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Saturday, August 1, 2020

Outdoors: Feeding frenzies are great for catching fish - Waco Tribune-Herald

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Only $3 for 13 weeks
Jim Crow

Centex angler James Crow with a 6-pound largemouth bass he caught at Lake Waco. It was among 12 that he caught on that trip using a spinning combo and ATX Lures.

If you’ve spent any amount of time on a Central Texas lake during the summer, you’ve likely witnessed a phenomenon that made you do a double-take the first time you saw it.

During the summer months, white bass prowl the lake in huge schools and feed on shad and other bait fish, which also school up together. When white bass get ready to really strap on the feed bag, they herd schools of bait up toward the water’s surface to make it easier to attack.

The resulting action makes the water’s surface appear to be boiling, as hundreds – and sometimes thousands – of fish crash and splash the water to feed on the trapped shad. The first time I noticed a white bass feeding frenzy was when I was 12. My family and a few other families got together by the old Bosque Bend Clubhouse to cook out, swim, and spend the day by the water.

We kids always packed along our fishing gear – and still do – just in case the opportunity came along, and while I was scarfing down a burger, I looked out and saw acres of white bass in surface-feeding mode.

I forget what happened to the burger, but within a minute, we were cranking in fish as fast as we could get the bait out, and the action continued for around half an hour. Occasionally, the school would push away from the shore, so we had to wade further into the water, but soon, we’d see and hear fish feeding between us and the bank. I caught several fish on backward casts just to say I had.

After about 30 minutes, a boat came blasting through and sent the school scattering, so we made our way back to the grill and fixed up another plate.

Patience and stealth are hard qualities to come by when you eyeball surface-feeding activity, because you know that anything you throw into the school – even a bare hook – will elicit a strike. However, you won’t catch a thing if you spook the fish by running into the area too fast and too loudly. Kill the big engine and drift or use your trolling motor to ease in, then make long casts into the school.

The limit on white bass is 25 per angler per day, and fish must measure at least 10 inches in length. Keep in mind that hybrid-striped bass can also be caught in the same schools with whites, so know how to tell the difference. The limit on hybrids is 5 per angler, and there’s an 18-inch minimum on them. Google can show you the difference and save you from trouble with the game warden.

Cats and bass are biting

Catfishing legend Danny King says while recent triple-digit temperatures were too hot for him, he’s heard plenty of good reports from anglers – especially on night-time trips.

“Big flatheads and blues are coming off their nests,” he said, “and some good-sized fish are being caught.” After spawning, which saps fish of energy, they leave their spawning beds and go out to put some calories back into their bodies. And while post-spawn fish have typically lost some weight through the process, they make up for smaller size by being more aggressive feeders.

King says that another category of catfish are also actively feeding these days. “Some people are complaining about all the little nibblers that steal their bait,” he said, “but that’s a good sign that last year’s spawn is out full-blast. Those sharp-toothed eight to ten inch fish will drive you crazy, but that’s Mother Nature doing her job.”

King added that he’s finding plenty of sand bass surface-feeding on lakes across the region.

Area angler James Crow is also seeing lots of sandies on the surface, and has also been catching good numbers of largemouth bass using baits from ATX Lures.

Licensed to kill

2020-2021 hunting and fishing licenses go on sale in less than two weeks (Aug. 15), and buying early has replaced the long lines that used to mark opening day of dove season on Sept. 1.

A variety of licensing options are available depending on your plans, but the most comprehensive and economical is the Super Combo license, which includes both a fishing and hunting license; freshwater and saltwater endorsements with a red drum tag; and upland game bird, migratory game bird, and archery endorsements. The only thing not included is the Federal Duck Stamp for waterfowl hunters.

Catching fire

Congratulations to the readers who entered and had their names drawn for the sample pack of Pull Start Fire. I’ll contact winners by e-mail on Monday to make arrangements. Unfortunately, most of Central Texas is now under a burn ban, but maybe we’ll get enough rain soon to wipe the slate clean.

I’ve used Pull Start Fire twice, each time on a burn pile, and all it takes is a pull of the string to get things ablaze. It’s a great addition to an emergency kit, camping pack, hunting camp, or any time you need a reliable way to start a fire – no matter the weather or how wet your wood.

TSTC meat market

I’m fortunate that my folks taught me how to cook when I was young. I generally prefer my home cooking over any restaurant – with a handful of exceptions. I can’t make pizza like Poppa Rollo’s, and my fajitas are on the verge of excellent, but never reach the level of Casa de Castillo’s.

Growing up, we got most of our steaks, ground beef, pork chops, and other meat from TSTI (now TSTC). My dad’s office was on the campus there, and he’d swing by the meat market once a week to pick up cuts that the students there had done for their grades, so the quality was better than you could get at a grocery store.

Last weekend, I heard during a Zoom meeting that the TSTC Culinary Arts department is still at it, and their meals even include venison, rabbit, duck, and other game meats. There’s also plenty available to satisfy a sweet tooth. You can pay by phone and arrange for pickup off campus.

For more information, call 254-867-4868.

Healing

Best wishes and prayers for healing go out to Shirley Rodriguez, mother of Tribune-Herald outdoor column contributor Keith Rodriguez. Shirley was hospitalized last weekend, and after a bumpy stretch, Keith reported that her road has smoothed out. Maybe she just needs a dose of fried crappie fillets.

The Link Lonk


August 02, 2020 at 02:57AM
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Outdoors: Feeding frenzies are great for catching fish - Waco Tribune-Herald

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Fish

Report chronicles massive decline in fish populations - pvtimes.com

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With hydroelectric power, overfishing, climate change and pollution on the rise, monitored populations of migratory freshwater fish species have plummeted by 76% on average since 1970, according to the first comprehensive global report on the status of freshwater migratory fish issued this week by the World Fish Migration Foundation and Zoological Society of London.

The report states that migratory fish, such as salmon, trout and Amazonian catfish, are vital to meet food security needs and support the livelihoods of millions of people around the world. They also play a critical role in keeping our rivers, lakes and wetlands healthy by supporting a complex food web. Now, their populations are under immense threat from human-made impacts and require urgent action to halt and then reverse the alarming decline.

“Migratory fish provide food and livelihoods for millions of people, but this is seldom factored into development decisions,” said Stuart Orr, WWF global freshwater lead. “Instead, their importance to economies and ecosystems continues to be overlooked and undervalued, and their populations continue to collapse.

“The world needs to implement an emergency recovery plan that will reverse the loss of migratory fish and all freshwater biodiversity for the benefit of people and nature.”

Migratory fish are invaluable to human health and the global economy. Fish and fish-byproducts represent one of the world’s most traded products within the food sector. The recreational fishing industry alone is worth billions of dollars and tens of thousands of jobs. Overall, the figures represent the need for more protective measures for migratory and freshwater fish worldwide.

“Catastrophic losses in migratory fish populations show we cannot continue destroying our rivers,” said Arjan Berkhuysen, managing director of the World Fish Migration Foundation. “This will have immense consequences for people and nature across the globe. We can and need to act now before these keystone species are lost for good.”

While Nevada is known for its abundance of desert terrain, it was once home to chinook salmon, the largest of the Pacific salmon species. They migrated up the Columbia River to the Snake River and then into northeastern Nevada in the Owyhee, Bruneau and Jarbidge rivers and Salmon Falls Creek, all major tributaries of the Snake River.

“More than 9,000 miles of river and streams in the Columbia River watershed are now inaccessible to migratory fish because of dams,” Hogan said. “These are fish that were once crucial to the survival and livelihoods of people living along the Columbia River.”

For centuries, the tens of thousands of Pacific salmon swam hundreds of miles up the rivers and tributaries to spawn.

Native Americans caught and ate the Columbia Basin chinook along the Jarbidge River in Nevada more than 2,500 years ago. People migrated to northeastern Nevada to ranch and mine in the 1800s and salmon were a key part of the fish and game trade that supported the region’s communities.

Salmon migrating from the Columbia Basin vanished from Nevada after the U.S. Bureau of Reclamation closed the gates on Owyhee Dam in December 1932. Three massive Hells Canyon dams were added to the Snake River between 1958 and 1967, further sealing the fate of the salmon in Nevada.

Elsewhere in northern Nevada, the iconic migratory and now endangered Lahontan cutthroat trout, which can grow to 60 pounds, faced large declines because of development and human impact.

Lahontan cutthroat trout once made epic mass migrations, turning the Truckee River red from Pyramid Lake to Lake Tahoe. They can no longer migrate, and several northern Nevada Native American tribes, working with federal and state agencies, have been working to build the Lahontan cutthroat trout population throughout the watershed.

The Pyramid Lake Paiute Tribe, the Bureau of Reclamation and the U.S. Fish and Wildlife Service broke ground last year on an 80 by 390-foot horizontal fish screen at the 110-year-old Derby Dam on the Truckee River. The $23.3 million project, the nation’s largest horizontal fish screen, will restore watershed connectivity and promote recovery of the trout.

Hogan said there are several actions people in Nevada and across the country can take to protect migratory fish and fresh waters more generally, including manage flows in rivers (like the Truckee) to benefit migratory fish, keep local rivers and lakes clean, protect rivers and wetland habitats, monitor and regulate fishing, control invasive species and keep rivers connected and free-flowing.

The Link Lonk


August 02, 2020 at 03:23AM
https://ift.tt/39NypeR

Report chronicles massive decline in fish populations - pvtimes.com

https://ift.tt/35JkYuc
Fish

Fire company fish fry serves thousands - WNEP Scranton/Wilkes-Barre

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The big event was still able to dish out meals during the pandemic.

JERMYN, Pa. — It was a welcome sight in part of Lackawanna County.

About thirteen hundred pounds of fish fried up and ready to be served.

The Artisan Fire Company in Jermyn held its annual fish fry Saturday.

The long-standing tradition usually takes place on Good Friday, but it was postponed due to COVID-19.

The fish fry is the fire company's biggest fundraiser; it usually raises thousands of dollars. 

The members were relieved they'd still get to see that much-needed money this year in Lackawanna County.

RELATED: Fish fry is back on!

The Link Lonk


August 02, 2020 at 03:57AM
https://ift.tt/3jZNpep

Fire company fish fry serves thousands - WNEP Scranton/Wilkes-Barre

https://ift.tt/35JkYuc
Fish

Jensen: Lots of fish like little bait - Mason City Globe Gazette

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The summer of 2020 is starting to wind down. Lots of anglers, in many places more than usual, are on the water in search of a fish that wants to eat the bait that’s on the end of our line. Baitfish populations are at or near the highest levels of the year. A good number of those baitfish were spawned this spring and are of a size that the larger predator fish can prey on. With baitfish levels high, it can be difficult at times to get those predators interested in our baits.

Additionally, light penetration is high at this time of year. On bright days when the wind doesn’t blow very much, many gamefish do what they can to avoid light. Many of them burrow into weed cover and only venture out when they get hungry. Others go deep and stay deep until the sun isn’t as intense. However, it’s summer, the water is warm, and a fish’s metabolism is high. They’ve got to eat sometime, and if we show them the right thing the right way, they’ll eat it.

For the next several weeks, we’re going to be targeting fish. Any fish. As autumn gets closer we start targeting big fish, but now, day in and day out, we just want to get bit. Crappies, walleyes, bass, pike, they’re all fun and we just want to get a few to bite. When we’re looking for big fish, we’re probably going to be using big baits. Now, when we’re not as concerned about the species or the size, smaller baits will be the way to go.

Much of our fishing will be on the deep weedline. In lakes with stained water the deep weedline might be in seven or eight feet of water. In clearer lakes, the weedline could be twelve to fifteen feet deep, and even deeper in super-clear lakes. The deep weedline is kind of a highway for fish: They travel along it and school on points, pockets, or any irregularity in the weedline. We’ll be mostly casting a jig/live-bait combination or a jig/plastic combination. Many anglers like the jig/live-bait deal, but more and more, jig/plastics are seeing additional water-time.

Largemouth goes small

This big largemouth went for a 2.5 inch Ned Ocho. That’s not unusual when the fish are finicky.

Minnows, leeches, and nightcrawlers come in pretty much one shape and one color and they require care. Plastics come in unlimited shapes and colors and keeping them in fish-catching condition is no problem. Plastics allow unlimited presentation options.

Jig weight is an important consideration. When a slow fall is desired, such as when you suspect the fish to be suspended along the deep weedline, which is what largemouth bass and crappies will do on overcast days, a sixteenth ounce head with a bulky plastic will allow for a slower fall. Your bait will stay in the fish zone longer. Six pound line enables an angler to cast lightweight jigs better, but eight or ten pound line has a larger diameter and will make the bait sink slower.

Bob Jensen

Bob

Jensen

Fishing the Midwest

If you’re after walleyes or the sun is shining and there’s none or not much wind, the fish will probably be deeper. An eighth or three-sixteenth’s ounce jig will be better. It will get down to the fish quicker.

The finickier the fish, the smaller the plastic. If they’re really shut off the 2.5-inch Ned Ocho is good and will appeal to most species of fish. If they’re aggressive, start with a 5-inch Ocho and increase the size until they quit biting. Use the largest size they’ll take, but realize that if they’re finicky, small will be better much of the time.

Summer is getting short, but the fish aren’t. If you give them what they want, they’ll eat it. When fishing is slow, a small bait will often speed it up.

To see new and not-so-new episodes of Fishing the Midwest television, fishing articles, and new fishing videos, go to fishingthemidwest.com

The Link Lonk


August 01, 2020 at 08:00PM
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Jensen: Lots of fish like little bait - Mason City Globe Gazette

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Fish

Researchers track Great Lakes fish through acoustic telemetry | News, Sports, Jobs - Iron Mountain Daily News

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Brad Utrup, a Michigan Department of Natural Resources technician at the Lake St. Clair Fisheries Research Station in Macomb County, holds an acoustically tagged muskellunge. Notice the stitches on the fish's belly. (Michigan Department of Natural Resources photos)

If you’ve ever been fishing, you know fish can be hard to locate. Many anglers have marked a high-quality fishing spot with a GPS coordinate, only to return the next day to find that all the fish have left. Fish movements can be influenced by many factors, including location of desirable habitat, water temperature and the seasons.

In addition to helping anglers target their catch, understanding fish movement can help develop more effective strategies for managing fish populations. The Michigan Department of Natural Resources employs a multitude of tools to study these movements.

One method involves marking fish by clipping off a portion of one fin on fish reared in DNR hatcheries, like salmon or trout. This fin clip indicates that an internal coded-wire tag has been inserted into the fish’s head. This tag is microscopic and contains information that DNR staff can read with a microscope.

When anglers catch a marked fish, they are encouraged to report information about the catch online or in person at DNR customer service centers. In some cases the DNR will reward anglers for submitting information about the catch.

This mark-and-recapture method helps generate data based on how far the fish moved from where it was last observed. The drawbacks to this method are that researchers don’t know how or when the fish traveled between two points and it is dependent on catching the fish multiple times — a challenging task in a body of water the size of the Great Lakes.

A close-up view of transmitters used to track fish.

To gain greater insight into fish movement, researchers have been turning to acoustic telemetry.

Acoustic telemetry is the process of using sound and distance to determine approximate movements of animals. It has two main components: a transmitter and a receiver. Each transmitter emits a unique series of sound pulses that can be detected on a stationary receiver. The receiver decodes this unique sound and logs the transmitter number, date and time of the detection.

Researchers can surgically implant a transmitter in the fish’s body cavity and release the fish into a body of water where receivers have been deployed. As the fish swims, movements can be tracked from receiver to receiver, showing the amount of time a fish spends in one area. Some tags also have environmental sensors that provide clues on the fish’s depth, swim speed and water temperature.

Researchers at the Lake St. Clair Fisheries Research Station use acoustic telemetry to study muskellunge movements in the St. Clair-Detroit River system to better understand spawning areas for habitat restoration and conservation.

“The ability of acoustic telemetry to provide fine-scale data across all seasons and across huge areas is a game changer, especially for species like muskellunge that are commonly low density,” said Dr. Jan-Michael Hessenauer, a DNR fisheries research biologist.

Since 2016, more than 130 muskellunge have been tagged with transmitters.

One unique aspect of this project is involving muskellunge angling groups in the tagging process.

“Members of these groups have participated in special fishing events where they have collected fish for tagging and contributed funds to purchase tags and other equipment needed to sustain the project,” Hessenauer said.

Acoustic telemetry can yield surprising results. According to Hessenauer, one male muskellunge “has made two separate trips to the Buffalo area on the east side of Lake Erie, each time returning to the Detroit River where he was initially tagged … But it is important to stress that he’s the only fish that has moved at that scale.”

The Detroit River to the Buffalo area is roughly 500 miles roundtrip, so a muskellunge making this trip twice would have to swim about 1,000 miles.

Acoustic telemetry can have different applications for DNR staff involved in native and invasive species management. Staffers at the DNR’s Waterford Fish Station in Oakland County collaborate with researchers at Michigan State University to track movements of grass carp in Lake Erie. Grass carp are an invasive species the DNR and regional partners are working to eradicate from the Great Lakes. The primary goal of their field work is to remove as many grass carp as possible.

Tagging a small number of fish with acoustic transmitters and releasing them back into Lake Erie has helped locate grass carp across the vast expanse of the lake and its tributaries.

“Having seasonal movement information for these fish helps response crews better target high-use areas for control efforts,” said John Buszkiewicz, a grass carp biologist at the Waterford Fish Station.

One noteworthy application of this technology is the “real-time rapid response” project. When a tagged grass carp comes into a specific area, a real-time receiver sends out an email alerting the response crews. A team can mobilize quickly by deploying gear to capture any other grass carp in the area. This technology has revealed specific timing of spawning activity and shown seasonality of grass carp movements, which has helped improve capture rates. Telemetry continues to be a major component of grass carp eradication efforts in Lake Erie.

One special aspect of acoustic telemetry research in the Great Lakes region is that data downloaded from receivers is published on GLATOS — the Great Lakes Acoustic Telemetry Observation System. It’s a great example of researchers working together to share equipment and information to advance knowledge of fish movement patterns.

“GLATOS provides fishery managers with information concerning fish movement and behavior that traditional fishery assessments were unable to,” said Dr. Chris Vandergoot, GLATOS director.

Information observed for individual fish is used to better understand how populations interact with the environment over both the short- and long-term.

“Data sharing is imperative … because without it, individual projects wouldn’t be successful,” Vandergoot said. “Since fish don’t recognize state or international boundaries, individual researchers are able to follow their fish even if they leave their study area.”

The next time you plan a fishing trip on the Great Lakes, consider exploring information on fish movement through GLATOS or at Michigan.gov/TaggedFish. It may make you a wiser, less frustrated angler.

If you believe you have caught a tagged fish, consider taking the time to report it to the DNR. Visible tags can be reported online through the DNR’s Eyes in the Field reporting system. For adipose fin-clipped fish with coded-wire tags, heads can be submitted at a local drop-off station.

Today's breaking news and more in your inbox

The Link Lonk


August 01, 2020 at 02:01PM
https://ift.tt/3hXOjX8

Researchers track Great Lakes fish through acoustic telemetry | News, Sports, Jobs - Iron Mountain Daily News

https://ift.tt/35JkYuc
Fish

Michigan DNR tracks fish movements with acoustic telemetry - Dearborn Press and Guide

fish.indah.link

If you’ve ever been fishing, you know fish can be hard to locate. Many anglers have marked a high-quality fishing spot with a GPS coordinate, only to return the next day to find that all the fish have left. Fish movements can be influenced by many factors, including location of desirable habitat, water temperature and the seasons.

In addition to helping anglers target their catch, understanding fish movement can help develop more effective strategies for managing fish populations. The Michigan Department of Natural Resources employs a multitude of tools to study these movements.

One method involves marking fish by clipping off a portion of one fin on fish reared in DNR hatcheries, like salmon or trout. This fin clip indicates that an internal coded-wire tag has been inserted into the fish’s head. This tag is microscopic and contains information that DNR staff can read with a microscope.

When anglers catch a marked fish, they are encouraged to report information about the catch online or in person at DNR customer service centers. In some cases the DNR will reward anglers for submitting information about the catch.

This mark-and-recapture method helps generate data based on how far the fish moved from where it was last observed. The drawbacks to this method are that researchers don’t know how or when the fish traveled between two points and it is dependent on catching the fish multiple times – a challenging task in a body of water the size of the Great Lakes.

To gain greater insight into fish movement, researchers have been turning to acoustic telemetry.

Acoustic telemetry is the process of using sound and distance to determine approximate movements of animals. It has two main components: a transmitter and a receiver. Each transmitter emits a unique series of sound pulses that can be detected on a stationary receiver. The receiver decodes this unique sound and logs the transmitter number, date and time of the detection.

Researchers can surgically implant a transmitter in the fish’s body cavity and release the fish into a body of water where receivers have been deployed. As the fish swims, movements can be tracked from receiver to receiver, showing the amount of time a fish spends in one area. Some tags also have environmental sensors that provide clues on the fish’s depth, swim speed and water temperature.

Researchers at the Lake St. Clair Fisheries Research Station use acoustic telemetry to study muskellunge movements in the St. Clair-Detroit River system to better understand spawning areas for habitat restoration and conservation.

“The ability of acoustic telemetry to provide fine-scale data across all seasons and across huge areas is a game changer, especially for species like muskellunge that are commonly low density,” Dr. Jan-Michael Hessenauer, a DNR fisheries research biologist, said.

Since 2016, more than 130 muskellunge have been tagged with transmitters.

One unique aspect of this project is involving muskellunge angling groups in the tagging process.

“Members of these groups have participated in special fishing events where they have collected fish for tagging and contributed funds to purchase tags and other equipment needed to sustain the project,” Hessenauer said.

Acoustic telemetry can yield surprising results. According to Hessenauer, one male muskellunge “has made two separate trips to the Buffalo area on the east side of Lake Erie, each time returning to the Detroit River where he was initially tagged … But it is important to stress that he’s the only fish that has moved at that scale.”

The Detroit River to the Buffalo area is roughly 500 miles roundtrip, so a muskellunge making this trip twice would have to swim about 1,000 miles.

Acoustic telemetry can have different applications for DNR staff involved in native and invasive species management. Staffers at the DNR’s Waterford Fish Station in Oakland County collaborate with researchers at Michigan State University to track movements of grass carp in Lake Erie. Grass carp are an invasive species the DNR and regional partners are working to eradicate from the Great Lakes. The primary goal of their field work is to remove as many grass carp as possible.

Tagging a small number of fish with acoustic transmitters and releasing them back into Lake Erie has helped locate grass carp across the vast expanse of the lake and its tributaries.

“Having seasonal movement information for these fish helps response crews better target high-use areas for control efforts,” said John Buszkiewicz, a grass carp biologist at the Waterford Fish Station.

One noteworthy application of this technology is the “real-time rapid response” project. When a tagged grass carp comes into a specific area, a real-time receiver sends out an email alerting the response crews. A team can mobilize quickly by deploying gear to capture any other grass carp in the area. This technology has revealed specific timing of spawning activity and shown seasonality of grass carp movements, which has helped improve capture rates. Telemetry continues to be a major component of grass carp eradication efforts in Lake Erie.

One special aspect of acoustic telemetry research in the Great Lakes region is that data downloaded from receivers is published on GLATOS – the Great Lakes Acoustic Telemetry Observation System. It’s a great example of researchers working together to share equipment and information to advance knowledge of fish movement patterns.

“GLATOS provides fishery managers with information concerning fish movement and behavior that traditional fishery assessments were unable to,” said Dr. Chris Vandergoot, GLATOS director.  

Information observed for individual fish is used to better understand how populations interact with the environment over both the short and long term.

“Data sharing is imperative … because without it, individual projects wouldn’t be successful,” Vandergoot said. “Since fish don’t recognize state or international boundaries, individual researchers are able to follow their fish even if they leave their study area.”

The next time you plan a fishing trip on the Great Lakes, consider exploring information on fish movement through GLATOS or at Michigan.gov/TaggedFish. It may make you a wiser, less frustrated angler.  

If you believe you have caught a tagged fish, consider taking the time to report it to the DNR. Visible tags can be reported online through the DNR’s Eyes in the Field reporting system. For adipose fin-clipped fish with coded-wire tags, heads can be submitted at a local drop-off station.

Collaborative science makes Michigan’s world-class fisheries even more exceptional.

The Link Lonk


August 01, 2020 at 05:59PM
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Michigan DNR tracks fish movements with acoustic telemetry - Dearborn Press and Guide

https://ift.tt/35JkYuc
Fish

Rod's Big Ol' Fish - July 31, 2020 - krcgtv.com

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[unable to retrieve full-text content]Rod's Big Ol' Fish - July 31, 2020  krcgtv.com The Link Lonk


August 01, 2020 at 10:55AM
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Rod's Big Ol' Fish - July 31, 2020 - krcgtv.com

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Fish kill on Palm Beach remains under investigation as cleanup continues - Palm Beach Post

fish.indah.link Crews returned to the beach Monday for a second day of cleanup work following a fish kill on Palm Beach that left scores ...

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