StructureSpot

The Largest Fish Habitat Restoration Project in America

The Largest Fish Habitat Restoration Project in America
In 1992 the U.S. Bureau of Land Management in Arizona entered into an ambitious fishery habitat restoration project on Lake Havasu in partnership with 6 state and federal agencies and Anglers United. Natural fish habitat in the lake had deteriorated to the point that sport and bait fish populations were in serious decline and fishing was marginal.

Shimano donated a specially designed pontoon boat adapted from the Shimano Live Release boat program to transport and strategically place thousands of fish habitat structures throughout the lake.

Press Coverage

Shimano Boat .jpg

BLM, Anglers United Agree on $27 Million Project at Havasu

Lake Havasu News Release.pdf

Lake Havasu Kids Fishing Day

Havasu Kids Day.pdf

Bureau of Land Management Thank You Letter

BLM Thank You Letter.pdf

In 2002 the Lake Havasu habitat improvement project was completed, thanks to the donation of thousands of hours of volunteer effort to construct and place fish structures and $40 million dollars of government funding. As one of the largest and most successful fish habitat improvement projects ever undertaken in the U.S. , the foresight of the BLM Arizona State Office under the leadership of Director Les Rosencranz and his capable staff stands as a shining example of what can be accomplished when government natural resource agencies, anglers and interested members of the public and private sector companies work together on behalf of the future of fishing.

Bassmasters of Delaware add needed fish structure


The Eastern Shore Bassmasters of Delaware, in conjunction with the Delaware Department of Natural Resources and Environmental Control (DNREC) have completed a habitat restoration project at Griffith’s Lake in Milford. The club is an affiliated member of the National Bass Anglers Sportsmen Society or B.A.S.S. as it is more commonly known, and the Delaware B.A.S.S. Federation Nation, a state wide federation made up of other clubs within the state to help promote, educate, and conserve the basic principles of freshwater sport fishing in Delaware. 

The club participated in the DNREC’s Division of Fish and Wildlife GO FISH program which stands for Fill In Structural Habitat. The GO FISH program consists of clubs applying to the DNREC program requesting to plant artificial or natural fish attractors in area ponds and lakes to enhance the habitat for all species of fish. Members of Eastern Shore Bassmasters collected discarded Christmas trees after the holidays and constructed bundles of trees that were weighted with concrete blocks and placed in the ponds in areas that are productive places for fish to seek shelter and food.

The tree bundles also serve as fish attracting features along the shoreline to provide more opportunities for shoreline anglers, or bank fishermen.  Multiple shoreline fish attractors were placed in the pond along the fishing access areas including areas along Griffith’s Lake Drive. Two (2) of tree bundles will be made visible to bank fishermen through the Division of Fish and Wildlife identifying the two locations as fish attractors on the pond’s map, and placement of signs at the park indicating such. The other thirteen (13) tree bundles were placed in areas to provide cover and safe habitat for fish throughout the pond.

The tree bundles were constructed by taking two (2) trees joined side by side and tied at the trunks and tips. The concrete blocks were then fastened one to each end of the bundle to help sink the trees and hold them in place in the water. The trees were placed by members of the club, with the assistance from the DNREC Fish and Wildlife workboat and crew on hand to assist, in various locations on the pond in no less than five (5) feet of water, as not to impede boat navigation.

The club considered the idea to enhance habitat in area ponds due to the large numbers of ponds with featureless lake cover and structure such as stumps, weed beds, submerged timber, rock piles, and dock pilings. The consideration was given to bank fishermen as well to attract more numbers of fish closer to shore. The fish attractors will provide opportunities for more anglers as more fish become accustomed to using the tree bundles for cover, food, and staging areas.

Griffith’s Lake was selected as this year’s location as somewhat of a resource management option. The lake back in 2006 suffered an unexpected partial drawdown that occurred when a leak developed under the dam and put it at risk for losing quality fish and habitat. It is the club’s goal to help restore some of the habitat and provide for a better angling experience for more fishermen, as well as provide the necessary habitat and cover with the tree bundles for promoting healthy populations of all fish species.

Club President Dave Perrego and Conservation Director Bob Wallace have been in contact with DNREC’s Cathy Martin, a fisheries biologist for the Division of Fish and Wildlife and GO FISH program administrator since early this year. This is the 2nd habitat planting project in Kent County in two years. The last took place at Killen’s Pond in Felton back in April of 2008.

For more information on how your Delaware club or organization can participate in the GO FISH program you may contact Ms. Cathy Martin at (302) 653-2887, or email her at catherine.martin@state.de.us.

To contact the club to inquire about future conservation projects and general membership, please call Dave Perrego at (302)339-2133, or email the club ateasternshorebassmasters@yahoo.com. The club’s website can also be found at www.eteamz.com/easternshorebassmasters.

 

Fish and Game and Volunteers Restore Fish Habitat

Fish and Game and Volunteers Restore Fish Habitat

Page Last Updated: Wednesday April 20, 2011 10:40pm MDT
Idaho Fish and Game 

Idaho Fish and Game

Today at the old Cove Dam site Idaho Fish and Game along with dozens of volunteers released around 1000 Bonneville cutthroat trout into the wild as a final step in a project that began years ago. Joselin Matkins Director of Sagebrush Steppe Regional Land Trust explains why today was a great day for the partnership. Joselin Matkins, Director, “This is a great day for the partnership with PacifiCorp energy, Fish and Game, all the other partners at the Bear River Coordinating Committee because we released about 1000 Bonneville cutthroat trout into the stream today.”

David Teuscher, Regional Fisheries Manager for Idaho Fish and Game explains the vital role that the cutthroat trout have in the bear river ecosystem

David Teuscher, Regional Fisheries Manager, “The cutthroat trout play an important role, fish eating birds rely on fish resources so in the past native cutthroat trout filled all these streams and tributaries and they were food resources for other things like fish birds so the played an important role in a larger picture.”

Today is the culmination of years of hard work Fish and Game and volunteers have put in to restore the habitat of these fish.

But converting this once dam site to a useable habitat for the fish takes time and effort. Teuscher says many of these fish and game projects like this one would not be possible without the help of volunteers.

Teuscher, “So volunteers play a huge role in the amount of work we’re able to do because as you know labor and things are very expensive and we’re limited by how much we can do on an annual basis on budgets, the more volunteers we get the more work we can do.”

All the hard work and effort does pay off as an important investment in Idaho fisheries for the future.

Teuscher, “In two years when these fish come back upstream to spawn they’ll have that good spawning habitat.”

Those interested in volunteering for Idaho Fish and Game can find more information on their website.

 

Pennsylvania fish habitat regulations/information

PFBC Cooperative Fish Habitat Management Programs for Lakes
What You Need to Know
The Pennsylvania Fish & Boat Commission’s Cooperative Lake Habitat Improvement Program has been in existence for over twenty years.  With the foundation of the Division of Habitat Management, Lake Habitat Cooperators have more options than in the past.  Currently two Commission programs exist solely for the purpose of working with individuals, organizations and other state and federal agencies to manage habitat improvement projects in commonwealth lakes and impoundments. The Cooperative Habitat Improvement Program (CHIP) and the Technical Assistance Program (TAP) are cooperative programs that are managed by staff within the Division of Habitat Management’s Lake Section that is part of the Commission’s Bureau of Fisheries, located in Bellefonte, PA.The Lake Section’s CHIP program is for long term fish habitat enhancement projects with cooperators that are able to partially fund projects with the Commission. The lake or impoundment to be improved must be state or federally owned or open to the public through an easement or management agreement.  Trained Commission staff may provide technical assistance in design, in permitting, in artificial habitat construction and placement oversight.  The trained Commission staff may also use specialized equipment and operators to construct artificial fish habitat structures. The Commission can provide matching material funding for Active CHIP Lake Projects. 

The Division of Habitat Management’s TAP program is aimed at short term projects that require only technical assistance. This technical assistance comes in the form of project design. Like the CHIP program, habitat managers will conduct habitat assessments and inventories of the individual lakes or impoundments and provide a CAD-drawn plan map showing depths and waypoint locations of specific artificial fish habitat structure proposed for the lake.  The cooperator will receive this plan map and the associated plan narrative as a management plan for the waterway.  Pennsylvania Fish & Boat Commission funding is not available to TAP cooperators, but lakes not open to the public may receive technical support through TAP.  Both the CHIP program and the TAP program have been created to manage the design, the construction and the placement of artificial fish habitat in Pennsylvania lakes and impoundments.

Questions and answers about Lake Habitat Management in Pennsylvania Lakes
What is artificial fish habitat? Artificial habitat is fish structure designed to provide habitat features that allow fish (vertebrate and invertebrate animals) and reptiles to accomplish their daily and seasonal performance tasks with greater efficiency.  Man-made habitat is considered artificial because it does not occur naturally.  For the most part, the man-made habitat is used in man-made lakes (reservoirs & impoundments) which are artificial aquatic environments.Does the Commission have to get permits to place fish habitat in Lakes? The Commission’s Division of Habitat Management assists CHIP cooperators in their request to receive state and federal encroachment permits for fish habitat enhancement structure placement. TAP cooperators may use the Lake Section Designed Plan in a permit request to Pennsylvania’s Department of Environmental Protection. 

What does Fish Habitat Improvement accomplish? Artificial fish habitat may provide opportunities for angers to have greater success if the artificial habitat is accessible.  But the main objective, is to increase the abundance of submerged native habitat materials, primarily, wood and rock rubble, through engineered structure design, that mimics native or natural habitat found in Pennsylvania impoundments. Wood and rock rubble are the key habitat elements that invertebrate and vertebrate animals use in lakes and impoundments.  When the utilization aspect of fish habitat improvement increases the anglers’ success and provides opportunities for aquatic animals to increase in abundance and in efficiency, it is a win-win lake management tool.

How expensive is Fish Habitat Improvement? Artificial fish habitat structure varies in cost due to the type, to the dimensions, to the materials used and to the regional values.  An average cost of a typical, volunteer built, Pennsylvania style artificial habitat structure is $50.00. Add the cost of Commission staff time to design and to oversee project implantation, plus fuel and transportation costs, the estimated value of a typical submerged Pennsylvania style artificial habitat structure equals approximately $100. Considering that 90% of all Pennsylvania style artificial habitat structures constructed and placed in the last two decades are still submerged and functional, it is a pretty good value.

How much does a typical Fish Habitat Improvement Project cost? Due to regional variations in material, transportation costs and inflation, project costs may vary. However, an average small scale fish habitat annual project may cost between $750 and $1,500. Normally, the Commission’s material costs are $500 to $1000 and the cooperator’s material costs are $250 to $500. The cooperator’s 50% cost match also includes, the value of the volunteer time. Typically speaking, between volunteer time and cooperator material and equipment continuations, the CHIP cooperator exceeds the 50% value of the project cost. Large-scale projects are far more expensive, averaging $10,000 to $50,000 depending upon the size and structure of the Large Scale Fish Habitat Project.

What is the difference between large-scale and small-scale projects? Small Scale Lake Fish Habitat Projects have been part of habitat management for over 20 years and continue to be the mainstay of CHIP. Small scale projects normally have a 3 to 9 year life span, but a few have been ongoing for 20 years. Typically, a small scale project is conducted annually.  Using adult and/or youth volunteer labor along with lake section staff and equipment, it is possible to construct and place 10 to 100 Pennsylvania style wooded artificial fish habitat structures in a single day.

Large Scale Fish Habitat Projects are created by one of two basic elements in impoundments that have a dire need for habitat.  One basic element is the impoundment in a condition where a large amount of habitat can be placed in a short period of time, such as a dam breach, a lake reclamation or a maintenance water drawdown.  The other basic element is when funding becomes available, through a grant or a donation that provides the cooperator and the Commission an opportunity to accomplish a large-scale habitat project.  Large scale projects may provide opportunities for volunteer involvement, but are typically accomplished using specialized aquatic and land-based equipment to construct and place hundreds of artificial habitats in a single day. Large scale projects may last a couple of weeks to a month.

Who does the Commission work with to accomplish Lake Habitat Projects? The Commission’s CHIP program works with numerous organizations and agencies to cooperatively conduct small and large scale fish habitat projects. State agencies like, Pennsylvania’s Department of Conservation & Natural Resources’, Bureau of State Parks and the Pennsylvania Game Commission have been long time partners and cooperators. The U. S. Army Corps of Engineers, the U. S. Fish & Wildlife Service and the U. S. Forest Service continue to be valuable partners in the CHIP program. Numerous County Conservation Districts and County Park and recreation agencies have been long time cooperators, along with organizations like the Pennsylvania Bass Federation, the individual bass and fishing clubs, and the lake associations across the Commonwealth.

This does not include the hundreds of youth and adult volunteers that work with cooperators annually, to provide the muscle to accomplish the 50 plus small scale projects that occur every year. Other state’s agencies are also involved in Pennsylvania’s cooperative fish habitat program.  Ohio’s Department of Natural Resources’, Division of Wildlife, and Ohio State Parks both are involved in the annual habitat management project at Pymatuning Reservoir, since a portion of Pymatuning Reservoir is in Ohio.

How do you determine if Artificial Habitat is beneficial? Scientifically speaking, determining the fishery population value of artificial fish habitat in a large impoundment may be close to impossible. An impoundment is an incredibly complex aquatic ecosystem and fish populations and natural habitat abundance vary greatly from day to day, season to season and year to year, due primarily to regional environmental conditions. The fish use of artificial habitat can be documented through various sampling methods.  The night electro-fishing is the method most often used to sample habitat in depths of 5’ or less.

Deep water habitat has been evaluated using submersible cameras and scuba diving.  All of these are intrusive methods that can be used to study fish use of artificial habitat. A less intrusive method, but also less effective, is sonar sampling of habitat sites. Sonar can be used to determine if fish are relating to the artificial fish habitat structures, but sonar is not as effective to determine the abundance or the species richness as the other methods. Angling and angling satisfaction are another means to determine the value of a fish habitat improvement project.

The Commission uses all of these methods in regimented studies, in passive sampling and in undocumented discussions with anglers and facilities managers. The Division of Habitat Management is increasing the amount of sampling and monitoring to try and learn more about fish and reptile use of artificial lake habitat structures.   This comes at a good time, since in the near future we will be accomplishing more habitat projects than ever before.

How many Lake Habitat Projects will the Commission be involved in by December 2009? It is estimated that the Lake Section will be involved with and conduct over 100 Small Scale Fish Habitat Projects and 6 Large Scale Fish Habitat Projects by 12/30/09. An estimated 3000 artificial habitat structures will be placed in Commonwealth lakes with the Commission spending an estimated $25,000.  The cooperator and grant estimated contributions to total $125,000.  Between grants, Pennsylvania Fish & Boat Commission project funding and cooperator contributions; the 4 person Lake Section is preparing to accomplish 100 lake habitat projects with an estimated materials cost of $150,000 in the next two years.  This is an average cost of $50 per fish structure.  This artificial habitat should last at least another two decades into the future.

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Habitat Improvement
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Spring Bass fishing Tactics

Each and every spring, bass angling fanatics yank out their bass tackle and start for the lake. Most are starting the season a little too early, but Continue reading “Spring Bass fishing Tactics”

Fish Habitat Partnerships/ NFHAP

Partnerships Fish Habitat Partnerships
Partner profiles

Fish Habitat Partnerships

 

Southeast Aquatic Resources Partnership
Southeast Regional Partnership boat 

The Southeast Aquatic Resources Partnership (SARP) was initiated in 2001 to address the myriad issues related to the management of aquatic resources in the southeastern United States, which includes about 26,000 miles of species-rich aquatic shoreline and over 70 major river basins. The area faces significant threats to its aquatic resources, as illustrated by the fact that 34% of North American fish species and 90% of the native mussel species designated as endangered, threatened, or of special concern are found in the Southeast.

http://southeastaquatics.net/

Matanuska Susitna Basin Salmon Habitat Partnership
Mat-Su Basin 

The Matanuska-Susitna Basin, or Mat-Su, covers 24,500 square miles in southcentral Alaska, roughly the combined size of Vermont, New Hampshire, and Massachusetts. The basin supports thriving populations of chinook, coho, sockeye, pink and chum salmon as well as world-class rainbow trout, char, and grayling, making it one of the country’s premier sportfishing and wildlife viewing destinations. Salmon and other fish are at the heart of Alaskan ecosystems, economy, and culture.

 

Driftless Area Restoration Effort
Driftless area stream 

The Driftless Area is a 24,000 square-mile area that encompasses portions of southeast Minnesota, northeast Iowa, southwest Wisconsin and northwest Illinois bypassed by the last continental glacier. The region has a high concentration of spring-fed coldwater streams and is recognized for its high diversity of plants, animals, and habitats. The Driftless Area Restoration Effort (DARE) partnership formed to address habitat degradation, loss, and alteration that are the primary factors contributing to the decline of fish populations in this unique region.

Driftless Area Restoration Effort website

 

Eastern Brook Trout Joint Venture
Eastern brook trout 

In 2005, in recognition of the need to address regional and range-wide threats to brook trout, a group of public and private entities formed the Eastern Brook Trout Joint Venture (EBTJV) to halt the decline of brook trout and restore fishable populations of this iconic species. The EBTJV directs locally-driven efforts that build partnerships to improve fish habitat, working to ensure healthy, fishable brook trout populations throughout their historic eastern United States range.

www.easternbrooktrout.org

Western Native Trout Initiative
 

Apache troutApache trout (George Andrejko, Arizona Game and Fish Department) 

Trout are important as an “indicator species” of a watershed. When a watershed is in trouble, the trout are the first to die. Species like the greenback cutthroat, gila, and westslope cutthroat trout thrived in Western watersheds until their habitats were altered because of roads, dams, agriculture, and logging. Human introduction of non-native trout species, such as rainbow, brown and brook trout put further pressure on native species by out-competing them for food and by eating native fry. Conservation of Western native trout and their habitats is critical in maintaining their cultural, scientific and recreational value.

www.westernnativetrout.org


WNTI December 2010 Newsletter

WNTI 2010 Annual Report

Southwest Alaska Salmon Habitat Partnership
 

Photo Credit: Greg Syverson 

The Southwest Alaska Salmon Habitat Partnership is a made up of local communities, Native organizations, subsistence users, anglers, hunters, commercial fishing interests, lodge owners, hunting and fishing guides, tourism interests, non-profit organizations, federal, state, and local agencies and corporations and foundations working cooperatively to conserve fish, wildlife and habitat and perpetuate the uses they support through voluntary habitat conservation in Southwest Alaska.

http://www.swakcc.org/

Midwest Glacial Lakes Partnership


Desert Fish Habitat Partnership
 

 

Mexican StonerollerMexican Stoneroller 

Desert fish have declined across these arid lands as a result of habitat loss and alteration and the widespread introduction and establishment of nonnative aquatic species.  Despite numerous federal and state laws, regulations, and policies to protect and recover native desert fishes and their habitats, most of them remain imperiled.Current habitat conditions and threats require specific management actions and focused consideration of desert fishes if these species and their habitats are to be protected and remain viable into the future.

 

Desert Fish Habitat Partnership website

Desert Fish Habitat Partnership Newsletter (Oct. – December 2010)

 

Hawaii Fish Habitat Partnership
 

 

`O`opu nopili `O`opu nopili 

The Hawaii Fish Habitat Partnership is composed of a diverse group of partners that have the capacity to plan and implement a technically sound statewide aquatic habitat restoration program.  In addition to state and federal resource agencies, our partners include local watershed coalitions, non-profit organizations, industry groups and private landowners who are interested in increasing effective stewardship of stream, estuarine, coral reef and coastal marine habitats.  The partnership is supporting on-the-ground restoration including removal of barriers to native fish and invertebrate migration, controlling invasive riparian vegetation, improving water quality in coastal areas and contributing to educational support for native Hawaiian student interns.

 

Atlantic Coastal Fish Habitat Partnership
The geographic extent of the ACFHP stretches from Maine to the 
Florida Keys, including all or part of 16 States. It covers 476,357 square miles, including land areas inland to the headwaters of coastal rivers, and ocean areas outward to the continental slope. The ACFHP plans to work throughout the region, but will focus on estuarine environments and place less emphasis on coastal headwaters and offshore marine ecosystems. 

The Atlantic coast is home to some of the most populous and fastest growing areas of the United States. Aquatic habitats of the Atlantic coast are being heavily impacted by avariety of human disturbances.

 

http://www.atlanticfishhabitat.org/

 

Great Lakes Basin Fish Habitat Partnership
The international Great Lakes Basin is a unique and young-of-year Lake Sturgeon (Photo Credit: USFWS)
biologically diverse region containing the largest surface freshwater system in the world, with sport and commercial fisheries valued at over $7 billion annually. The fishery and aquatic resources of the Great Lakes have suffered detrimental effects of invasive species, loss of biodiversity, poor water quality, contaminants, loss or degradation of coastal wetlands, land use changes, and other factors. 

The Basin includes all of Michigan; portions of New York, Pennsylvania, Ohio, Indiana, Illinois, Wisconsin, and Minnesota in the U.S. and Ontario and Quebec in Canada. It covers 295,710 square miles, including 94,250 square miles of surface
water and 201,460 square miles of land in the U.S. and Canada.
The Great Lakes and connecting waters have over 11,000 miles
of coastline.

 

Great Lakes Basin Fish Habitat Partnership Website

Great Lakes Basin Fish Habitat Partnership Project Update (FWS Fish Lines)

 

Ohio River Basin Fish Habitat Partnership
The Ohio River Basin Fish Habitat Partnership was formed toOhio River Basin (Photo Credit: Ken Cooke)protect, restore, and enhance priority habitat for fish and mussels in the watersheds of the Ohio River Basin.  We pursue this mission for the benefit of the public, but what brings us to the table is as diverse as the basin itself.  Whether it is sport fish, mussels, imperiled fish, water quality, or one of many other drivers, what bonds us is the Basin and our desire to work together to protect, restore, and enhance her aquatic resources. 

The partnership encompasses the entire 981 miles of the Ohio River mainstem (the second largest river in the U.S. as measured by annual discharge) and 143,550 square miles of the watershed.  A decision was made to exclude the Tennessee-Cumberland sub-basin to limit overlap with SARP.

Great Plains Fish Habitat Partnership
Streams of the Great Plains are home to a wide diversity of Topeka Shiner (Photo Credit: Garold Sneegas)
aquatic fauna adapted to harsh changes in temperature and water availability.  Low human population density has enabled many Great Plains streams to remain relatively unimpaired, yet aquatic species have experienced a slow but steady decline in abundance and diversity during the 20th Century and continue to face challenges that threaten their viability. 

Existing habitat loss are attributed to numerous factors including the conversion of native prairie to land uses for agriculture, energy development, and urbanization, which are reflected in degraded water quality, water quantity, fragmentation, and isolation
of rivers from their floodplains. Climate change and invasive species
are also factors affecting Great Plains stream habitat.

http://www.prairiefish.org

 

Reservoir Fisheries Habitat Partnership
Reservoirs are inextricable parts of our natural landscapes; Lake Houston (Photo Courtesy: TPW)
they cannot be isolated or dismissed in conservation management. Constructed to meet a variety of human needs, they impact almost every major river system in the United States, affecting to various degrees habitat for fish and other aquatic species and, in turn, affected by the health of the watershed in which they reside. Reservoirs, their associated watersheds, and their downstream flows constitute interdependent, functioning systems. Effective management of these reservoir systems – maintaining their ecological function and biological health – is essential to the conservation of our nation’s aquatic resources and their habitats. It requires that we minimize the adverse impacts of reservoirs on their watersheds (and watersheds upon reservoirs) and maximize their utility for aquatic habitat. 

www.reservoirpartnership.org

 

Kenai Peninsula Fish Habitat Partnership
Kenai Peninsula Fish Habitat Partnership is a conservation 
partnership developing on the Kenai Peninsula, Alaska. This partnership is working with the National Fish Habitat Action Plan to protect, restore, and enhance our area’s fish
and aquatic communities. 

Kenai Peninsula Fish Habitat Partnership website

 

California Fish Passage Forum
The mission of the California Fish Passage Forum is to protect
and restore listed anadromous salmonid species, and other
aquatic organisms, in California by promoting the collaboration among public and private sectors for fish passage
improvement projects and programs. Species of concern include: coho and chinook salmon, and steelhead trout.
 

California Fish Passage Forum

California Fish Passage Forum (Western FHP Presentation – July 2010)

Fishers & Farmers Partnership
Our vision rests on a belief that the combined experience, Seitz Farm
knowledge and skills of fishers and farmers can measurably improve the health of land and streams in the altered landscape of the Upper Mississippi River Basin. To advance this purpose, rural landowners voluntarily develop and implement science=based solutions to local water quality issues, with the support of conservationists. As landowners achieve their own goals for conservation and sustainable prosperity, successful practices will be demonstrated and effects measured, lessons will be learned and shared throughout the basin, and ultimately a globally significant landscape will be renewed. 

http://fishersandfarmers.org/

 

“Candidate” Fish Habitat Partnerships
Currently (January 2010) four “Candidate” Fish Habitat Partnerships have stated their intent to apply for recognition as an official partner under the National Fish Habitat Action Plan. The only partnership to state their intent to apply for recognition during the 2009 NFHAP calendar year was the Pacific Marine and Esturine Fish Habitat Partnership.  Below is a current listing  of “Candidate” FHP’s:

Salmon In The City 

Salmon In The City (Western FHP Meeting Presentation – July 2010)

North American Salmon Stronghold Partnership

North America Salmon Stronghold Partnership (Western FHP Meeting Presentation – July 2010)

Lower Mississippi River Conservation Committee


Pacific Marine and Estuarine Fish Habitat Partnership

Pacific Marine and Estuarine Fish Habitat Partnership (Western FHP Meeting Presentation – July 2010)


 

Spring is time for Crappie fishing and adding new fish habitat.

Well folks now that the winter is near over and the ice is off most of the lakes, ponds, rivers and streams all we need to do know is wait for the crappie spawn to catch some big slab spring crappie Wrong! Spring crappie fishing right after ice out is the most amazing time of year to catch trophy slabs. The fishing pressure will be light because of the still very cold weather. If you can tolerate some very inclement weather you will experience some of the most amazing spring crappie fishing.  

After ice out it is time to go out and start your spring crappie fishing. The crappie are still in deep water but will start their move into holding areas close to their spawning beds. They will be hungry and will their feeding in earnest The water is extremely cold, so you will have to use a very slow bait presentation. The trick is being able to locate the fish, there are some fundamentals you need to be aware of to find the big slab pre-spawn spring crappie. Oh you won?t have to be out on the lake at first light either. It has been my experience , afternoon is better this time of year because there is some sun warming and the crappie feed on the moving bait fish more in the afternoon.

Start your fishing at the last ice fishing location. If you don?t ice fish contact some ice fisherman and find out their last fishing locations. The fish will be holding at these locations right after ice out. If your lake is shallow, head to the deeper boat channels around your lake, the fish will be locate here. In deeper lakes head to narrowing creaks and channels feeding off the lake the spring crappie will be located there. I rivers head for channels that feed off the main river.  

When fishing In cold water I prefer ultra light equipment. When your fishing for spring crappie the bite will most likely be very light. You need to be able to feel the bite to catch fish Use 2lb test and an open face reel and a graphite rod, with a good tip. If you are breaking line and snagging a lot move to 4lb fluorocarbon.. I recommend you use 1/32oz or 1/16oz jig heads that have eyes painted on them. The color of the jig head can very, but my preference is chartreuse or pink. with split tail plastic tubes. with some glitter color. My preference is to use clear color tubes with some glitter color in them for clear water. In murky water use white or yellow. If the water is real muddy use chartreuse.

If you use these tips you will be successful. When you catch a giant slab crappie in early spring there is no better feeling. Well good luck with your spring crappie fishing.

Don’t for get to build up the fish habitat for your crappie to enjoy. Shallow habitat for fry is the first step in growing big slab crappie. Artificial fish attractors and fish habitat grow algae fast and protect young fry for larger predators.   Fishiding.com

Structure fishing 202

Structure Fishing 202
By Paul Crawford
Advanced Structures

In our last article, we looked at the basics of structures and what to look for in a structure. This month, let’s look at some of the more unusual structures that have proven to outperform the normal ledges and holes. These are candidates to be honey holes, that can produce giant stringers on a consistant basis.

An old structure fishing adage, which is all too true, is: “If you are on a good structure and you’re not catching fish, it only means there’s something better near by.” In most cases this will be a difference in the cover. An isolated hydrilla ball on a ledge may draw fish from several hundred yards in all directions. But there is still the odd case, where the cover and depth remain fairly constant, and a “secondary structure” is the bass magnet. These honey holes have the huge advantage of not changing from year to year. Add good cover to a secondary structure and it’s almost a sure fire winner. For this reason, these more hidden structures are well worth the time, trouble, and gas to find. Once you’ve found one, remember it! It can produce fish year after year for you.

The Funnel

Funnels are some of the absolute best structures to be found when fish are moving between open water and shallow flats to feed or spawn. They are the main entrance to a flat and will not only hold a number of fish close, but will replenish themselves by the hour. Funnels are at their best during Spring and Fall, and expecially good for about an hour before and after both dawn and dusk.

A Funnel is an oversize cut in a flat’s ledge with gentle slopes on both points and a gentle slope up onto the flat. The most common example of a Funnel is a creek mouth in a resevior where the channel has filled in over time. Most Funnels can be found fairly close to shore and leads into only a few feet of water. Since this is a shallow water structure, cover is common, and since they are often old creek mouths, it’s not unusual to have a break in the surrounding cover right at the edge of the structure. On occassion, you can even find the reverse. I’ve seen Funnels where the surrounding flat is fairly bare due to a hard bottom, but the old silt deposits give a great base for a weed bed.

Don’t confuse a Funnel with a simple creek mouth. With a creek mouth, the creek bed running across the flat may be the structure the fish relate to. At the very least, a creek bed makes moving past the creek mouth an attractive option, so you don’t see too many fish ganged up at a specific point. But gently fill in the creek bed, and the mouth becomes a Funnel and is the only game in town.

In natural lakes, flooded creeks are merely a rumor. But you can still find Funnels in surprising numbers. Look for the intersection of a ledge and a hole. If the intersection is somewhere in the middle of the ledge and somewhere on the smaller side of the hole, you’ve got a Funnel. Better yet is the case of a hole or depression which happens to open out to the main lake body. In the younger natural lakes, these spots are a regular feature and is why it’s now easy to find boats out in open water.

Funnel size is a matter of choice. Some people like large Funnels with a wide gap between large rounded points. For me, that’s more of a case of a twin point with a round ledge in between. My personal preference is something around 100 feet across at most. This gives me a distinct, well defined area to fish that I can cover in about 3 casting lengths. When I’m fishing these secondary structures, I’m looking for a spot, not an area.

The Saddle

A saddle is nothing more that a small ridge that runs between two holes. If you find a hole close to another, or a hole in a flat just off the main lake body, then you’ve got a Saddle. This is another case where you’re setting in the middle of a major underwater highway. Fish moving from one hole to the other, or from one side of either hole to the other, will most likely use the saddle to get there. A difference between a Saddle and a Funnel is with the Saddle, fish only rarely live there. This is a spot when fish are on the move. It’s one of my favorite spots on an approaching front when fish are moving around either feeding up or getting ready for the cold weather. Saddles also are a convenient place for fish to chase a school of bait, so it’s a great place to find schooling fish in the Spring and Fall.

Use the same rules as any other structure when deciding if a spot is a Saddle or simply the area between two holes. If it’s more than say 100 or 150 feet across, it’s not really a good Saddle. But also understand it needs to have a definate top or flat, so it can be too narrow as well. A narrow ridge that bisects a hole is a good spot, but not as good as a true Saddle.

Because you’re kind of setting in the middle of the highway, not at a rest stop, Saddles must be fished carefully. When fish are moving, Saddles are great. When the fish get where their going, Saddles can burn you in a heart beat. Use your depth finder carefully when approaching a Saddle. If you don’t see some marking that can be interpreted as moving fish, don’t stay on a Saddle too long. My general rule of thumb is if I can catch at least 1 legal fish within 15 minutes, then I may wait them out for an hour or so. But at 16 minutes after I pull up without a legal bite, I’m a memory.

Secondary Points

One of the better known major structures are points. But often, a point is not a pure classical cone extending out into the lake. Sometimes, you can find a protrusion off one side of the point or very near it’s base. These smaller structures are secondary points, or a point on a point. There are several wonderful features of secondary points. It will share all of the features of the main point but will give you another location surrounded with deep water on three sides, plus the two inside curves where the base of the secondary joints the primary point. This corner,where the two points meet, is most of the time the honey hole.

This is one of the few times where you can’t get too small. A secondary point that extends even a few feet out from the side of a main point can consentrate every fish in the area. Not all of the points extend out at right angles, some of the best go out at an acute angle. The inside corner of an acute angle point acts almost exactly like the Funnel we discussed earlier. An don’t be fooled by a secondary point that tops out at a different depth than the main point. A secondary point may extend out half way down the side slope of the primary point and still be a great place if you’re a fish.

Secondary points tend to be the way-point on the underwater highway. Fish that may roam over the rest of point to feed will return to the secondary point to rest and digest. In other words, this is where they live. Since fish will be moving in and out of the secondary point, you need to be as well. Mark the location of the secondary point and make a few casts to the three key areas: the tip and both corners where the points join. If you catch a fish, keep at it. If you don’t catch a fish, or if you catch one and then nothing, move off the point for a few minutes. After you fish the top and sides of the main point as usual, come back to the secondary point for another pass. Oddly enough, you will often find a secondary point won’t really start producing until the fish stop biting everywhere else and move into rest.

One other thing to keep in mind when fishing anywhere you think the fish normally live is to downsize your bait. When fishing structure that congregates fish, they will most of the time be neutral at best, and negative as a rule. If a fish returns home after feeding, he’s not likely to want to chase a big crankbait or fill up even more with a 10″ worm. I call it the “desert principle.” If my wife has just fed me a 16 oz steak, I’m likely to refuse the offer of another one. But give a few minutes after my steak, and I might find room for a brownie. When you fish where they live, go small and slow.

Corners

One of the easiest structures to find and one of the lightest fished is a corner. Of course, corners come in two flavors, inside and outside. Both flavors are formed by the junction of two other structures, usually just your plain vanilla ledges. Although it would seem that an inside or out side corner would be about the same, they have to be approached from virtually opposite directions. But they do share one fact, either can hold a ton of fish under the right conditions.

The inside corner is the most common and exists, if nowhere else, someplace on just about every large hole. We’re looking for something that approaches a right angle, not just a smoothed out bowl side. The abrupt change in direction is what consentrates fish. But the odd fact is the fish are only rarely right in the corner. The normal case is where the fish live just off to one side, generally along the lower edge. The visualize why this is true, look at how a fish can use a corner. If you’re a fish, and hang around just off a corner, chances are fairly good if you wait long enough, another fish will chase something good to eat along the opposite ledge right into where you are waiting. This is known as free food, a huge plus if you’re a fish. Now, if you would take the trouble to chase some bait along your side of the ledge, and you and the other fish both get to the corner about the same time, then you both get free food, even better. Turns out, this is pretty much what you find when fishing inside corners. There may always be the odd fish hanging out just off one side or the other, and it’s one of the better spots on the lake to find a school of fish during Spring and Fall. Fish don’t seem to live on inside corners unless there is something else about it which will hold them there, (brushpiles, hydrilla balls, etc.) It is a place fish like to visit and hunt even when not schooling, so inside corners do replinish themselves regularly. They tend to be one of those good places to know even during the off seasons. Fish around an inside corner are normally aggressive and actively feeding, so you can cover the water with a fast bait and still get most of what’s there. Crankbaits and Spinner Baits pulled parallel to one of the ledges work well. I prefer to work a corner from the shallow sides first, and move to deeper water only after covering both ledges for about 50′ down either side. Try to cast at an angle along the face of the ledges even after you’ve moved deep. Jigs and plastic worms work well when emerging from cover on the top of a ledge and working down at an angle away from the actual corner.

The outside corner is just about the same thing, only completely different. Once again you have two ledges that meet, but it’s now closer to a point. You would still like a corner that’s about a right angle, and a fairly quick drop on the slope would help. But this time, a drop of about 5 feet to a deeper flat would be ideal. There will be a few fish hanging around just off the corner at the bottom of the ledge, and the corner itself is still not all that great. The bigger fish, however, will not be beside the structure at all, but will instead be just off the structure in open water. Let’s look at an outside corner from a big fish view point. You’re big enough to not need the shelter of the ledge, and drawing back from the corner, looking down one side of the ledge, gives you the best view of the entire structure. The smaller fish will chase the bait along each ledge until the bait runs off the end, at the corner, and all you have to do is wait for it to happen, free food. Big fish are already notoriously lazy, and such an easy hunting spot will do nothing for exciting one either. Expect the smaller fish around the corner itself to be fairly aggressive, but the bigger fish will be neutral. To get the most out of one of these spots, start with the boat out in deep water where you cast will just reach the corner, then work the bait slowly over the deep flat. How far to work it will depend on depth and water clarity, but in clear water, out as far as 50′ may still be productive. After working your way around the corner on the outside, move parallel to the ledge and work the bait on a slant from the top of the ledge away from the corner. The outside corner seems to be at it’s best during the summer and winter, when fish relate to deeper structure. The only difference between the seasons is the grade of the slope, where you’d like a steep grade on at least one side in cold water..

Humps, Clumps, and Islands

Humps or underwater islands have long been sought as a prime structure during the summer season. Even humps only a few feet across can harbor literally hundreds of bass over and around the slopes. But not all humps are created equal, pick your spot carefully. You’re looking for a hump that is high enough to either have cover only on the top flat, or at least have a distinct change in the type of cover close to the top. Small to moderate size humps work better than large humps. And you’d like your hump to be surrounded by a fairly plain flat in deep water, but still have some other type of structure within a couple of hundred feet, so we’re not too isolated.

In natural lakes, Humps are another one of those places fish live. Humps are at their best in the middle of the day or night, when not every fish is out hunting. Bass will suspend around the hump as well as burying up in the cover, so a wide variety of lures will work, if you keep them small and subtle. Work all portions of the hump, but pay particular attention to the upwind and downwind sides. A wind current can turn a good hump into a honey hole of legendary proportions.

In reservoirs, current can be the key. Bass will still live around a hump, but may wait until a current is passing the hump to feed. In these cases, presenting the bait drifting with the current can load the boat in a heart beat. A few fish will position themselves in front of the hump, particularly if there is a steep bank on the leading edge. Most of the fish will snuggle down behind the hump and see what drifts by. This is the classic case of free food, and one of the easier lives you can lead if you’re a bass. If smallmouths are in the lake, this pattern can work 10 months out of the year, taking a break only during the spawn.

Even if you can’t find a true hump, this is one case where cover can comprise structure. A dense, isolated weed bed can make a very good imitation of a hump if nothing else is available. Sometimes you can find a flooded mound of timber stumps that make another good hump for all intents and purposes. Man made objects on the lake bottom, such as old sheds, tractors, or cars can be fished just like a hump if in the right position. I once dove down to find one of my favorite humps was a ’47 Ford Pickup in 30′ of water.

As with most structures, you can have too much of a good thing. Use our usual guidelines of a couple of hundred feet to distinquish between a hump and an island. Underwater islands are good, just not isolated. Underwater islands are best approached as a single round ledge and more or less ignore the center of the island unless a cover change or some other feature draws you there. There are usually several secondary structures surronding an island such as points or cuts, but pay a bit of additional attention to wind or power currents. The up current and down current sides of an island are normally more productive than the sides unless heavy cover breaks up the current as it flows past.

Fishing structure is more than a passing fad. Structure fishing, particularly in deep water, is a skill that will become required as more pressure is applied to the lakes and fish in future years. It’s not a difficult undertaking, it simply requires a bit of thought and a willingness to learn new things. Once you give it a try, I think the success will keep you off shore most of the year. So, see you in the middle!

Paul Crawford

POND BOSS Magazine is the world’s leading resource for fish, pond and fisheries management information including discussions on muddy water, raising trophy fish, fish feeding, building a pond, algae control and more. Check us out at www.pondboss.com or contact Bob Lusk, the Pond Boss himself, at 903-564-5372. His books, Basic Pond Management, Raising Trophy Bass and Perfect Pond, Want One, may be purchased by calling 800-687-6075 or ordering online at www.pondboss.com

Structure fishing 101

Structure Fishing 101
By Paul Crawford
If there has been any real revolution in fishing over the last 20 years, it’s been “structure fishing”. Bass fishing as a sport, depended on shallow water “bank beating” since it’s inception. Over the last 20 years, it has become fashionable to wander off shore in search of more and bigger fish. Much has been written and discussed, but there still seems to be some confusion over structure fishing, even among the pros, and the majority of the fishermen have just become off shore fishermen, not structure fishermen. Let’s look at what we mean by structure fishing, and some of the tricks of the trade.
The definition of structure is a change in bottom contour, (I.e. depth), which results in an irregular feature on the bottom of the lake. Now just about any quick change in depth results in some type of structure, a hump, point, ledge, or something. The biggest misunderstanding seems to be the definition of “quick”. Quick is a relative term. In a traditional reservoir, this could be anything from a vertical drop to a gentle slope dropping 5 feet over a 30 yard distance. In a natural Florida lake, where it may normally take 1/4 mile to change depth by 1 foot, it may be a 6″ deep channel running through a 5 foot deep flat, or a two foot drop over 30 yards. Where ever you find it, structure is another edge in the underwater world, and we all agree that fish just love edges.

Let’s spend just a minute talking about what structure isn’t. Structure isn’t a weed bed on a flat, or an isolated stump, or a brush pile. All of these things are “cover”. A weed bed may constitute a different type of edge, both of the weeds and of the bottom composition, but not structure. Wood, whether natural or man made, is just some place to hide. Likewise, a feeding flat is a place, not a structure. We all have seen times when fish are on the flats and relating to cover. Even during those times, there will still be some fish around the surrounding structure. Even on days when the fish are straying away from structure, they generally won’t go that far if they don’t have to. Learn to recognize structure and it can narrow your search for fish dramatically.

Now that we can agree on what is structure and what is cover, we can also agree there are times when one or the other seems most important. Deep structure without cover can and does normally hold a few fish, but generally not a great concentration, at least of bass, (catfish and crappie are another story). And we blow by miles of shoreline or shallow water cover every trip that doesn’t have a concentration of bass. But put the two together, and you generally will find the fish stacked at least some of the time. The trick then is to know the other variables and be there at the right time. And every once in a great while we can find that honey hole with both structure and cover that have fish all the time, at least until we fish it out and have to find another one.

Types of Structure

We can define structure types by the relationship to the surrounding depths. The basic component of structure is the ledge. A ledge is simply a distinct change in depth. In a southern reservoir, this might be a drop of 5 feet over a twenty foot slope. In Florida, it is most times a drop of 6 inches to 1 foot over the same twenty foot slope. A ledge, by our definition, is a fairly straight line of depth change. Start putting some noticeable curves along the lip of a ledge, and you get other structure. A point is a protrusion of shallower water along a ledge. Surrounded by deeper water on three sides, it is the most recognizable and often the most productive type of structure. The opposite of a ledge is a cut. A cut is an indention in the line of a ledge with deeper water surrounded by shallow water on 3 sides. A hump is nothing more than a ledge that wraps around on itself, or an underwater island of sorts. A hump has deeper water on all sides. The opposite of a hump is simply a hole, literally deep water with shallow water on all sides. There are several other types we can talk about, but these are the basic types.

We now have our basic definitions, but we need to put some size restrictions on them, else everything is some type of structure. For instance, the main lake body could be seen as a hole, or simply a round set of ledges. We need to decide which one because we’d like to fish the structure differently depending on which type of structure we call it. As a reasonable guide, let’s look for just a second on how fish use structure. Structure, what ever it’s form, is a type of underwater transportation system. Fish generally follow a narrow depth getting from one place to another. The advantage of using structure edges is the deeper water provides an immediate escape route if you happen onto something much bigger than you. Now just like any road, fish rarely live right in the center lane. More likely, they will be just off one side or the other, which is were the cover part comes in. In any event, for our purposes, the extent or limit of a useful definition for a structure is the depth change itself and the reasonable area adjacent to the drop where fish will wander off to feed. In the case of our hole, a fish might reasonably wander out, say 100 feet into the hole without loosing the advantage of the edge for chasing shad. So, if we assume both sides of hole are good for 100 feet, then anything that is over 200 feet wide, at it’s narrowest part, isn’t a hole, just two separate ledges. Similarly, if a hole is too small to make use of each side, you have a ditch or a depression, not a hole. Each of these other cases may be useful, but for our discussion, they aren’t holes. Apply all of the same comments to the other structures: points, humps, cuts, etc.

Cover and Structures

Even with our size restrictions, we still have a tremendous area to work. But we can narrow the odds by putting one additional restriction on our prime structure. We already said we’d like structure with cover, but let’s now say we want the cover to end along the edge of our structure. A point with a grass bed is good. But if the grass bed happens to end right at the edge of the point, then the point is great!

Weed beds in particular are excellent types of cover to either change types, or stop all together right at the lip of the structure. A ledge may have heavy grass in say 10 feet on the top edge, while have either a different type of grass or, even better, no grass at all at the bottom edge. If you work the outside of the weed bed, you actually are working three edges at the same time, the vertical edge of the grass, the edge of the weed bed, and the depth change of the structure. Add a small point or cut in the straight ledge, and you have 4 or 5 edges. This is the kind of high percentage spot worth spending hours to find.

Standing wood is another case of cover at a structure. When you are fishing an old road bed or creek channel and the wood suddenly stops at a particular depth, you get all the advantages of the structure and the cover. I have found it necessary to be careful with defining wood on a ledge. Where you have creeks or roads, you a likely to also have hills or mounds. In this case you need to find a structure on a structure. Just because to the bed runs at a consistent depth, the top edge will, more often than not, rise and fall over mounds or small hills. A gentle slope up an underwater hill may concentrate the fish at a single tree because the depth is 6 inches different than the surrounding trees. If you don’t know what depth, it can be frustrating. On the other hand, a slight mount in on one side of a bed can act as a magnet for every fish in the area not actively hunting. Find an area with several of these mounds and you’ve got your honey hole. Depending on the local botany before it was flooded, you may be able to spot these mounds by looking for a specific type of tree which grew only on a mound or down in a cut. A perfect example is willow trees that would tend to have grown lower and closer to the water level of an old creek than say the surrounding oak trees. Cypress trees are another sure tip off of a change in structure level. You’ll read many times about a tournament won fishing a specific type of tree. More than likely, it wasn’t the wood type that made the difference, it was depth that type of tree was growing in before the lake was built. For more habitat ideas look at fishiding.com. the industry leader in artificial fish habitat and fish attractors.

Water Temperature and Structure

We’ve now established looking for a structure with cover, it’s time to chose among all structures with cover that ends at the structure edge. This will depend on several variables, water clarity, weather, season, stratification, temperature, etc. We could try to consider everything, but for starters, there is an easier way. Most of the changes can be interpreted as water temperature. Like any other generalization, it doesn’t work all of the time, but for 80 – 90% of the cases, it works just fine.

The general rule of thumb: “The Colder the Water, The Steeper the Drop.” Pretty simple, and it works. During winter and early spring, look for the fish to relate to a steep drop into deep water. This might be from 5′ or from 20′ into a deep hole, but the fast drop is the key. The fish will move during warmer periods to the upper shelf to feed and may suspend over the hole during those blue bird cold fronts. During summer and well into fall, look for a gentle slope into deeper water. The fish may range a couple of hundred yards from the structure but at least some will be on slope for most of the year. The only tough part about this is they may actually move deeper to feed and return to the slope to rest. But again, for the most part they will move into the cover for feeding while the bait is on the bottom.

Everything else being equal, we still don’t know at what depth we should look for our structure. In the Florida Chain Lakes, with different water clarity in different lakes, you can still find structure, with cover, the correct type of slope, and the correct contour in just about any depth. The tie breaker is again water temperature, just not surface temperature anymore. The most productive structure, all things being equal, will be where the structure tops out at the same depth as the thermocline. A thermocline, for those not normally worrying about those things, is a physical layer between two different temperatures of water. This normally exists when the lake is “stratified”, or during the summer when there is little movement between the upper and lower water layers. In this case, the cooler water will remain below the warmer upper layers. In the fall, as the upper water cools, it will normally fall within the water column, causing a lake to “turn over”, normally tough days to be fishing. Anyway, a structure near the thermocline with appropriate cover, can be a gold mine for fishing.

There are several ways to find a thermocline if one exists. The most obvious, and the most trouble, is to lower a temperature probe and look for a dramatic, (3 – 6 degrees), change in temperature. An easier way is to use your depth finder. A thermocline will reflect sound waves if the temperature change is great enough. Move to deep water and place your unit in manual mode. Increase the gain, (sensitivity), until you see a solid or broken line in the middle of the water column. If your depth finder has the little fish symbols on it, this may take the form of a line of fish around a particular depth. As you move the boat, this line may move slightly up or down, (a foot or so), but should remain pretty close for a given area. Find structure at that depth, and you should find fish. By the way, during the dog days of summer, you may find 2 or 3 thermoclines at the same time. Generally, the fish won’t be below the lower one, (commonly about 25′ in Florida). If you have 3 or more thermoclines, (more common on reservoirs where water 50′ plus is the rule), fish the middle one.

Fishing Structure

The absolute most important thing for fishing structure is your depth finder. A depth finder which can mark in 1/10′ or in inches is ideal for this application. Also, you’ll find it more comfortable if your depth finder is mounted on the bow with the transducer attached to the foot of the trolling motor. If you have only one depth finder, mounted on your console, then keep in mind the depth being shown is for the stern of the boat, not directly under you and your trolling motor. Get to be best friends with your depth finder, for structure fishing, it’s the most important piece of gear you’ve got.

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Most of the time, you’ll find the majority of the fish on the top lip of the structure. The rest of the time, you’ll find the fish suspended just past the lower edge at approximately the same depth as the upper edge. Boat position is the key to effectively fishing the structure. Run up and down your structure a time or two and get to know the rate of the slope and where it bottoms out at. Position the boat so at a full cast length, your lure is about 10 over the top edge while holding the boat in deeper water. Keep the boat at the same depth as you follow the contours of the structure. If you find a narrow cut, back off and fish the bottom of the cut as well as moving in and fishing the surrounding lip. If you move over a point, make sure to go back and fish the normal edge line across the top of the point as well as following the point out into deeper water.

While you’re fishing the top of the ledge, don’t forget the deeper side of the boat. Every 6 or 8 casts, turn around and heave one out into open water. Make sure you monitor your bait on the drop, that’s were the bite will be for suspended fish. Pay particular attention to suspended fish around the ends of points and at the corner of flats. More to see in the fishiding news page

After you’ve finished a run on a structure’s top edge, if it still looks promising, make another pass fishing the bottom edge. Position the boat as close as you can to the top edge, (where you’ve just fished), and use your bait to “feel” you way along the bottom edge. If the cover stops on the top edge, many times a different scattered grass, limbs, or simply trash will pile up on the bottom edge. If you can’t feel anything, and when all else fails, you can count down your lure and get a pretty consistent feel for the depth you’re fishing. This is also the pass you’d like to fish straight across points and cuts looking for fish suspended in the middle. In general, this deep water pass will also be your best bet of sticking that kicker you’re looking for.

If you think there are some suspended fish in the area, try a long Carolina rig. Instead of simply pulling the bait along the bottom, pop the bait up in the water. As the sinker drops, the bait will actually whip upwards and you can effectively cover 6 or 8 feet off the bottom. In these situations, expect a very light bite and give the bait plenty of time to float back to the bottom before the next jerk. It won’t be unusual to not feel anything and simply have a fish on when you raise your rod. You can increase your hook up ratio by gently raising the rod tip and feeling for pressure before jerking the bait off the bottom. This is a prime example of the wisdom of the adage, ” The Jerk’s Free”.

There are a hundred other ways to fish various structures, and there are many more variations of the structures themselves. We’ll look in future articles at the more specific structures and techniques, but this pretty much covers the basics. Give structure fishing a try and I think you’ll like the results. Like most other techniques, it more a matter of confidence than anything. Given the right situation, structure fishing can open up a whole new world of schools of fish and big bites! See you off shore.

POND BOSS Magazine is the world’s leading resource for fish, pond and fisheries management information including discussions on muddy water, raising trophy fish, fish feeding, building a pond, algae control and more. Check us out at www.pondboss.com or contact Bob Lusk, the Pond Boss himself, at 903-564-5372. His books, Basic Pond Management, Raising Trophy Bass and Perfect Pond, Want One, may be purchased by calling 800-687-6075 or ordering online at www.pondboss.com

The Pond Boss Talks about timing of your pond management

DAWN OF A NEW SEASON. POND MANAGEMENT IS ABOUT TIMING – BY BOB LUSK
Thursday, January 27, 2011 at 5:27pm
Water temps, not dates, the real key

Remember Forrest Gump? He was running along a lonely stretch of highway, minding his own business, when he steps in a pile of nature’s fertilizer. Forrest looks down, then back at the front guy in the crowd behind him, and says, “It happens.”

In the world of pond management, “it” sure does. Let’s examine “it.”

Beginning late each winter, extending into spring, then deep into summer, I get the same questions, from different people, sometimes in different states, but roughly the same questions about their fishing ponds.

Example: “I fertilized my lake, and nothing happened. The water is just as clear as ever.”

Or, maybe this one: “I followed label directions, fertilized the right amount for my pond, and bottom weeds have taken over.”

No pretty green water, no plankton bloom in their fishing ponds.

What happened? “It” didn’t work.

What gives? Is “it” the fertilizer? Or, maybe the water? Was “it” applied correctly? Was the compound properly distributed throughout the pond, then allowed to fully dissolve into the water column, the way Pond Boss says to do “it”?

There’s an old adage for real estate people that relates to the three basic principles of the property — location, location, location. In pond management, “it” is “timing, timing, timing.”

You can add fertilizer to your water, applying at the proper rates, the proper N-P-K (nitrogen-phosphorus-potassium) mix, until you are blue in the face, and never get a bloom. This is especially 1 if you were to fertilize during the coldest spell of the winter. Timing. The right pond management technique, perhaps, but it was used at the wrong moment.

As you plan for the New Year for your favorite fishing pond, the new growing season, start putting together your basic pond management strategy for the next 12 months. In Texas, the Agriculture Extension Service provides excellent information in the form of a calendar. Trouble is, on any given spring day, the temperature at the southern tip of the Lone Star state may hit 85 degrees, while the folks in Amarillo, located in the middle of the Texas Panhandle, may be shoveling snow off the sidewalk. So much for a pond management schedule dictated by pages on a calendar.

Instead, let water temperature be your guide. Check the Pond Boss display ads for catalog distributors and buy a good thermometer. Then use it to check water temperatures on a regular basis.

Don’t get too concerned about the mechanics of this, whether you take the temperature six inches below the surface or 3 feet deep, just make sure to place the thermometer in approximately the same place each time in your fishing pond.

If you can’t be at your pond all the time, check temps as often as possible. Write your findings in a notebook. Watch your pond temperature patterns, and keep notes. Two or three years of sound temperature record keeping will put you in the pond management driver’s seat.

Here’s how: Let’s say, for instance, that at 45 degrees, you start noticing the onset of filamentous algae growth in your fishing pond. Write that in your notebook. At 55-60, fish began coming to your feeder. Make a note. At 62-68, bass went on their spawning nests. Two weeks later, baby bass are seen in schools, around the edge of your fishing pond. Write it down. All of it.

Those little facts will help you achieve pond management goals next year, and the year after, beginning with the first hint of filamentous algae, which tends to get worse as water temperatures rise. With all biological activity that occurs in your fishing pond, there is a direct relation to water temperature.

Take plankton for an example. Desirable plankton blooms, adequately fed, will not thrive until water temps in your fishing pond are consistently above 60 degrees. That’s not to say you can’t find plankton in winter. You can.

But, to properly feed baby fish in your pond, 60 degrees is “it.” Sixty is the trigger point.

What about feeding pelleted fish food like Purina Aqua Max, you might ask? Different fish respond to different temperatures. When your temps hit 50-55 last Fall, channel cat eased away from the fish feeder, into the murky depths of your fishing pond to hunker down in a big school. But, your feisty bluegill probably came to the fish feeder even as temps dropped into the lower 40’s.

I often get asked about stocking fingerlings in a new fishing pond. When should you introduce fingerlings to a new environment?

With our pond management clients, we urge fishing pond owners to avoid extremes. Both hot and cold can be stressful for handling fish. Oh yes, fish can certainly survive their extremes, once they arrive in the fishing pond. But getting them from the hatchery to your pond can be tricky during really hot or really cold. Transport fish during warm or cool times.

Here’s a simple temperature “calendar” to bring pond management techniques to a sharper focus:

Temps below 32 degrees

Ice. Aerate northern ponds, if possible, and keep snow cover off clear ice. This is a great opportunity to prepare brush piles, rocks, pipe, or other materials on top of ice, where they can sink, after thaw, for your fish cover.

32-42 degrees

Do not expect fish to feed. Warmwater fish are too sluggish, trout feeding is minimal.

42-48 degrees

Macrophytic aquatic plants are dead. Good time to install cover into barren areas. Be sure to put cover in mid-depth areas of your fishing pond, relatively near shore.

48-55 degrees

Bluegill will feed, especially if conditioned to fish food pellets. Filamentous algae begins to grow around fishing pond edges, especially during warm afternoons. Peak trout feeding temperatures.

55-58 degrees

Channel catfish come to life, and begin searching for food. Bluegill activity escalates, Bass begin moving from structure. Filamentous algae thickening. Trout active.

58-62 degrees

Fertilize fishing ponds with clear water! Do not dally. Bass begin showing signs of nesting, preparing crater-shaped spots, 4-6 feet deep, 18 inches in diameter, for spawning. Filamentous algae in full growth stage. Begin checking for plankton bloom 5 or 6 days after fertilizing, as temps continue their Spring rise. Time to begin stocking fingerling fish into new ponds, or adult fish for corrective stocking situations. Trout still active and growing. Crappie on nests.

62-68 degrees

Worldwide, this is prime spawning temperature range for largemouth bass in your fishing pond. Plankton blooms beginning to color the pond water. Measure pond water visibility, shooting for 18-24″. This is still a good time to fertilize your pond. Redear sunfish and bluegill begin preparing and sitting on nests. Trout active and growing. Cattails begin to grow, along with peripheral reeds. Watch for beginnings of rooted aquatic plants underwater in your pond.

68-72 degrees

The bass spawn wanes, with schools of baby bass beginning to appear. Bluegill are on nests. Plankton reach optimum growth. Measure visibility in the fishing pond. Rooted plants growing, cattails and reeds tall. All fish feeding well.

72-76 degrees

Keep measuring pond water visibility; maintain plankton blooms. Watch for plankton bloom beginning to darken from bright green to an olive green. Cattails and reeds reaching maturity. American lotus and select lily pads begin to show themselves. Peak operating temperatures for all warm water fish. Heavy feeding, both natural food and from your feeders. Young of the year bass, bluegill and redear can be observed. Channel catfish beginning their spawning rituals. Monitor plankton bloom, keep goals in sight. Trout tend to become sluggish.

76-80. degrees

Trout are dead. Warmwater fish on full feeding throttles, fish growth rates max. Rooted aquatic plants maturing, still rapidly growing. Filamentous algae beginning to disappear. Plankton, when fed properly, is thriving. Watch for plankton bloom color to shift from olive green to a greenish brown. Be careful when boosting your pond algae bloom with fertilizer. Use maintenance doses, only. Keep checking visibility; use maintenance doses of fertilizer as pond water visibility increases beyond 24-30 inches. Floating plants such as duckweed, azolla, become noticeable. Good time to begin treating unwanted vegetation. Be sure to have stocked fingerlings by now.

80-84 degrees

Warm water fish are active, and plankton tends to grow quite rapidly. Do not over-fertilize an overactive plankton bloom in your pond. Measure pond water visibility, watch as plankton bloom color changes. When plankton shifts to a brownish/ green color, it has shifted from mostly phytoplankton (plant plankton) to zooplankton (animal plankton). Zooplankton blooms rapidly deplete their food source, phytoplankton, and then the bloom will “crash”. Zooplankton run out of food, zooplankton die, and sink in your fishing pond. Pond water rapidly clears. Either feed the algae bloom, or let it crash, you choose, based on your pond management goals. By now, baby fish hatched in your fishing pond are reaching fingerling sizes, and clear pond water makes forage fish available to bigger predator fish. But, remember, clear water lets sun penetrate deeper in the pond water column, expanding rooted plant territory.

84-88 degrees

Be wary of fertilizing your fishing pond. Better to under-fertilize a lot than over-fertilize a little. Biological activity, especially microbes, in water, reaches most rapid life cycle movement in warmer water. Fish metabolism beginning to slow, growth rates reaching summer doldrums. Vegetation reaching maximum growth rates and penetration in your pond.

88-92 degrees

Even warmwater species begin to hunker down in their “survival” mode. Limited feeding times, fish get sluggish. Vegetation at maximum coverage. Watch pond water chemistry, especially plankton blooms more dense than 18 inches visibility.

Above 92 degrees

Check your pond’s plankton. Drink lots of fluids. Be wary of chemically treating excessive aquatic plants. Killing too much vegetation, too fast, can devastate your fishery. Oxygen depletions are most common.

Our friend Forrest would say, “Timing is as timing does.”

Humans seem to rely on a calendar, but nature doesn’t always oblige, and her “work schedule” varies greatly from region to region. Observe pond activity, and train yourself to rely on the thermometer.

Rethink your annual pond management schedule to coincide, not with readings on a watch or even a calendar, but with temperature levels. It’s nature’s way, and it should be yours.

POND BOSS Magazine is the world’s leading resource for fish, pond and fisheries management information including discussions on muddy water, raising trophy fish, fish feeding, building a pond, algae control and more. Check us out at www.pondboss.com or contact Bob Lusk, the Pond Boss himself, at 903-564-5372. His books, Basic Pond Management, Raising Trophy Bass and Perfect Pond, Want One, may be purchased by calling 800-687-6075 or ordering online at www.pondboss.com

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