StructureSpot

Forest Turns Into Underwater Housing

A forest for the fishes

A forest for the fish

If you look through the ice on a winter day, or peer into the water during a rare summer moment when the wind is calm, you might glimpse the tips of the trees that make up Ocean Lake’s underwater forest.

Below the surface is a Christmas tree forest “planted” by sportsmen and Wyoming Game and Fish in an effort to enhance fish habitat. In more than two decades some 8,000 trees have been left on the ice of Ocean Lake, tied to cement blocks to sink to the bottom providing fish habitat. It is an effort that began in the early 1980s by four friends who loved to ice fish on the lake and noticed the fish population dwindling. It has grown into a Fremont County community event where more than 500 Christmas trees are donated to the project each year.

Kelsey DaytonKelsey Dayton

The result? Healthier fish populations and happier fishermen.

Howard Johnson of Riverton, always loved ice fishing. It’s a sport that takes little gear as long as one person has an ice auger. No boat is needed to catch as many fish as you would in the summer. And the cold adds a challenge and bonding experience.

“You just have to weather the weather and that’s the fun part of it,” he said.

In the early 1980s he started ice fishing with Bob Wilczewski and Scott Stanley of Riverton, along with Bob Baumann of Shoshoni  at Ocean Lake.

They’d gather with their families and campers, playing cards and games and baking biscuits to go with the fresh fish they’d catch on the ice.

After a few years of bountiful hauls they noticed their catches diminishing. They knew the history of the lake, and it didn’t seem right. Dozens of unique habitat models at fishiding.com

Christmas trees are left on the ice of Ocean Lake. Each year recycled Christmas trees are left on the ice to sink to the bottom of the lake where they provide fish habitat. (Photo courtesy Wyoming Game and Fish).

Until the 1930s, Ocean Lake was basically a pond, about 225 acres in size, known as Dry Lake and surrounded by sagebrush and rocks, said Nick Scribner, a habitat biologist with the Wyoming Game and Fish. The Riverton Reclamation Irrigation project started in 1922.When new irrigation systems were developed in the area, water started draining to the low spot in the area, where the pond sat, covering the weeds and willows with water and making the pond more of a lake. It kept rising until the Bureau of Reclamation built an outlet off the east side to drain to a creek, stabilizing the water level, Johnson said.

Fish stocking began in the 1930s, bringing black crappie, bluegill, burbot and largemouth bass to the lake, Scribner said. Walleye stocking began in 1954 and became an annual practice starting in 1972.

Old-timers told stories of the incredible fishing in the area, especially walleye and perch, Johnson said. As the plants on the bottom began to thin and decompose, the smaller fish had no place to hide, the bigger fish had easy feasts and thrived. Fishermen caught fish “by the washtub full,” Johnson said.

For several years Johnson and his friends found Ocean Lake’s fishing bountiful. Then a few years later the fish stopped biting.

On a particularly slow day, the four men lay on the ice, put their coats over their heads and peered down to the bottom. There was nothing but mud.

“It was just like a carpeted floor down there,” Johnson said.

Ocean Lake sits northwest of Riverton in an open area exposed to Wyoming’s wind.  The gusts create waves, which stir up the silt in the bottom,  Scribner said.

The silt makes it hard for plants to grow and there is little natural vegetation on the bottom of the lake, he said. Small fish have little cover to hide from predators.

With no place to hide, the small fish population was decimated by the larger fish, whose population then suffered because there wasn’t enough food.

Most of Johnson’s fishing group came originally from the Midwest, where using old Christmas trees for fish habitat is common. They decided to see if they could help the fish of Ocean Lake. That winter they wandered alleys and picked up about 50 Christmas trees they hauled to the lake, tying on cement blocks and letting them sink to the bottom. A strong believer in that anyone who fishes should donate at least one day a year to projects to that helps habitat, Johnson and the group continued to collect and “plant” Christmas trees each year.

The effort became an annual event and now, with the help of the Fremont County Solid Waste Disposal District, Wyoming Game and Fish and about 20 volunteers, about 500 trees are planted in Ocean Lake each year. Johnson estimates they’ve planted about 8,000 trees since they started the project. One year, when an area business sold trees where the needles fell off quickly, they received about 1,000 trees — too many for the small number of volunteers, Johnson said.

Volunteers bundle Christmas trees at Ocean Lake. Each year recycled trees are gathered and planted in the lake to help fish habitat. A date for this year’s event hasn’t been yet. (Photo courtesy Wyoming Game and Fish).

The trees are tied together in bunches and attached to concrete blocks and left on the ice. Eventually they drop through the ice, settling on the bottom- about 15 to 25-feet below the surface, where for three or four years they’ll provide fish habitat before decomposing. The trees provide cover for small fish and perch spawn in the branches, Scribner said. Other species, like tadpoles use the habitat as well, he said. The cement blocks are left on the lake bottom, but don’t cause any environmental harm, Scribner said.

The trees come in all shapes and sizes from small “Charlie Brown”-like ones to the full and tall that would dominate a room. All of the trees break down quickly once submerged, Scribner said.

While the practice of using Christmas trees isn’t common in Wyoming, similar efforts have been done elsewhere in the state, Scribner said. In Boysen Reservoir cottonwood and pine tree stumps are put in into the lake.

While Game and Fish monitors the area and knows the trees benefit fish habitat,  it’s hard to quantify the impact of the project on fish populations, Scribner said.

Johnson doesn’t need numbers. He knows the fishing is better. They are seeing more age groups of walleye. The locations the trees are dropped are tracked by GPS and those areas have noticeably improved, if a fishermen knows the lake — when and how to fish it.

“It’s all how you do it, where you do it and when you do it,” he said.

And that information, he added like any good fishermen, is a secret.

Get involved:

A date hasn’t yet been set for this year’s tree “planting.”

To volunteer with the project, contact Howard Johnson at (307) 856-1145, or contact Wyoming Game and Fish Lander office at (307) 332-2688.

To donate your Christmas tree, recycle it at no cost at the Lander landfill, Riverton bale facility or the Dubois landfill.

— “Peaks to Plains” is a blog focusing on Wyoming’s outdoors and communities. Kelsey Dayton is a freelance writer based in Lander. She has been a journalist in Wyoming for seven years, reporting for the Jackson Hole News & Guide, Casper Star-Tribune and the Gillette News-Record. Contact Kelsey at kelsey.dayton@gmail.com.

All Natural Fish Feeder Never Needs Filling and Cleans Water

The Hangout Artificial Fish Habitat Fish Feeder

Fishiding habitat products

Product Description

Growing big fish starts with growing lots of food to feed them. In order for the fry and forage fish to thrive and reproduce, they need mass amounts of food to develop and prosper.

Minnows, small panfish and fry feed on film that grows on surfaces underwater called peripyhton. This magical micro-floral community of bacteria and fungi, protozoa and zoo-plankton, dance together forming this wonderful highly efficient, nutrient converting fish food.

Phosphorus and nitrogen are often the biggest culprits in abundant weed growth and eutrophic waters. Converting these nutrients into fish food and ultimately fish, is not new and has been being used with ongoing success sometimes called brush parks. Create the food source and the fish will come.

The more surface area available, the more food can grow. Weed beds are a good example of surfaces for this film to grow and hiding places for the small fish.

The Hangout is where the smaller fish will congregate and eat this highest form of food available, within the protection of the maze of vinyl limbs that surround the feeder bag.

the-hangout-artificial-fish-habitat-feeder.jpg

The plastic mesh feeder bag holds an incredible 400 square feet of surface area from a matrix of woven plastic recycled from drinking bottles. Weighing just over two pounds and approximately ten inches diameter and two feet long, these bags hold the key to fish development.

Over thirty two square feet of flexible vinyl limbs, the same material in all fishiding fish habitat products, complete this protective eating establishment. Dozens of unique habitat models at fishiding.com

Bend limbs and pinch crease with fingers, no tools or additional supplies needed.

Opens to a full 46″wide by 48″ tall, hang at any depth, unit sinks.

Each unit comes with 5.5 pounds of pre-drilled vinyl limbs, ranging in length from 12″-28″ long and 1″-4″ wide with feeder bag with ten feet of mono bait-ball line.

Hang unit from underside of dock or pier for year around fishing action.

Suspend unit from raft or tree limb to keep predators close by your food source.

Attach unit to full size habitat unit or anchor and add foam to feeder bag to add buoyancy.

Tie multiple units together for deep water applications.

Solitude Lake Management Educates Clients about the importance of Fish Habitat and cover

David Beasley, head Fisheries Biologist for Solitude Lake Management talks about the need for fish habitat for a balanced aquatic environment. Fishiding.com and Solitude Lake Management have been working closely together to help clients up and down the East coast improve water quality and fish habitat. Beasley has been a strong leader in helping lake and pond owners understand the multiple benefits of adding and improving fish habitat in their waters. Dozens of unique habitat models at fishiding.com

Together, working with numerous Federal and State agencies , private lake owners, lake management associations and DNR Biologists, habitat restoration and improvement is near the top of everyone’s list.

Artificial fish habitat made from PVC, never decay and only improve with time. Un-like wood, plants and natural products that decay over time and remove dissolved oxygen from the water, bio film and periphyton growth adhere to PVC, creating nature’s finest available food for fry development. This magical film excels in nutrient uptake, converting over abundant phosphorus, nitrogen and other nutrients from the water brought in from run-off  fertilizer, and plant decay. This inert substrate allows algae growth all year long, providing this important “mother’s milk” of small fish development.

Check out all the products available on-line at fishiding.com or Solitude Lake Management and see why the Industry Leader’s are leading with fishiding artificial Fish habitat Products.

Project aims to bring more fish to Smith Mountain Lake

Shallow cover for fry.
Standing on a bank at Smith Mountain Lake, Michael Forte watched as Appalachian Power workers on a barge lowered what looked like a wooden pyramid the size of a small refrigerator into the lake.

Forte, of Franklin County, designed it himself, and now the invention is part of an assortment of habitat devices that will be used to determine how to entice more fish into coves at the lake.

With the help of Internet research, Forte built a similar pyramid habitat and installed it under his boathouse a few years ago. He said it caused a “dramatic difference” in the number of fish swimming in his cove; today, there are dozens and dozens as opposed to very few.

“I just wanted to see if I could attract some fish,” he said. “And it worked.” See the dozens of unique habitat models at fishiding.com

The power company, which uses Smith Mountain and Leesville lakes to produce electricity through a two-reservoir hydroelectric generation dam, hopes to duplicate that kind of success in drawing fish to shallow water areas, said Liz Parcell, a plant manager.

Last week, workers lowered about a dozen similar fish habitat devices in areas shallower than 20 feet in the cove below the Discovery Center at Smith Mountain Lake State Park in Bedford County.

"The Cradle"
“Fine, dense cover for the smallest of fish.

Some of the habitat designs were natural collections of brush and twigs; others were man-made and included cinder blocks, wood pallets and various pipes.

“It’s kind of like a scientific project,” Parcell said.

Some designs resembled objects that might be seen in art galleries, but that will change over time, she said. (possibly the fishiding structures)“They’ll get covered in algae; they won’t look like this for long,” Parcell said. 

The goal is to study what designs work and then share that information with lake homeowners, who in turn could use it to create fish habitats of their own.

Next year, the Virginia Department of Game and Inland Fisheries will send scuba divers near the habitats placed in the water to gauge their effectiveness in drawing more fish, Parcell said.

The work is tied to the 30-year license renewal that the Federal Energy Regulatory Commission granted APCo in 2010, she said. The license, which the commission renewed after years of planning and debate among lake-area stakeholders, calls for a habitat-management plan and improved habitat along the shoreline.

Lake-area residents and landowners will have to obtain permits from the company before installing the habitats, Parcell said. APCo is working to have that process online, she said, and hopes to have it up and running soon.

“Hopefully, no one gets too excited too quickly,” she said.

By: JUSTIN FAULCONER | The News & Advance
LYNCHBURG, Va. —

NOAA Joins Partners to Award $800,000 for Living Shorelines, a New Way to Combat Erosion, Build Fish Habitat

Eric Schwaab, NOAA’s Assistant Administrator for Fisheries, was in Annapolis Thursday with U.S. Senator Ben Cardin, Chesapeake Bay Trust Executive Director Jana Davis, Maryland Department of Environment Secretary Dr. Robert Summers, Maryland Department of Natural Resources Secretary John Griffin and others to announce $800,000 in federal, state and private funding to create “living shorelines” on Chesapeake Bay.

Shorelines, like those in the bay, are often stabilized with hard materials, such as bulkheads and seawalls. Ironically, these structures often increase the rate of coastal erosion, and provide little habitat for fish and wildlife. Living shorelines mimic nature by using plants, sand, and sometimes rock to stabilize banks while maintaining and improving valuable fish and wildlife habitat.

Sixteen homeowner associations, nonprofit organizations, and municipalities in Maryland and Virginia have been selected to be part of the program to develop living shorelines and increase public understanding of the technique.

“In order to fully restore our great Chesapeake Bay, we are going to have to employ a multitude of techniques, including the creation of living shorelines,” said Senator Cardin, a longtime supporter of bay restoration. See the dozens of unique habitat models at fishiding.com

“Living shorelines are a win-win solution to shoreline erosion. They replace hardened structures with more natural, vegetated shorelines that not only prevent erosion and protect shorelines, but also provide habitat for fish and wildlife,” said Schwaab.

NOAA was one of the founding partners of the living shoreline program, which to date has funded 68 projects, created 28,000 linear feet of living shoreline—the length of the Bay Bridge!—and 18 acres of wetland habitat. NOAA and the Chesapeake Bay Trust each contributed $275,000 to the $800,000 award; the Maryland Department of the Environment contributed about $200,000; and the Maryland Department of Natural Resources contributed $50,000.

Wood habitat in Table Rock rotting away after 50 years underwater

This unusual barge can deposit several tons of rock into the lake to help create new fish habitat.

This unusual barge can deposit several tons of rock into the lake to help create new fish habitat. / Missouri Department of Conservation
Written by
David Casaletto
Executive Director, Ozarks Water Watch
The Missouri Department of Conservation uses this unusual barge to dump heavy rocks or tree stumps into Table Rock Lake to help improve fish habitat. MDC also uses a different 'fish habitat barge' to deposit trees and brush piles into the lake.

The Missouri Department of Conservation uses this unusual barge to dump heavy rocks or tree stumps into Table Rock Lake to help improve fish habitat. MDC also uses a different ‘fish habitat barge’ to deposit trees and brush piles into the lake. / Missouri Department of Conservation

Table Rock Lake is more than 50 years old.

When the lake was created, much of the Ozark forest was flooded, and the trees and brush provided cover for the lake’s fish populations. But after 50 years, most of that fish habitat has disappeared.

In 2007, the Table Rock Lake National Fish Habitat Initiative (NFHI) project began with the primary objective to improve fish habitat in Table Rock Lake. Additional goals include: Improve the water quality of Table Rock Lake and its tributaries, monitor the effectiveness and longevity of habitat structures, and develop a framework for a broader national habitat program.

Project partners include the Missouri Department of Conservation, Arkansas Game and Fish Commission, the National Fish and Wildlife Foundation, Bass Pro Shops, The U.S. Fish and Wildlife Service, the U.S. Army Corps of Engineers, Southwestern Power Administration, Ozarks Water Watch, Table Rock Lake Water Quality, James River Basin Partnership and other private groups and citizens.

To improve habitat, the Initiative project places cedar trees, hardwood treetops and recycled Christmas trees in the lake to create habitat with a “fish habitat barge.” The barge was built for this purpose by Tracker Marine in Lebanon, Mo. It is a large pontoon-style boat with a hydraulic lift on the front that raises and dumps the habitat into the lake.

Another barge called the “rock barge” is contracted to place larger (and heavier) habitat structure consisting of rocks, boulders and stumps. The state conservation department gets these materials from developers, contractors and landowners who are clearing land and need to dispose of them.

To date, 1,810 brush piles, 104 rock structures, 76 stump fields, 11 stump/rock combinations and 26 rock “fence” structures have been installed for a total of 2,027 new habitat structures in Table Rock Lake. These structures were placed in areas and depths that are available for fish during most of the year.

They have been located by positioning systems and can be found (and downloaded) on the department’s website at:http://newmdcgis.mdc.mo.gov/tablerock/. In addition, the department has placed green signs on the shoreline near some structures.

The Initiative also recognizes that water quality is a critical component of fish habitat. Funding has been contributed to the James River Basin Partnership, Table Rock Lake Water Quality and Ozarks Water Watch for cost sharing to homeowners to pump out septic tanks and replace failing septic systems.

These water quality organizations have combined over the past five years to pump out more than 2 million gallons of septic effluent and replace more than 100 failing septic systems.

All participants receive a packet of water quality educational materials and septic system maintenance information. Funds are still available to share the cost for pumpouts and for replacing failing septic systems.

See the dozens of unique artificial fish habitat models, fish attractors and fish cover at fishiding.com, the leader in proven science based, fish protection.

To monitor and evaluate the Initiative structures that have been placed in Table Rock Lake, the state conservation department has designated four evaluation techniques: fish sampling, Scuba observations, an angler survey and a black bass biotelemetry study.

By monitoring fish use of the habitat structures, the department is learning what techniques and designs work best for placing habitat during the remainder of the Initiative project and in other lakes in Missouri. Information gathered from the evaluation will allow the department to share ideas and techniques with other state agencies that are working to improve fish habitat in reservoirs.

By all accounts, this is a success story, but is that area going to be loaded with fish? Will a fisherman always be able to find fish off those trees? The only way to find out is to get out there and fish those areas. And the only way for biologists to know if the project is working is if anglers let them know.

Visitthe Missouri Department of Conservation websiteand download the GPS points, print off a map and go fish.

Floating treatment wetlands mitigate lake eutrophication

By Mark Reinsel

ES&E Magaqzine’s May/June 2012 issue

An enhanced floating treatment wetland (FTW) that incorporates air diffuser technology is under evaluation in an ongoing study at Floating Island International in Montana. The latest-generation system lifts and circulates water through floating streambeds within the FTW. This combination of FTW and improved water circulation/aeration is part of a product range called BioHaven®. The primary objective of the study is to determine whether biofilm-based microbes can provide nutrient removal, while increasing fish productivity.

This system, which is a new type of
constructed wetland, has been evaluated
for treatment of agricultural effluent and
municipal wastewater. Cost-effective treatment options for end users with limited
funding will be its greatest benefit. It can
provide treatment of agricultural-impacted
waters, municipal wastewater, storm water
and polishing of tertiary waste water, along with lake restoration.

Fisheries managers will be especially interested in the productivity potential afforded by a biological system, which can reduce algae and grow more (and bigger) fish. See the dozens of unique artificial fish habitat models, fish attractors and fish cover at fishiding.com, the leader in proven science based, fish protection.

Wetland areas have been reduced worldwide, while nutrient loading has increased
with growing human populations. Mass-production agriculture, as practiced in many developed nations, can contribute to hyper-eutrophication in water bodies that were previously low in nutrient concentrations. In fresh water, partly as a result of normal seasonal stratification, nutrient loading can deplete oxygen levels within the livable temperature zone for fish species.


Over the last 11 years, Floating Island
International (FII) has developed the Bio-
Haven FTW technology, which mimics
the ability of natural peat-based wetlands
to purify water. The Leviathan™ extrapolates
this technology by maximizing surface area and circulation, which are key components of wetland effectiveness. The islands are also designed to provide
optimal perennial plant habitat.

System background:
Dissolved oxygen and temperature measurements taken on Fish Fry Lake,
FII’s 6.5-acre research lake in 2008/2009 indicated that stratified water near the
surface was too warm to sustain a trout fishery. While temperatures below the
stratified warm water layer were sufficiently cool for trout, that zone contained
low dissolved oxygen (DO) levels. During late summer, no strata of water could
consistently provide the cold-water, high- DO environment demanded by fish, such
as rainbow, brown and Yellowstone cutthroat trout.
Groundwater containing variable nutrient concentrations enters the lake at an estimated average rate of 18 m3/hr. Surface water also flows into the lake with variable nutrient concentrations and flow rates. Evaporative loss and outflow are balanced to maintain the lake level, which is approximately 9 m deep.

As the lake was filled several years
ago, a series of BioHaven floating islands
covering 5,200 square feet (480 m2) of
lake area and providing over 9.3 ha of saturated surface area was installed. Several
islands were positioned next to the inflow
to maximize exposure to the highest nutrient concentrations.

These islands were designed to maximize production of biofilm (organisms attached to underwater surfaces), and to move nutrients into and through the food web.
After addition of the last 232-m2 FTW, floating islands now cover approximately 715 m2, or 2.7% of the lake’s surface area. Active treatment system with floating streambed Leviathan is an enhanced form of constructed wetland, and is FII’s latest effort to move excess nutrients into the food chain or harvest them. It integrates high volume, low-pressure circulation with matrix surface area constructed of postconsumer (recycled) polymer fibers, for maximum wetland performance.

Air-driven directional diffusers circulate up to 2,300 m3/hr, pushing it through the Bio-
Haven matrix and plant roots. The system’s floating streambed contributes to aeration and nutrient uptake.


The FPZ-brand air diffusers require 3 hp (2.2 kW) to operate, typically with 230V
single-phase power. Leviathan is designed to provide the  complete “wetland effect,” including aerobic, anaerobic and anoxic microbial nutrient conversion. This allows it to treat large, nutrient-rich stratified bodies of water, including “dead zones,” in both freshwater and marine settings. Removal of ammonia, nitrate, phosphate and soluble organic carbon has been demonstrated.

The system can move nutrients from
any depth into and through the islands’
biologically active substrate. In the
process, these nutrients are digested by
beneficial microbes and form periphyton
(attached plant and animal organisms
embedded in a polysaccharide matrix,
similar to biofilm), which is the base of
the freshwater food chain. As these excess nutrients transition into the food chain via biofilm/periphyton, both water quality and fish growth rates can be dramatically improved.
Leviathan can de-stratify water bodies, resulting in greatly expanded habitable zones for targeted fish species. As part of this process, high DO levels can be achieved and maintained, and water temperatures homogenized.


Results:
A 232-m2 Leviathan system, incorporating floating streambeds and grid-powered water circulation, was installed in the lake in April 2009. This system circulated up to 770 m3/hr through the stream channels within the island. Each cubic meter of Leviathan’s matrix, averaging 0.64 m in thickness, provided 820 square meters of surface area.

After 17 months of operation, water clarity had improved from a low of 0.36 m of visibility to as much as 3.3 m. Clarity is now at 5.8 m. Simultaneously, the
water temperature gradient was reduced, creating a larger zone of “livable” water for fish. Two age classes of Yellowstone cutthroat trout were introduced 13 and 14 months into the test. Through the summer of 2010, a favorable temperature/dissolved oxygen strata, ranging from the water surface down to a depth of at least 3.7 m, was maintained as potential cutthroat trout habitat.


One-year-old and two-year-old black crappie were also introduced two months
into the test, and naturally-occurring northern yellow perch were present in the
lake when it was filled. All three species have flourished.

The new aeration scheme in the lake improves water quality by incorporating
dissolved phosphorus and nitrogen into the aquatic food web, in the form of periphyton,
while limiting the growth of deleterious algae. Total phosphate concentrations
are reduced from about 0.04 mg/L to 0.02 mg/L, while nitrate-nitrogen
concentrations decrease from about 0.6 mg/L to 0.01 mg/L.
Fish Fry Lake is relatively unique in that it supports fish accustomed to cold
water (Yellowstone cutthroat trout), temperate water (perch) and warm water
(crappie). Montana officials have made two unsuccessful attempts at sustaining
cutthroat populations in an adjacent stretch of the Yellowstone River.
Fish catch rates and growth rates are now being monitored at the lake. Initial
data show that experienced fishermen catch an average of one perch every two
minutes. Visual observations from diving and an underwater viewing station indicate
that perch approaching or exceeding the Montana state record of 1.0 kg now
inhabit the lake.
The perch harvest at Fish Fry Lake averaged 12 kg of fish per week from May-
November 2011. With a phosphorus content of 0.9% in perch, phosphorus removal
from the lake via fishing averaged 0.10 kg/wk, or 84% of the estimated
phosphorus input to the lake.
In summary, Fish Fry Lake was poised to become another eutrophic waterway, until a new form of applied stewardship was introduced, which reversed the process.

Mark Reinsel is with Apex Engineering.
E-mail: mark@apexengineering.us

Pro’s opinion after one year…Artificial fish habitat rocks!

See what professional fishing guide, photographer and accomplished writer Brad Wiegmann, has to say about fishiding habitat products.

Adding Artificial PVC Fish Attractors with Fishiding

See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the leader in proven science based, fish protection.

PVC fish habitat excels in giving fish what they require-Underwater pictures update

fishiding after four weeks

This next group of amazing shots by Engbretson Underwater Photgraphy, show biofilm and algae growth explode after less than four weeks. Fishiding Reclaimed Artificial Fish  Habitat products made from reclaimed pvc vinyl siding, act as an ideal inert substrate to grow biofilm which in turn feeds and grows fish at a far above normal or average rates. This process called biomimicry, has been perfected and installed with overwhelming success by a company called Floating Island International, which utilizes recycled plastic matrix to create massive amounts of surface area.

See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the leader in proven science based, fish protection.

Area golf courses filled with fish

 Small lakes, streams, lagoons contain prime fish habitat
 
Mark Shaw of Ponte Vedra Beach shows a chunky bass he caught from a lagoon adjacent to a Northeast Florida golf course. Small boats are allowed on the lagoon.  Bob McNally/The Times-Union

Bob McNally/The Times-Union
Mark Shaw of Ponte Vedra Beach shows a chunky bass he caught from a lagoon adjacent to a Northeast Florida golf course. Small boats are allowed on the lagoon.

Most of the world’s best golfers this week gather at the TPC Sawgrass Players Stadium Course in Ponte Vedra Beach. They’re there to tackle undulating and tricky greens, tough bunkers, tight fairways, and water hazards full of gators, snakes and sometimes round white balls.

But also on the agenda of some of those elite golfers is fishing in the ponds, lakes, lagoons and famous water hazards in and around the Stadium Course. Those waters are loaded with fish, including largemouth bass the size of newborn babies. The Sawgrass complex of lagoons and other watery spots is chock full of heavyweight bass, many weighing well more than 10 pounds, and fish to 15 pounds have been caught.

artificial fish habitat by fishiding.com

Those are truly world-class fish that many anglers in many places would pay a bundle to hook.

Often before or after a practice round, or a tough day in the rough, players such as Davis Love III, Tiger Woods, Boo Weekley, Greg Norman, Mark O’Meara and many others have been known to hang up a graphite driver in favor of a graphite casting rod at The Players.

The bass fishing is so good in waters at the Stadium Course that years ago it was voted the best for big bass by elite PGA Tour fishermen. See the dozens of unique artificial fish habitat models, fish attractors and fish cover used at fishiding.com, the leader in proven science based, fish protection.

A poll was taken among the golf pros who fish different courses on Tour to learn which of the many places they visit offers the best fishing. The Stadium Course won by a wide margin.

Only players with PGA credentials, very special guests and perhaps course residents are allowed to fish Stadium Course waters, especially during the tournament. But area anglers should take a tip from the golfers that some of the best and most consistent fishing that anglers could ever hope for can be found in the water hazards and nearby ponds and lakes of golf courses.

habitat for fish installed before filling lake.

Not only do golf course waters have bass, but many are loaded with bluegills, crappies and catfish. In coastal regions, often saltwater species seep into the freshwaters or tidal waters of golf courses. Plenty of golf courses in Florida, Georgia and the Carolinas are full of fish such as red drum, flounder, baby tarpon, snook, ladyfish, black drum and other species.

While great fishing can be discovered in golf course waters, it’s probably wise not to eat fish caught from them because of the pesticides and fertilizers used on nearby turf. Nevertheless, for fun catch-and-release fishing, few places offer better action than golf course waters.

Getting permission to fish golf ponds can be challenging, particularly on private country clubs — which frequently offer the best action. But it’s worth the effort gaining access. Sometimes meeting and talking with the club pro is worthwhile. Explain you’ll not interfere with golfers on the course, and all fish will be released unharmed. Some golf courses are closed on Mondays, which is a prime time to fish their waters, and permission to fish is more easily obtained then. Dawn, dusk and night fishing is worthwhile because golfers are not on courses, and anglers don’t interfere with play.

In many golf course communities, residents and their guests are allowed to fish, so it pays to make friends with golfers. Golf resorts are popular vacation spots, and guests often have permission to fish water hazards as long as they don’t hamper golf play.

In large golf Meccas, frequently several courses are available, and many feature large, wandering connected ponds and creeks that snake around the area. Many such waters appear small, but instead might cover hundreds of acres, with many places surrounded by overgrown vegetation that’s ideal fish habitat.

Sometimes small, lightweight johnboats, canoes, kayaks and float tubes can be put in, which allows anglers to get far away from golfers and other people — to waters rarely fished. Electric fishing motors often are allowed on boats in golf course communities.

At some golf resorts, angling by visitors is encouraged on water hazards, to the point that improved boat ramps are available, and large bass boats even can be launched and used for fishing. Usually, no big outboards can be used, however, only quiet electric motors.

An important plus for golf course waters is that most are small, shallow, and have limited fishing pressure. Therefore, it takes comparatively little time for anglers to locate fish. More often than not, course ponds and lakes were dug by construction crews for use as fill when building greens, tees and bunkers.

Consequently, water hazards commonly have great structures such as holes, underwater islands, humps, bars, tapering points and drop-offs. Some golf ponds are mini-reservoirs, complete with creek channel edges, flooded timber and stumps, riprap and deep dam water.

In some shallow, natural golf course waters there is no well-defined structure to hold fish. In such waters, the outside edges of grass lines and lily pads might hold almost every fish in the lake or pond. Sometimes, ponds have deep undercut banks that harbor big bass and other species, particularly in sunny weather. Find a cool, shady bank with overhanging willows or other trees and you might have discovered the best fishing spot on an entire water hazard.

Bulkheads around greens and near fairway bunkers, and small footbridges for golf carts over water hazards, also can be outstanding fishing spots. I once stopped on such a bridge on a public Florida golf course and looked down into the shadows, hoping to see bass or bream.

Instead, I spotted a school of about a dozen catfish, none less than 10 pounds.

A little schmoozing of the club pro got permission to fish for the cats, and that afternoon friends and I worked them over using baits on bottom. We caught over a dozen hard-fighting channel cats, including one behemoth pushing nearly 20 pounds.

We released every cat, and have several times since fished the same water hazard — no doubt landing and releasing some of the same catfish over several years.

Not once have we seen another angler working the same spot, though many dozens of golfers cross the bridge daily.By Bob McNally

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