2008 Charter Boat Inspections

March 23rd, 2008

I received the following email and Kenneth Straw of the US Coast Guard Auxiliary
is agreeable to doing some inspections at Mikes Marina if we can line up a minimum of 5 boats for inspection around the mid May time frame. After the Aux personell has been qualified we should be able to set up other times for them to perform these inspections, but it is important that we do what we can to get thru this phase and have some people who are qualified and willing to this in the future. Please sign in and give me some dates that would work for you and I will set it up with Kenneth Straw.

“The Coast Guard Auxiliary had previously performed the voluntary dockside
inspections of charter vessels for the Coast Guard UPV program.

Unfortunately, the only UPV qualified inspector in this area has left the
Coast Guard Auxiliary.This left many of you with out an inspection last year
and wondering how to get this inspection done for this year.

However, several CGA personal are currently in the process of qualifying for
the UPV inspector program. Part of the qualifying process is to inspect 5
charter boats under the guidance of a qualified Coast Guard UPV inspector .

Again unfortunately, this inspector is home based in Buffalo NY, which makes
the logistics of getting the inspector here on a day when you, the charter
service, is available to be inspected.

May 17, is the start of National Safe Boating Week. The Coast Guard
Auxiliary in conjunction with the Coast Guard is planning a safe boating
campaign in Oswego for pleasure craft operators.

As many of you operate in or near Oswego, this might be the opportune time
for us to accomplish both UPV and pleasure craft inspections during this
campaign .

In order to procure the inspector for the day, I would need to have 5 or so
Charter Vessels available to be inspected. At this point, I am on a fact
finding mission to determine how many Charter Captains are interested in this
inspection and if this date is workable for you. If not, what date would be
best.

You can contact me by E-mail or phone

Best Regards

Kenneth Straw
US Coast Guard Auxiliary
Public Affairs - Vessel Examinations
Tel : 315-380-1704
E-Mail _klas431@aol.com_ (mailto:klas431@aol.com)

Zebra mussel

March 11th, 2008

Zebra mussel

From Wikipedia, the free encyclopedia

Zebra mussel

The Zebra mussel, Dreissena polymorpha, is a bivalve mussel native to freshwater lakes of southeast Russia. Zebra mussels get their name from the striped pattern on their shells, though not all shells bear this pattern. They are usually about the size of a fingernail, but can grow to a maximum length of nearly two inches.

Its native distribution is Pontic and Caspian Sea. Zebra mussels are considered an invasive species in North America, in Spain and in Sweden.

 Reproduction

An adult female zebra mussel is one of the most reproductive organisms in the world. It may produce between 30,000 and 40,000 eggs per year. Spawning usually begins in the months from late spring to early summer by free-swimming larvae (veligers).

 Spread

Zebra mussel was found and described first in part of Russia, but then it was recognized in the Caspian Sea. Grossinger reported it in Hungary in 1794. Kerney and Morton described the rapid colonization of Britain by the zebra mussel, first in Cambridgeshire in the 1820’s, London in 1824, and in the Union Canal near Edinburgh in 1834. In 1827 zebra mussels were seen in the Netherlands at Rotterdam. Canals that artificially link many European waterways facilitated their early dispersal. It was recorded in Bohemia in Elbe river (now in The Czech Republic) in 1893 Around 1920 the mussels reached lake Mälaren in Sweden.

Sign advising boaters on how to prevent zebra mussel spread on Titicus Reservoir in North Salem, New York.

Sign advising boaters on how to prevent zebra mussel spread on Titicus Reservoir in North Salem, New York.

The first appearance of the organism was in northern Italy in Lake Garda in 1973 in central Italy they have appeared in Tuscany since 2003

In the U.S., they were first detected in the Great Lakes in 1988, in Lake St. Clair, located between Detroit, Michigan and Windsor, Ontario. It is believed they were inadvertently introduced into the lakes in the ballast water of ocean-going ships traversing the St. Lawrence Seaway. Another possible often neglected mode of introduction is on anchors and chains, although this has not been proven. Since adult zebra mussels can survive out of water for several days or weeks if temperature is low and humidity is high, chain lockers provide temporary refuge for clusters of adult mussels that could easily be released when transoceanic ships drop anchor in freshwater ports.

From their first appearance in American waters in 1988 zebra mussels have spread to a large number of waterways, including the Mississippi, Hudson, St. Lawrence, Ohio, Cumberland, Missouri, Tennessee, Colorado, and Arkansas rivers disrupting the ecosystems, killing the local unionid mussels, (primarily by out-competing native species for food}[citation needed] and damaging harbors, boats, and power plants. Water treatment plants were initially hit hardest because the water intakes brought the microscopic free-swimming larvae directly into the facilities. The U.S. Coast Guard estimates that economic losses and control efforts cost the United States about $5 billion each year.

A common inference made by scientists predicts that the zebra mussel will continue spreading passively, by ship and by pleasure craft, to more rivers in North America. Trailered boat traffic is the most likely vector for invasion into the North American west. This spread is preventable if boaters would take time to thoroughly clean and dry their boats and associated equipment before transporting these to new water bodies. Since no North American predator or combination of predators has been shown to significantly reduce zebra mussel numbers,  such spread would most likely result in permanent establishment of zebra mussels in many North American waterways.

Ecology

Zebra Mussel

Zebra Mussel

Zebra mussels and the closely related and ecologically similar quagga mussel are voracious filter-feeding organisms. They remove particles from the water column, increasing water clarity and reducing pollution. Some particles are consumed as food, and feces are deposited on the lake floor. Non-food particles are combined with mucus and other matter and deposited on lake floors as pseudofeces.

Lake floor food supplies are enriched by zebra mussels as they filter pollution out of the water. This biomass becomes available to bottom feeding species and to the fish that feed on them. The zebra mussel reduced eutrophication of Lake Erie and increased water quality. The catch of yellow perch increased 5 fold after the introduction of zebra mussels into Lake St. Claire,  Zebra mussels attach to most substrates including sand, silt, and harder substrates. Other mussel species frequently represent the most stable objects in silty substrates, and zebra mussels attach to, and often kill these mussels.  This has eliminated many native mussel species from affected lakes in North America.  This pattern is being repeated in Ireland where zebra mussels have eliminated the two freshwater mussels from several waterways, including some lakes along the Shannon.

Anatomy

Zebra mussels are relatively small in size, adults range from 1/4 to 1 1/2 inches long. They have tiny stripes down their shells, hence the name Zebra Mussels. Zebra Mussels have a D-shaped shell. They attach to things with strings coming out of their umbo on the dorsal surface (side with the hinge). These strings are called byssal threads and make it very hard to remove the zebra mussel from the area it is attached to.

 Predators of zebra mussels

There are a number of natural predators of zebra mussel. Zebra mussels have high nutritional value (Walz, 1979) and are consumed in large quantities by crayfish, waterfowl and in smaller quantities by muskrats. The nutritional value changes seasonally, particularly in terms of protein and carbonate content.

Crayfish could have a significant impact on the densities of 1 to 5 mm long zebra mussels. An adult crayfish consumes an average of nearly 105 zebra mussels every day, or in all about 6000 mussels in a season. Predation rates are significantly reduced at cooler water temperatures.

Several species of fish consume zebra mussels. Of these, roach seems to have the most significant impact on mussel densities. In some Polish lakes the diet of the roach consists almost exclusively (~95%) of zebra mussels (Stanczykowska, 1957). Despite all this, it seems that fish do not limit the densities of zebra mussels in European lakes.

 Effects of zebra mussels

Zebra mussel infestation on the walls of Arthur V. Ormond Lock on the Arkansas River

Zebra mussel infestation on the walls of Arthur V. Ormond Lock on the Arkansas River

Zebra mussel-encrusted Vector Averaging Current Meter from Lake Michigan

Zebra mussel-encrusted Vector Averaging Current Meter from Lake Michigan

Zebra mussels are filter feeders. When in the water, they open their shells to admit detritus.

Zebra mussels are a great nuisance to people. Since colonizing the Great Lakes, they have covered the undersides of docks, boats, and anchors. They have also spread into streams and rivers nationwide. In some areas they completely cover the substrate, sometimes covering other freshwater mussels. They can grow so densely that they block pipelines, clogging water intakes of municipal water supplies and hydroelectric companies.

Zebra mussels and other non-native species are credited with the increased population and size of smallmouth bass in Lake Erie. Zebra mussels are also believed to be the source of deadly avian botulism poisoning that has killed tens of thousands of birds in the Great Lakes since the late 1990s.  They also cleanse the waters of inland lakes, resulting in increased sunlight penetration and growth of native algae at greater depths. This proves beneficial for fish most of the time, helping the fish live in better conditions.

Cormorants

March 9th, 2008

Snapped! The moment a fearsome pike is swallowed whole by a ravenous cormorant

Last updated at 12:02pm on 7th February 2008

With its rows of needle-sharp teeth, the pike is a feared predator in the water world.But this one hadn’t a hope when a hungry cormorant decided it was supper time.

The bird pounced on the foot-long pike with its hooked bill and pulled it to the surface of a lake.

The two antagonists grappled for a few seconds before, in one swift movement, the magnificent bird extended and twisted its neck in preparation for supper.

Scroll down for more…

Cormorant eats pikePleased to eat you: The cormorant hauls the doomed pike headfirst out of its lake

Enlarge the image

Its highly elastic throat allowed the cormorant to gobble the pike down whole within seconds.

These shots of nature in the raw were captured by amateur photographer Stewart Canham, 61, as he sat quietly in a lakeside hide.

He lifted his camera after spotting the cormorant out of the corner of his eye.

The amazing scene, at Langford Lakes in Steeple Langford, near Salisbury, Wilts, was all over within 10 seconds.

At the end, Mr Canham snapped the bird with just the fishtail poking out of its beak.

Mr Canham, from Gillingham, Dorset, said: “I had been in a hide for about an hour when I saw a cormorant going for a pike out of the corner of my eye.

“It kept diving under the water and then I saw the white belly of the pike on the surface so I quickly jumped into action with my camera.

Scroll down for more…

Cormorant eats pikeTwist in the tail: Size is no obstacle for the cormorant, which simply unhinges its jawbone and lets the pike slide out of sight down its elastic throat

“The cormorant was desperately trying to get the pike into its mouth but it was struggling.

“Then the bird suddenly stretched out its neck and twisted it before swallowing the pike down in one.

Mr Canham was delighted with his luck.

“Quite often I manage to get pictures of birds after they have swallowed their dinner but never a sequence of the event as good as this,” he said.

“It was an amazing sight that was all over in the blink of an eye.”

Sophie Atherton, from the RSPB, said cormorants can swallow creatures up to two-and-a-half feet long.

She said: “Cormorants have been recorded to eat 86 different species of fish from tiny fry to two-and-a-half-foot-long conger eels.

“They have an elasticated throat and a special hinged beak that enables them to eat large creatures.

“Basically they pull their distended neck out of shape to get the giant fish down.”

She added: “Records have shown that a cormorant was once found to have an 11-and-a-half-inch kitten in its stomach.

“Obviously, an incident like this is extremely rare but it shows how big they can stretch out their throats.”

The cormorants are such good hunters that in China fishermen use them to catch their fish. Throat rings are placed around the necks of the birds to prevent them from swallowing their catch.

This was taken from the Daily Mail at:

 http://www.dailymail.co.uk/pages/live/articles/news/news.html?in_article_id=512830&in_page_id=1770

LAKE ONTARIO WATER LEVELS

March 8th, 2008

Take Action Now!

It is our understanding that the IJC is going to announce their own new hybrid water levels management plan sometime within the next few weeks.Sources from within the IJC organization have indicated that the IJC is not planning to adopt any of the plans they announced to the public two years ago, but rather their own hybrid plan. Over $20 million Canadian and United States taxpayer dollars funded the five year Lake Ontario - St. Lawrence River Study. We need to hold these governmental bodies accountable and remind the IJC to do the right thing. Only by becoming pro-active and uniting can we have an impact; if we do nothing then we guarantee nothing will happen.The IWLC and Save the River (STR) organizations have worked together on the issue of Lake Ontario - St. Lawrence River water levels management for a number of years. Remember, in numbers there is strength. Please take action now to let the IJC know how important this issue is to you by signing the STR e-petition by visiting: http://www.thepetitionsite.com/1/IJC-support-planB

Click here to find out Why the IWLC Supports Plan B+.Click here to view copies of pictures and letters of complaint sent to the IJC / Board of Control
which the IWLC has received concerning the low water levels along the St. Lawrence River.The International Joint Commission (IJC) postponed their planned September 17 announcement of a new regulation plan for the Lake Ontario - St. Lawrence River as well as their fall schedule of planned public hearings. No alternate date has been announced. Please bookmark this page for further updates.

Click here to read the September 28, 2007 Document Low Water Costs letter from IWLC President Bill Hooper.

Click here to read the September 19, 2007 e-mail to the IJC from IWLC member Steven Wallach. Click here to read about the IWLC August 25, 2007 Water Levels IV SummitClick here to read about IWLC at the 2007 Clayton Boat Show

How Well Do You Know The River
Click the link above to print and take the quiz.

The Independent Expert Review of the Lake Ontario - St. Lawrence River Study (LOSLR)
The International Water Levels Coalition (IWLC) was very pleased with the foresight shown by the International Joint Commission (IJC) in commissioning an expert third party review of the recently completed 5-year study. With over $20 million spent, it is essential that we now have confidence that the information generated by the study is reliable enough to be used in the decision-making processes integral to the adaptation of a new regulatory plan.In establishing an expert scientific review committee, the IJC very wisely chose two bodies with impeccable and unimpeachable credentials: the National Research Council (NRC) of the U.S. National Academy of Sciences in collaboration with the Royal Society of Canada (RSC). Their recently published report “Review of the Lake Ontario-St. Lawrence River Studies” was, quite naturally, in-depth, insightful and informative.

While praising the scope of the studies as well as the depth of much of the environmental work, the NRC/RSC described a number of shortcomings with the studies. They felt the intervals used in measuring water level changes (quarter-months) were not fine enough to capture significant short-term level changes. They felt a dynamic model should be adapted for an updated plan. They found there to be a general lack of supportive documentation including clearly validated sampling plans, methodologies and data aggregation techniques. The NRC/RSC also criticized the lack of detailed descriptions of the uncertainties in the data.

On the positive side of their report, the NRC/RSC made many recommendations, both short-term and long-term. Much of the lacking documentation and a more detailed description of the data uncertainties can still be provided in the short-term. A commitment to a defined ongoing program could incorporate many of the NRC/RSC long-term recommendations.

The IWLC has advocated the use of a dynamic regulation plan (such as nature provided prior to the Seaway/Power Project) since the inception of our organization. This will take some time and effort to fully develop and implement, but it is something that desperately needs to be accomplished.

The IWLC’s current position remains consistent with our declaration at the Water Levels Summit III in Clayton, NY in August of 2005. We believe that the adoption of Plan B+ is a great place to begin the evolutionary process of going from a mid-twentieth century linear regulation plan to a more natural twenty-first century, environmentally sensitive, dynamic regulation plan that takes advantage of the advances in technology.

Possibly one of the most clarifying developments in the entire study was the review and resultant recommendations provided by the NRC/RSC. The questions raised by the NRC/RSC review need to be answered and the recommendations offered need to be implemented. To have spent over $20 million thus far and not make any meaningful significant changes would be highly irresponsible. We need to begin the adaptive management phase of the study and continue to pursue the more “ideal” natural plan.


Has the NRC/RSC Review Changed the IWLC Position on Plan B+ ?
With the number of problems already identified in the overall study, is the IWLC still supporting Plan B+?First, our decision to support Plan B+ was not based upon the final study report’s economic numbers since we believed them to be seriously flawed. The problems that we found in the recreational boating study were very similar to those uncovered by the NRC/RSC in the three other parts of the study that they reviewed.

Instead, our decision was based upon only the calculated water levels during the boating season. Water levels under Plan B+ clearly remain higher from mid-August through October. The great majority of recreational boaters have indicated that the present regulation plan’s curtailment of the late-summer-fall boating season is a major concern for them. The low fall water levels created by the current plan also presents serious problems for marinas during haul-out time.

Secondly, the choice of Plan B+ from an environmental viewpoint is apparent. Plan B+ maintains water levels much closer to the natural variation and is the closest to the design of Mother Nature. It shouldn’t take a blooming genius to figure out that Mother Nature had designed the best plan for the environment in the first place!

Let’s take a look at the way that Plan B+ works and why it differs from the various other man-made plans. Plan B+ starts with the premise that Mother Nature’s pre-project plan was a very sound plan. The calculated weekly outflows basically start out with what would have flowed out of Lake Ontario and down through the International Rapids prior to the building of the Seaway/Power Project (Mother Nature’s dynamic plan). Minor adjustments are then made to lessen abrupt changes and to reduce the chance for flooding or prolonged dry spells. The “natural rhythm” of the seasonal rise and fall of the water levels is restored. It is critical to fish and wildlife that levels are rising and falling at the correct time of the year.

A lingering flaw in Plan B+ is the quarter-month intervals. Mother Nature’s dynamic regulation plan made second-to-second adjustments to the outflow rates. She didn’t wait a week or a quarter of a month to make her decisions between adjustments. To truly understand the dynamics of the lake and river we need to use at least daily and hourly intervals. We are in 100% agreement with the NRC/RSC on this matter.

It is certainly understandable why we didn’t use daily and hourly intervals back in the 1950’s. We didn’t have high-speed computers to handle such a volume of information in a timely manner. That is not the case today. Water level data is now available on a second-to-second basis, the same as it used to be to Mother Nature. The information is available; we choose not to use it.

While changing this time interval should have been done during the study, it is not too late to begin the process now. We can begin by implementing Plan B+ with quarter-month intervals, continue to develop the finer interval models, and incorporate them into the plan over time as part of the adaptive management process.

The very worst-case scenario would be to remain with a plan based on out-dated technology, e.g., the current plan - Plan 1958 DD. We have experienced and documented its failings. We have spent over $20 million and know there are better ways to manage the lake and river. We desperately need to begin the process of bringing the regulation plan into the twenty-first century. We cannot accept yet another failure.

We need to attend the IJC’s public hearings on the study results to be held this summer (we’ll keep you informed on the where and when). We each need to also contact our elected government officials and express our opinions and let them know that we expect at least some positive results from our $20 million in taxes.


Why the IWLC Supports Plan B+
In late 2000 the United States and Canada decided to support a 5-year study to be conducted under the supervision of the International Joint Commission (IJC). The study was to determine if the current 1950’s water levels regulation plan should be replaced with an updated plan that would additionally take into account environmental concerns and the much expanded recreational boating industry. The study cost of $20 million (US) was shared equally by both countries and concluded in 2005. Herein we describe our rationale for supporting one of the plans proposed - Plan B+.Sometime this year the IJC will reach a decision concerning the possibility of choosing a new regulation plan for the Lake Ontario - St. Lawrence River system. The IWLC believes this will be an extremely important decision, impacting the Great Lakes system for years to come. We wish to express our recommendation for Plan B+, and the rationale for our decision.

The IWLC was founded on the basis of looking for a regulation plan equitable for all, not just for one interest or one single area. We felt that both recreational boating and the environment should be added considerations in any new plan. We also thought that regulation should try to return the system closer to its natural order - more out of just common sense than any specific environmental studies. These were our stated aims well before any of the plans came forth.

Many of our originating members were from the boating industry, owners and operators of marinas. They, along with many of our members, stated that the most important issue with water levels was the rapid “draw-down” of levels from the late summer to autumn. A common comment was “they just pull the plug in August and put an end to our boating season”. Marina owners stated that they needed higher autumn levels for “haul-outs” in October. A first year boating survey by the Public Interest Advisory Group (PIAG) reinforced this when 96% of those identifying water level problems associated with a time of the year, cited low levels in the late summer to autumn as their greatest concern.

In the end, we examined five plans. Two of these were reference plans: 1) Plan 1958DD, currently in use, and 2) Plan E, a plan that very closely mimics the natural outflows prior to the St. Lawrence Seaway Power Project. There were three new proposed regulatory plans: Plan A+, Plan B+, and Plan D+. So why did we finally choose to support Plan B+?

Using the latest data models, Plan A+ would produce very few cases of low boating water levels from May through August (for Lake Ontario and the 1000 Islands - almost zero). However, both Plan A+ and Plan D+ require rapid “draw-downs” beginning in late August - similar to the current plan. The “draw-down” for Plan A+ is essentially the same as the current plan and the “draw-down” for Plan D+ is more severe. Plan A+ is definitely the best plan for May - August boating levels only in Lake Ontario and the St. Lawrence River down to the Cornwall-Massena dam.

What Plan A+ doesn’t do is add any length to the boating season, provide marina owners with levels for October “haul-outs”, or alleviate the “they pulled the plug in August” syndrome. It also does nothing to restore the natural order to the system or to restore the environmental damage we’ve done to the system over the past forty-six years. Using the latest models, both Plan A+ and Plan D+ perform poorly environmentally. As an example, on page 84 of the Study Board’s Final Report it states “Plan A+ is not allowing the needed lows for the regeneration of the wetlands. These results are consistent with the 50,000 year stochastic run of the Lake Ontario wetlands model which shows Plan A+ to be the worst plan (including Plan 1958DD) for both the meadow marsh and emergent marsh”.

However, if there is an interest in a longer boating season without the rapid “draw-downs” in the late summer and autumn and in the environmental health of the lake and river, Plan B+ is preferable. Marina owners have indicated to us that the longer season is very important to them. Because Plan B+ follows the more natural outflow patterns, the water levels are spread out more evenly over the year, with less variation within a year. However there are greater year-to-year variations as did occur in the natural system. Providing for “the needed lows for the regeneration of the wetlands” would cause occasional boating problems with Plan B+. During these times it would be difficult to boat, even during the summer months.

So, as expected, it all came down to a series of compromises. None of the plans are ideal for all interests and all areas. How well does each of the plans meet our stated concerns and objectives? What do we give up with each of the plans? In the end we looked for the best fit. In keeping with our original aims, we chose not to exclusively consider only one interest or one exclusive area.

We felt that Plan B+ best met the original concerns and aims of the IWLC and represented the best compromise. It addressed the most repeated concern of our recreational boaters and marina owners in that it would alleviate the rapid decline in water levels in the late summer and autumn and extend the boating season. It is the only plan that begins to return the lake and river to their natural patterns of level changes. It is the only plan that helps to restore our environment and fisheries. Many of our members have stated that the occasional very low water years (about 3 out of 101) is a reasonable price to pay for the other clear advantages. Most all would like the availability of a longer boating season combined with environmental improvements. We also believe that the “do-nothing” option (i.e., staying with Plan 1958 DD) would be highly irresponsible. After $20 million and a great deal of work and effort from those involved in the Study, we certainly all know better than to accept the past status quo.

In the end, we felt we should act responsibly and “do the right thing” for this incredible resource (the Lake Ontario - St. Lawrence River system) that we have the very good fortune of sharing and enjoying. We believe that means recommending Plan B+.

We believe the adoption of Plan B+ would be a very positive first step in an ongoing process of constant review, updates and improvements to water level regulation through adaptive management. We likewise support changes to the Advisory Group and the St. Lawrence Board of Control to make them more inclusive of, and more responsive to, a broader array of interests.

The IWLC pledges continued support for a regulation plan that attempts to achieve water level control that is equitable for all interests as well as sustaining the ecology of the Great Lakes-St. Lawrence River system


Click here to view IWLC on the Road in Support of LOSL Plan B+.

In 1909 Canada and the United States signed the Boundary Waters Treaty and established the formation of the six member International Joint Commission (IJC) to oversee issues concerning boundary and transboundary waters shared by the two countries, including the Great Lakes.

When the IJC approves projects such as hydro-electric dams, it issues Orders of Approval that govern the regulation and operation of the projects.

It approved construction of the hydro-dams on the St. Lawrence River in 1952 as part of the St. Lawrence Seaway and issued associated Orders of Approval.

In 1956 it amended its Orders of Approval for the dam projects to include regulation criteria for water levels.

Since 1960, the water levels in Lake Ontario and the St. Lawrence River have been regulated by the structures built during the development of the St. Lawrence Seaway.

The Moses-Saunders Power Dam between Cornwall, Ont. and Massena, N.Y. is the principal regulatory structure.

A second dam at Long Sault, Ont. acts as a spillway when outflows from Lake Ontario are larger than the capacity of the power dam. The third dam at Iroquois, Ont. can also be used to regulate the flow but is primarily intended to assist in the formation of a stable ice cover in the early winter as well as to ensure water levels in Lake St. Francis, downstream of the Moses-Saunders Power Dam, do not rise too high.

One of the primary conditions of the IJC’s Orders of Approval is that water levels in Lake Ontario be regulated between 243.29 and 247.29 feet or 74.15 and 75.37 metres. This represents a maximum fluctuation of four feet. Prior to the construction of the seaway, water levels fluctuated approximately six feet.

Under its Orders of Approval the IJC established the International St. Lawrence River Board of Control (ISLRBC) to ensure that the conditions and criteria in the Orders are met. This board consists of a total of ten members from the U.S. Army Corps of Engineers, Transport Canada, Environment Canada and five other state, provincial and local agencies and representatives.

The International St. Lawrence River Board of Control current plan is known as 1958-D.

Plan 1958-D contains an emergency criterion called Criterion K in which it states that in the event water supplies exceed supplies of the past, the works in the international section should be operated to provide all possible relief to riparian owners upstream and downstream. It also states that if water supplies are lower than in the past, the works should be operated to provide all possible relief to navigation and power interests.

The regulation plan does not recognize the following interests: recreational boating, native people, agriculture, tourism, wetland and shore habitat, water quality and fisheries.

IWLC Mission Statement
To achieve and maintain water levels on the St. Lawrence River & Lake Ontario that are equitable for all affected interests.

Can Sunglasses Damage your Eyes?

March 5th, 2008

Can Sunglasses Damage your Eyesight?

Author: Patricia Woloch

Too much sun can damage your eyes. It can lead to vision robbing conditions including cataracts, macular degeneration and even cancers of the eye. Sunglasses with good UV protection can help save your vision by protecting your eyes from the damaging rays of the sun. Those without adequate protection can be worse than wearing none at all.

How your cheap sunglasses may be hurting you

Most of us wear sunglasses for the obvious reason – to make going out in the sun more comfortable. Forgetting your shades on a sunny day makes you squint, makes driving next to impossible, makes your eyes hurt, and can even give you a headache. If you have to be out in it for too long, you wind up tired and irritable.

There is a good reason for this! It’s your body telling you “Don’t do that!”

When your eyes encounter bright light, your pupils contract to block out the excess light. That’s why it takes a few seconds to adjust when you go back inside. They can only contract so far, though.

Tint alone doesn’t block the damaging rays, but it can cause your pupils to dilate letting more light in. So, when your pupils dilate from the tint, they are letting in even more of the harmful UV rays than when you’re not wearing sunglasses at all.

When you wear sunglasses the dark tint dims the light and makes you more comfortable. Since you’re more comfortable, you are not motivated to get out of the sun. You’ve turned off your body’s cues that tell you you’re hurting yourself. You are more likely to spend extended periods of time in the sun when you’re wearing sunglasses, whether they are actually protecting your eyes or not.

Combine that extra time in the sun with dilated pupils letting in more damaging rays and your sunglasses are compounding the damage to vision.

Are your sunglasses protecting you?

To save your eyesight you need to wear sunglasses with 99% or 100% UV protection. Most sunglasses come with a little sticker that indicates how much UV protection they provide. If yours didn’t come with a sticker, or you don’t remember what it said, don’t throw them out! Your eye doctor can test them for you.

Style can make a difference. Sunglasses can let in harmful rays from the top, bottom, and sides. Wraparound glasses can minimize the leaks and glacier glasses can block them out completely, but they’re not appropriate for every activity. You might feel a little silly wearing glacier glasses to the pool. Try wearing a large brimmed hat with your favorite UV protective sunglasses. You’ll be more comfortable, and you’ll protect more skin from the damaging rays, too.

Kids need UV protection, too

Kids are going to spend time outside. It’s inevitable, and it’s good for them. Make sure that your child’s sun glasses are real sunglasses that provide 99% or 100% UV protection, not plastic toy glasses.

Children need to wear sunglasses everyday, not just on sunny days, and so do you! Even on cloudy days and even if they spend most of their time in the shade, UV rays can still be getting to and damaging their eyes.

Article Source: http://www.articlesbase.com/health-articles/can-sunglasses-damage-your-eyesight-339815.html

About the Author:

Talk to your ophthalmologist about sunglasses and UV protection today.

Welcome to Our Lake Ontario Fishing Forum Articles section

February 8th, 2008

We are looking for articles on anything to do with fishing, the Lake or tributaries,  information on new developments or solutions to existing problems.  Stories on personal fishing experiences or anything that can help our viewers gain knowledge that they can relate to. Articles must be original, and well written and from the true author . By submitting this  material, you acknowledge that you are legally entitled to distribute the work and to allow it to be redistributed.

We welcome articles that you have already published that you would like posted here for a new audiance to enjoy!

We cannot guarantee that we will use your article on this website.