly retrieving the bait.

Crappies frequently utilize the shade offered by docks or other floating structures during summer. These areas are attractive because there is an abundance of food and the water temperature is cooler. Still fishing under or around docks can be very productive.

Many of the state and county-owned lakes have fishing jetties. In many locations stake beds have been placed within casting distance of these jetties and crappie may be suspended near these sructures. Stake beds can be successfully fished by attaching the bait to a bobber at a height which will allow the bait to clear the top of the stakes. Fishing in this manner will reduce the amount of tackle lost and also entice strikes from crappies rising to the bait.

Crappies have a soft, fleshy mouth, and they are frequently referred to as “papermouths.” Because of the soft membrane near the jaw, anglers should be very careful when setting the hook and handling crappie. Setting the hook with too much force will only tear the mouth and result in lost fish.

Boat anglers usually fish for crappie by drifting, trolling, or still fishing. Drift fishing is a very popular and productive method in man-made lakes druing summer when crappies are suspended just above the thermocline and are dispersed throughout the lake. Drifting allows a fisherman to cover a large area, and several depths can be fished depending upon the amount of line released and the weight used. If the wind is too strong and the bait moving too fast, the use of a sea anchor will slow the drift. In a situation where the wind is insufficient to move the boat, an electric trolling motor works well. Remember, crappies prefer to have the bait moving.

Still fishing works quite well once a large school of fish is located. Lines can be rigged to fish vertically off the side of the boat. If the action slows, casting with a steady retrieve may draw the fish back to the boat. Anchoring within stands of flooded timber or other habitat structures will also work for still fishing. Don’t disregard the opportunity to jig a leadhead directly underneath in these habitats or to use a float to suspend a lure or bait just above the structure.

Many of the same crappie fishing methods that are used in the open water period also work as well for ice fishing. Ice fishermen should remember to move frequently until schools of fish are located. Much like open water, crappies are generally suspended, and it may be necessary to experiment at several depths until the crappies are found.

Regardless of whether artificial or live bait is used, move it frequently. Movement often attracts fish into the vicinity and usually provokes strikes. Jigging spoons should be snapped vertically by moving the wrist upward with a sweeping motion of the arm. When using live bait and a bobber, pick the float off the surface and jiggle the line ever-so-often. Sometimes crappie fishing in the winter is more productive at night than in daylight. A gas lantern not only provides light to see by but often times attracts curious fish.

Crappies offer a tremendous amount of enjoyment to Iowa anglers. Action can be feverishly fast and when caught on lightweight equipment, crappie provide a scrappy fight. Little wonder they are so popular with our fishermen.

*Mayhew, J. (editor). 1987. Iowa Fish and Fishing. Iowa Department of Natural Resources, Des Moines, Iowa. 323 pp.

Granger Lake crappie fishing about knowing where to look

Veteran Granger Lake guide Tommy Tidwell shows off a good-sized crappie he caught and the jig he was using during a recent trip. KEN EILERT/keilert@express-news.net
SEE ALSO:

By Ken Eilert
keilert@express-news.net

GRANGER — The sun was just beginning to start its daily ritual of baking the area around here, and the light breeze was already a pleasant respite — even at 8 a.m. when crappie guide Tommy Tidwell eased away from the ramp at Wilson Fox East Park.

Moments later, we pulled to what looked like nothing more than the middle of the lake. Tidwell dropped an orange buoy marker near one of the many artificial reefs below the water, and we began the process of lifting crappie into the boat.

Granger Lake is a Corps of Engineers flood-control and water conservation lake between the Central Texas towns of Granger and Taylor that opened in 1980.

The fishing here is about the same as most fresh-water impoundments in the area, with largemouth bass and catfish in healthy numbers. But the lake also sports a very large population of white bass and crappie — which was the target species for this trip.

For many years, anglers have been building fish attractors in the main body of the lake designed to hold crappie to specific areas. Initially, these were generally Christmas trees tied together and anchored with concrete blocks.

“Those Christmas trees seemed like a good idea at the time, but that’s some of the worst things people can put into the lake,” Tidwell said. “We lose more tackle by getting hung up on those and have trouble pulling the fish out, too.”

More recently, fishermen have taken to creating artificial tree habitat using plastic bottles, PVC pipe and even old garden hoses. Tidwell said some of the finest possible attractors are made of bamboo.

“One of the best things about bamboo is that it doesn’t deteriorate as fast, and your structure lasts a lot longer,” he said.

The trick, of course, is knowing where those structures have been placed.

When Tidwell heads out, he lines up his fishing holes by triangulating landmarks on the various shorelines, checking his depth finder along the way and driving right to a spot that is almost certain to hold fish.

For the uninitiated, crappie fishing can be frustrating. The “bite” is usually very subtle and not at all like the aggressive strike of a black bass or tug of a catfish.

It’s more like the feel of a wet dishrag at the end of the line or the light tap-tap-tap similar to a perch or sunfish.

The day we fished, the winds were beginning to pick up by 9 a.m., and staying on a particular hole was quite challenging. In spite of that, we still managed to pull in several fish from nearly every place we stopped, never staying in one location more than 20-30 minutes at a time.

The bait of choice on this day was a series of 1/32- or 1/16-oz. jig fished straight down from the boat with light spinning reels and a light-weight rod to feel the bite.

“I use the artificial baits when the water is a little muddy or murky,” Tidwell said. “Usually, the crappie tend to bite better on live minnows when the water is clearer.”

Most people think of the spring spawn or fishing at night under lights when planning a trip for crappie. But that’s not the case at Granger Lake.

Tidwell said that the crappie bite on Granger increases as the sun moves higher in the sky — and that was certainly the case for this trip. As the temperature began to heat up and the sun climbed higher, the bite picked up, and we landed nearly half of our table fare around noon.

As the calendar moves into July, the white bass will begin schooling on the main part of the lake, and youngsters especially love the excitement of hauling in the pesky fighter.

Tidwell is excellent at teaching young people how to fish and uses his experience as a public school teacher to educate novice crappie fishermen about the lifestyle of the tasty quarry and how best to entice the fish into the boat.

“About 8 years old is the best time to bring a kid out to learn how to catch crappie,” Tidwell said. “We sometimes have people bring kids out that are a little younger, and we can have a lot of fun on the white bass with them. We’ll cast out and then hand the rod to the kid and watch him get excited to reel in a fish, then we’ll take the fish off, cast again and hand the rod back.”

As the noonday sun was beginning to burn off the remaining morning clouds, the cooler held nearly 20 fish.

A quick trip back to the dock and less than an hour later, we were headed home with a couple of bags of tasty fillets waiting for the grill or frying pan.

DATA BANK

Contact

Guide: Tommy Tidwell

Online: gotcrappie.com

Phone: 512-365-7761

Background: Tommy Tidwell is a lifelong Granger area resident who has been guiding at Granger Lake since 1986. He has a degree in Wildlife and Fisheries Science from Texas A&M.

More info

– The best live bait are medium minnows, and the top artificial lures are white or yellow jigs on 1/32- or 1/16-oz. lead heads.

– The daily bag limit for crappie is 25 (10 inches or longer).

See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the industry leader and only science based, man made and artificial fish habitat, proven to provide all fish with cover they prefer to prosper.

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Fish Take Advantage Of High Waters

Fish Take Advantage Of High Waters
Thursday, June 16, 2011
Fish & Wildlife

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Montanans, though battered by weeks of high water and flooding, haven’t forgotten to wonder how the state’s fish are faring judging by the questions Montana Fish, Wildlife & Parks is receiving.

FWP officials say the answer is generally good—in fact some fish species are already taking advantage of the high water.

“Fish are well adapted to survive flooding, though they can sometimes be stranded when high water recedes, depending on where they took refuge,” said Bruce Rich, FWP fisheries bureau chief.

Remember, natural streams and rivers of the not too distant past were a substantially wilder, more transformative force on the landscape than they are today. They carried soil, nutrients, and heavy debris for miles, cut new channels during spring runoff, reseeded cottonwood trees along their river banks and scoured stream bottom gravels providing high-quality spawning and rearing habitat for fish. Some springs it is hard to imagine all this stream activity, but not this year.

“In high water like we’re seeing this year, fish generally move to the margins of the river for refuge—to backwater areas, or warmer, less turbid side channels or tributaries,” said Mark Lere, FWP’s Future Fisheries Improvement Program coordinator. “Fish might even move out onto the floodplain when it is inundated, then back into the backwaters and side channels as the water recedes.”

Lere said as water spreads out over the floodplain it tends to warm and pick up nutrients, providing great growing conditions for everything in the aquatic system–algae, insects, fish and other aquatic creatures.

Even when water is running muddy and fast, fish are able to orient themselves to the main channel and find food. Their body shapes and musculature help, but so does a sophisticated set of organic navigation tools.

“Fish have a sensory mechanism called the lateral line system that they use to navigate,” said Amber Steed, FWP fisheries biologist in Kalispell. “It is made up of external pores running from front to back through the fish’s midsection that allows the fish to sense movement and vibration, and changes in flow and water pressure.”

This system is a sense organ somewhat analogous to a human’s senses. Most amphibian larvae and some adult amphibians have a type of lateral organ too.

Fish reproduction also benefits as a result of high spring runoff. Fish deposit eggs in river gravels in what are called “redds.” Heavy runoff flushes mud and debris out of these gravels so fresh, clean water flows through increasing the oxygen available to the embryonic fish that will develop.

As Montanans everywhere cope with high water and its after effects, it may be some comfort to anglers and others to know that there will be some future benefits.

High FLows On Prairie River Systems And Warm Water Fish
By Diane Tipton, Montana Fish, Wildlife & Parks Statewide Information Officer

Montana’s prairie stream systems generally have low annual flows. This spring will go on record as an exception. High water in eastern Montana is making life difficult in area communities at the same time that it may be enhancing conditions for some of the state’s warm water fish, including the endangered pallid sturgeon.

At least five radio-tagged adult pallid sturgeon are using the Milk River, say Montana Fish, Wildlife & Parks biologists tracking the pallids. Biologists have determined that at least one adult male pallid sturgeon has traveled 36 river miles up the Milk from its mouth this spring, the furthest a pallid has ever been documented upstream in this river.

Another of the pallids in the Milk is a female that is expected to spawn this year. Female pallid sturgeon spawn for the first time at about 20 years of age, and then every two to three years after.

“A naturally spawning pallid sturgeon in the Milk or Missouri River would be very big news,” said Tyler Haddix, FWP fisheries biologist at Fort Peck on the pallid sturgeon team. Although FWP documented natural spawning in the Yellowstone River in 2009, it has not been documented in either the Missouri or Milk Rivers.

Pallid sturgeon have been on the federal list of threatened and endangered species since 1990. FWP believes that only about 150 wild produced adult pallid sturgeon survive in the Yellowstone and lower Missouri River complex. FWP and U.S. Fish and Wildlife Service have been producing hatchery-reared pallid sturgeon and stocking them into the Missouri and Yellowstone rivers since 1998.

“Of all the adult pallid sturgeon that have radio tags—about 45 fish—we’re seeing a significant proportion using the Missouri River this year compared to any previous year we’ve studied these fish,” Haddix said. “That is a direct result of high, muddy water.”

Other benefits of high water and flooding on the flatlands of eastern Montana include increased production of aquatic insects and other fish food sources.

“Nutrients increase and water temperature goes up—resulting in increased fish growth and improved winter survival,” Haddix said.

Increased production and good survival could mean anglers will see more paddlefish, shovelnose sturgeon, sauger, and channel catfish in a few years, he said.

“In 2010 on the Milk, another high-water year, FWP documented the best production of paddlefish in the Milk River and shovelnose sturgeon in the Missouri River in the 11 years that we have been intensively looking at larval fish production,” Haddix said. “This year could be another high production year for these two species.”

Spring 2011 may go down in the record books for a variety of reasons—some of them tragic. It is good to know the record-breaking events we’ve observed this spring may have some positive effects—for Montana’s fish populations.

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SIDEBAR:
Q. How do fish navigate?

A. Fish have adapted to the need to navigate high water in spring and to flooding rivers. Many fish species have a sensory mechanism to orient themselves and to detect what is going on in their environment called the “lateral line.” This system allows fish, when water recedes from an area, to sense changes in flow and water pressure.

The lateral line provides information to help a fish orient itself to its environment similar to how a human’s sensory systems enables a person to know they are changing elevation, or that someone is standing right behind them.

Q. What are the main benefits to fish of the spring runoff and occasional flooding?

A. Fish benefit from high water and flooding in multiple ways.

1. High water redistributes gravel otherwise unavailable to fish in other parts of the system and scours away silt covering the gravel fish need to spawn. Many fish species in Montana need clean, silt-free gravels to spawn.

2. Runoff typically introduces nutrients to the river system that feed algae, plants, and insects which in turn feed the fish that live there.

3. Other fish habitat-enhancers, such as root wads, rocks, whole trees, and more may be brought into the river system and distributed during high runoff. These habitat-enhancers are important to fish as refuges from the heavy flows, to avoid predators, feed, over winter and rear young.

4. Runoff in also a cue that it is spring spawning time for fish species such as cutthroat trout, large-scale suckers, rainbow trout and other species.

‘Birds lose’ with upgrade to fish habitat in park

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Colony Farm Regional Park was picked as a site for the creation of fish channels to offset habitat destroyed by the Port Mann Bridge/Highway 1 project.
By Jeff Nagel – BC Local News
Published: June 09, 2011

Local environmentalists are criticizing the province’s $3-million plan to upgrade fish habitat in Metro Vancouver’s Colony Farm Regional Park to compensate for damage from building the new Port Mann Bridge and widening Highway 1.

Elaine Golds of the Burke Mountain Naturalists says Metro’s board shouldn’t have agreed May 27 to the construction of 80 hectares fish channels and ponds in the park’s Wilson Farm area.

“It’s very important bird habitat,” she said. “It’s more rare in the Lower Mainland than salmon streams.”

Golds said the park’s old field habitat supports short-eared owls, barred owls and great blue herons in winter.

Her group wanted the provincial government’s Transportation Investment Corp., which oversees the Highway 1 project, to find other sites where fish habitat can be improved without it coming at the cost of wildlife habitat.

“Under this plan, the birds lose and the fish win,” she said. “It shouldn’t be one versus the other. It pits the salmon supporters against the birders, which is not a good move in a public park.”

Colony Farm’s bird habitat once got upgrade money from federal authorities in compensation for the construction of Vancouver International Airport’s third runway.

“They’ve forgotten about that and now they’re piling on fish compensation work,” Golds said.

Port Coquitlam Mayor Greg Moore in April persuaded the board to send staff back to press Victoria to look for better sites, adding Colony Farm may have been picked because it’s the easiest and cheapest option.

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Metro officials say they took up the concerns with the TI Corp. but were told no other alternatives were possible.

The project needed quick approval in order for work to start this August when impacts to fish would be minimal.

Golds had suggested instead remediating an old dump site by the Coquitlam River and converting it to fish habitat.

But that was unworkable, according to a Metro report.

“DFO considers clean up of a contaminated site to be a high-risk activity that is likely to result in the release of contaminants to the aquatic environment,” it said.

Other sites along the Coquitlam River either had low value for salmon enhancement, a high risk for failure or didn’t meet DFO requirements for suitable compensation, the report said.

The TI Corp was required by the Department of Fisheries and Oceans to provide 174,000 square metres of in-stream habitat and 441,000 square metres of streamside habitat to ensure no net loss from the project.

The work shouldn’t significantly alter public access to the park.

The former Wilson Farm was once an important wetland until it was diked for agriculture a century ago.

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