StructureSpot

Insufficient fish habitat protection threatens Alaska’s valuable fisheries

The overreach of executive power

  Klas Stolpe | Juneau Empire

Posted: January 9, 2014 – 12:07am
By LISA WEISSLER
FOR THE JUNEAU EMPIRE

The public interest is no longer being served by Alaska’s natural resources permitting system. When it comes to state resource development decisions, too little voice is given to Alaskans, project reviews are fragmented, local and tribal governments are sidelined, and too much power is concentrated in the executive branch, particularly the Department of Natural Resources.

Resource development projects often involve multiple activities, such as road and facility construction, water use, and material extraction. Each activity requires permits from different divisions within each resource agency. Since permitters act on their permitting authority separately, project reviews are piecemeal, and only public comments related to each individual activity are considered. There is no opportunity to analyze a project as a whole. DNR coordinates large project reviews such as large-scale mining, but this is done mostly as a service to applicants who pay for the privilege. More habitat articles at fishiding.com

Under the Alaska Coastal Management Program, local governments played a significant role in working with the state and federal government on the best way to resolve conflicts between competing resource uses and local values. But with the termination of the program in 2011, local governments are now accorded no more deference in development decisions than the general public.

Insufficient fish habitat protection threatens Alaska’s valuable fisheries. The Department of Fish and Game has just two laws specific to fish habitat, one that prevents obstructions in fish-bearing streams and one requiring Fish and Game approval prior to work in salmon streams. The defunct coastal program addressed other important fish habitat outside streambeds, including estuaries, offshore areas and tideflats. Now, fish habitat protection is mostly within DNR’s discretion as part of their land use permit.

Fish and Game is in the process of changing its special area management plans so that rather than prohibiting certain activities in special areas, the department will have discretion to permit activities without public notice. They also intend on putting multiple plans into a single review packet for public comment once a year, limiting the amount of public engagement on local issues.

Recently passed legislation allows DNR to hold a public notice and comment period only once every 10 years for oil and gas exploration or development in multi-million acre areas. People will be required to comment without knowing the when, where, how, or what kind of exploration or development might occur in or near their community.

The courts are the last check on overreaching executive power. But that’s under threat as well. Gov. Sean Parnell recently brought a lawsuit against respected statesman Vic Fischer and former First Lady Bella Hammond for their public interest challenge of Pebble mine activities.

And things could get worse. House Bill 77, currently pending before the Legislature, will concentrate even more power in the DNR commissioner and further fragment project reviews. It will also make it harder to appeal DNR decisions in court.

Then there’s Administrative Order 266, recently issued by the governor to establish regulatory “efficiency” guidelines. This may result in resource agencies loosening regulatory requirements, such as public notice, to reduce costs for developers.

We need our legislators to act as a check on this overreach of executive power. They should stop or substantially change HB 77, and pass legislation enforcing an Alaska Supreme Court ruling that DNR has a constitutional duty to analyze and give public notice on cumulative impacts of oil and gas projects. The Legislature should also conduct oversight hearings on resource agency regulation changes proposed under Administrative Order 266.

Other ideas to protect the public interest in permitting decisions include:

1. Providing for coordinated project reviews that give the public and local governments the opportunity to analyze projects as a whole.

2. Giving local governments deference on issues of local concern.

3. Increasing statutory fish habitat protection.

Residents can act as well. Tell your legislators you want this administration’s power grab stopped, and help elect a governor who values Alaskans and local and tribal governments as partners in the development of this great state. Contact your legislator, vote, and make your voice heard.

• Lisa Weissler is an attorney with expertise in natural resource law and over 20 years experience with the State of Alaska. She has worked thirteen sessions for the Alaska state legislature; served as an assistance attorney general specializing in oil, gas and mining law and coastal management; and as a special assistance for the Department of Natural Resources and a project analyst for the Alaska coastal management program. She was the policy director for the coastal management program initiative and is currently providing natural resource law and policy consulting services.

What Exactly Is Fish Habitat and Why Must We Care?

Forward Post: AFS Journal
What Exactly Is Fish Habitat and Why Must We Care?
Mon Jun 3, 2013 2:29pm
What Exactly Is Fish Habitat and Why Must We Care?Thomas E. Bigford
Office of Habitat Conservation, NOAA/National Marine Fisheries Service, Silver Spring, MD 20910.
E-mail: Thomas.bigford@noaa.gov

“Fish habitat” is a
simple term. We can easily
imagine a fish languishing
under a log or in
a kelp forest, and we can
picture a school of forage
fish zipping through the
water column. We can
also grasp that the preferred
space for many species might change as the seasons change and
the years pass by. But the rest of the story is not quite so simple,
mostly because life is more complicated and knowledge is often
limited. This month’s “Fish Habitat Connections” seeks to demystify
those details so we can appreciate the intricacies in the
fish habitat world and become more emboldened to serve fish
not just as a meal but as they deserve.
Let’s begin with semantics. Each fish occupies its preferred
niche in the ecosystem. The environmental conditions of that
space define the fish’s preference at each life stage—water
temperature, depth, salinity, flow, bottom type, prey availability                                                annual cycles, and much more. It is important for us
as professionals to place those variables in proper context so
that individual fish can survive, fish stocks can flourish, fishery
management can succeed, and society can benefit from our nation’s
waters.
That simplistic summary reflects our hopes, which are
complicated by the reality that we know very little about our
most basic habitat questions. With luck, we know where fish
live throughout their life cycles. But oft times we have few
insights into the shifting preferences of each life stage. Even
that knowledge is elusive unless we have close observations
from multidecadal stock assessments or the insights offered
by a healthy fishery. Almost universally, we rarely understand
the relationships between fish and their habitat.

If a wetland is
dredged, how will the local fish populations change over the
short and long term? If a dam is breached, will the new hydrological
regime support native species or invite invasive species?
If an acre is protected or restored, how will the population respond?
Will harvests increase?
These issues read like the final program at many an American
Fisheries Society (AFS) conference. They have vexed us
as a profession for decades. We must manage fisheries with the
best available information, scant as it might be. And we must
identify our primary needs so that gaps are addressed.
COLUMN
Fish Habitat Connections There is also the still-new concept of ecosystem-based approaches.
Habitat must be an essential variable in stock assessments,
but those analyses must be conducted with an ecosystem
in mind. Those perspectives can be as important as data. Without
that challenge, we won’t even know we have a data gap.
Considering how complex this simple topic can be, and
how it reflects human pressures from our coasts to the mountains,
it is probably no surprise that we continue to lose habitat
function at alarming rates. Along our oceans, marine and estuarine
wetland loss was three times higher between 2004 and
2009 than in the previous 5 years (Stedman and Dahl 2008;
Dahl 2011). Inland wetland loss is not as severe, but hundreds of
rivers representing thousands of river miles are compromised by
blockages that prevent fish movement upstream or downstream.
The first-ever national fish habitat assessment found that 53%
of our estuaries are at high or very high risk of habitat degradation
(National Fish Habitat Board 2010). Given those numbers,
it is unfortunate that those places provide vital nursery habitats
for many of our favorite fish.
As fishery professionals from all disciplines, our assignment
is to combine our skills to protect important habitats and
restore those that are degraded. Our mission will be slightly
less daunting if we and our partners can set a pace to match
the steady pressure of human population growth and looming
challenges such as climate change. AFS represents an incredible
knowledge base. If anyone can analyze our habitat knowledge,
fill our priority gaps, apply lessons learned, and improve habitats
for the benefit of all, it is us.

More habitat articles at fishiding.com
Next month we will shift from the nuances of semantics
to the harsh realities of the challenge before us. It is imperative
that we engage now! Economic and ecological facts urge AFS,
its units, each of us, and our home institutions to accept the challenge.
We will explain the opportunities before us and how our
collective skills are needed for success.
REFERENCES
Dahl, T.E. 2011. Status and trends of wetlands in the conterminous
United States 2004-2009. U.S. Department of the Interior, Fish
and Wildlife Service, Washington, D.C. 108 pp.
National Fish Habitat Board. 2010. Through a fish’s eye: the status of
fish habitats in the United States 2010. Association of Fish and
Wildlife Agencies, Washington, D.C. 68 pp.
Stedman, S., and T. E. Dahl. 2008. Status and trends of wetlands in the
coastal watersheds of the Eastern United States 1998 to 2004. National
Oceanic and Atmospheric Administration, National Marine
Fisheries Service, and U.S. Department of the Interior, Fish and
Wildlife Service, Washington, D.C. 32 pp.

State agencies spar over Susquehanna River designation — again

Jeff Frantz | jfrantz@pennlive.comBy Jeff Frantz | jfrantz@pennlive.com 
on January 29, 2013 at 6:40 PM, updated January 29, 2013 at 8:40 PM

When last we left them, the Department of Environmental Protection and the Fish and Boat Commission were publicly sparring over the definition of “impaired.”

Some things just don’t change. It seems the two state agencies are still playing in the kiddie river.

spotted bass.jpgA smallmouth bass collected from the Susquehanna River near Selinsgrove displays the black spots that have anglers concerned.PA FISH & BOAT COMMISSION PHOTO

Commission Executive Director John Arwary has spent almost a year calling for DEP to declare98 miles of the lower Susquehanna River impaired under the Federal Clean Water Act.

He points to the plunging population of smallmouth bassin the river from Sunbury to the Holtwood Dam as his evidence. Dozens of unique habitat models at fishiding.com

During that time, DEP Secretary Mike Krancer has said the commission’s concerns — young-of-year die offs, lesions on adult bass and inter-sexing of the species — are real and being actively studied by DEP experts.       Full Story………

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.

Structures Killing Fish Habitat

DENR Fears Man Made Structures Killing Fish Habitat

BILL HITCHCOCK AUGUST 27, 2012

DENR Fears Man Made Structures Killing Fish Habitat

The North Carolina Department of Environment and Natural Resources (NCDENR) is trying to find out if estuarine piers, docks, bridges and bulkheads are depleting the fishery habitat. For over two years now NCDENR has been mapping North Carolina’s 12,000 miles of estuarine shoreline in an attempt to create an online map showing all of these manmade structures and the effect on the environment they may have had. See the dozens of unique artificial fish habitat models at fishiding.com, the leader in true fish protection.

NCDENR is working on the premise that man-made structures are blocking sunlight thus reducing the amount of sub-aquatic vegetation necessary for fish survival and propagation.They want to see how big of a shadow is being cast by man-made structures over the waters of North Carolina’s 20 coastal counties.

For more on the story go to the PilotOnline.com

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

Artificial Reefs and Seagrass

Article of the Week 2 – Artificial Reefs

Posted by laymanc

Coastal ecosystems may be the most anthropogenically-altered on the planet.  Habitat loss, over-fishing, nutrient loading, and many other impacts have fundamentally changed the structure and function of these systems.  Many of these impacts operate over rather large spatial scales (think global warming or the loss of migratory fishes); however, most marine ecology actually is conducted at the smallest scales.  Foundational ecological theory took root in experiments conducted in coastal intertidal zones, often at scales of a meter or less.  But ecologists now are challenged to develop approaches that better fit the large scales at which human impacts are altering coastal ecosystems.

In terrestrial systems, “landscape” ecology is a well-developed sub-discipline.  Yet tenets of this are rarely applied in marine systems.  This study was among the first to do so and to use manipulative approaches as we constructed a series of artificial reefs in the Bight and specifically chose locations within different “seascape” contexts.  This allowed us to examine the importance of relatively large-scale (hundreds of meters) features in determining local fish community structure.  That is, instead of just examining small-scale aspects of the reef itself, we included much larger scale factors (such as seagrass cover) and used these to explain the makeup of fish communities.

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

We found that the amount of seagrass at large spatial scales was one of the most important features determining to number and identity of fishes using these artificial reefs.  Specifically, reefs that had more seagrass within 100 m had more fishes.  This may be explained by the fact that many reef species like grunts, snapper and lobster that use reefs during the day migrate out into the surrounding seagrass at night to feed.  However, not all species of fish responded to the amount of seagrass in the same way.  For example, the number of white grunts increased with more seagrass cover within the seascape, but the number of French grunts decreased.  This means that changes in the cover of seagrass within large areas surrounding reefs can affect both the number and types of fishes using reefs.  Human activities that cause even subtle changes to seagrass habitat can impact reef fish communities even before the complete loss of seagrass habitat.

Newman Branch Creek Habitat Restoration Project

2011: CRP Project # 10-06 Newman Branch Creek Phase II Habitat Restoration

 CRP Project Page

Project Summary
Newman Branch Creek

The Newman Branch Creek Habitat Restoration Project, located in southeast Hillsborough County, Florida, will be undertaken in an effort to restore estuarine and freshwater habitat in the Tampa Bay area. The project will involve the removal of invasive exotic species, primarily Brazilian pepper (Schinus terebinthifolius) and the re-creation of a variety of native estuarine, freshwater, and upland habitats. Historically Tampa Bay has lost up to 40% of its original marsh/mangrove habitat, with the oligohaline environs having the greatest proportion of these impacts. The Tampa Bay Estuary Program (TBEP) and the Southwest Florida Water Management District’s (SWFWMD) Surface Water Improvement and Management Program (SWIM) have both identified that these habitats are critical in the restoration of Tampa Bay. This
project will further those objectives by resulting in at least 6 acres of estuarine habitat restoration/creation for fisheries habitat, which addresses the priorities identified by the TBEP.

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

Project Name
Newman Branch Creek Phase II – Habitat Restoration Project

Project Location
Hillsborough County, Florida

Latitude/Longitude of the project site
27.78137 -82.404148

Land Ownership
Private -Tampa Electric Company (TECO) with a perpetual Conservation Easement

Anticipated NOAA Trust Resource(s) to benefit from restoration
Snook (Centropomus undecimalis), redfish (Scicenops ocellatus), spotted sea trout (Cunoscion nebulosus), and perhaps the Atlantic Sturgeon (Acipenser oxyrhynchus)

Project Start Date: December 2010
Project End Date: December 2011

Contact Info
Thomas F. Ries, Board President
Ecosphere Restoration Institute, Inc.
5886 E. Fowler Ave.
Tampa, Fl. 33716
www.ecosphererestoration.org

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