#Boat Depth Sounders Market Share
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marketwatchpune · 2 years ago
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Canada Frozen Fish and Seafood Market 2023 <growth trends, size, share, opportunities, revenue> 2023-2030
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Boat Depth Sounders Market Leaders ,New Revenue Pockets & Research Insight Report 2022
Global Boat Depth Sounders Market is expected to rise at a positive CAGR in the forthcoming period. Fishermen and divers readily invest in high tech sonar equipment to catch fish and undersea structures. Conceptually, depth sounders and fish finders are identical terms and both are active forms of SONAR. A SONAR comprises four basic components, transducer, transmitter, display unit and a receiver. The only difference between a SONAR and depth sounder is, SONAR exhibits the sound frequency back to the receiver whereas a depth sounder determines the level of depth. The transducer is the same for depth sounder and fish finder. Display monitors possess a better resolution than others and a basic monochrome display is reasonably expensive to produce.
Commercial driving factors responsible for the growth of boat depth sounders market includes the demand for novel fish finding techniques and also the growth in fishing activities across the globe. However, price constraint, poor resolution and difficult viewing act as a major hindering factor for the growth of boat depth sounders market.
Based on segmentation by product, the boat depth sounders market includes multi-beam and dual-frequency. Based on segmentation by end-user, the boat depth sounders market includes boats and ships.
Geographically, boat depth sounders market spans North America, Latin America, Asia-Pacific, Middle-East and Africa. APAC market gains a positive CAGR growth in the forthcoming period owing to growth in marine technology and increase in fish finding techniques. North America and Europe are also expected to gain a positive CAGR growth. MEA regions are also expected to grow significantly owing to growth in fish finding techniques and marine technology.
Browse Full Research Report @ https://www.millioninsights.com/industry-reports/boat-depth-sounders-market
The key players in the boat depth sounders market include Actisense, B&G, EchoPilot, Cruzpro, Faria, Gaffrig, Garmin, Hondex, Humminbird, JRC USA, Koden Electronics, Lowrance, McMurdo, MI Stimulators, Nasa Marine, Plastimo, Raymarine, Tecnautic and Wesmar.
Market Segment:
Geographically, this report is segmented into several key Regions, with production, consumption, revenue (million USD), market share and growth rate of Boat Depth Sounders in these regions, from 2012 to 2022 (forecast), covering • North America • Europe • China • Japan • Southeast Asia • India
Global Boat Depth Sounders market competition by top manufacturers, with production, price, revenue (value) and market share for each manufacturer; the top players including • Actisense • APM TECHNOLOGIES (Dongguan) • B & G • Cruzpro • EchoPilot • Faria • Furuno • Gaffrig • Garmin?(4) • Hondex • Humminbird • JRC USA • Koden electronics • Lowrance • McMurdo • MI Simulators • Nasa Marine • Navis USA LLC • Norcross Marine Products • Plastimo • Raymarine • Simrad Yachting • Tecnautic • Wesmar
Request Sample Copy of this Market Research @ https://www.millioninsights.com/industry-reports/boat-depth-sounders-market/request-sample
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memphismmorg · 2 years ago
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Nmea 2000 network shunt
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Nmea 2000 network shunt how to#
Nmea 2000 network shunt serial#
Nmea 2000 network shunt full#
The DeviceNet standard defines levels of shielding, conductor size, weather resistance, and flexibility which are not necessarily met by other cabling solutions marketed as "NMEA 2000" compatible. Such cabling systems are permitted to be labeled "NMEA 2000 Approved". The only cabling standard approved by the NMEA for use with NMEA 2000 networks is the DeviceNet cabling standard, which is controlled by the Open DeviceNet Vendors Association. Typical NMEA 2000 Network Installation Cabling and interconnect The maximum backbone cable length is 250 meters (820 feet) with Mini cable backbone or 100 meters (328 feet) with Micro cable backbone The maximum distance for any device from the bus is six metres. (The resistors are in parallel, so a properly terminated bus should have a total resistance of 60Ω). The NMEA 2000 network, like the SAE J1939 network on which it is based, is organized around a bus topology, and requires a single 120Ω termination resistor at each end of the bus.
Nmea 2000 network shunt serial#
Another improvement is that NMEA 2000 supports a disciplined multiple-talker, multiple-listener data network whereas NMEA 0183 requires a single-talker, multiple-listener ( simplex) serial communications protocol. It uses a compact binary message format as opposed to the ASCII serial communications protocol used by NMEA 0183. It has a significantly higher data rate (250k bits/second vs. NMEA 2000 ( IEC 61162-3) can be considered a successor to the NMEA 0183 (IEC 61162-1) serial data bus standard. NMEA 2000 devices and J1939 devices can be made to co-exist on the same physical network. NMEA 2000 is based on the SAE J1939 high-level protocol, but defines its own messages. NMEA 2000 connects devices using Controller Area Network (CAN) technology originally developed for the auto industry. However, enthusiasts are slowly making progress in discovering these PGN definitions.
Nmea 2000 network shunt how to#
For example, the NMEA publicizes which messages exist and which fields they contain, but they do not disclose how to interpret the values contained in those fields.
Nmea 2000 network shunt full#
Although the NMEA divulges some information regarding the standard, it claims copyright over the standard and thus its full contents are not publicly available. The NMEA 2000 standard was defined by, and is controlled by, the US-based National Marine Electronics Association (NMEA). 5 Message format and parameter group numbers (PGNs).The interconnectivity among instruments in the network allows, for example, the GPS receiver to correct the course that the autopilot is steering. NMEA 2000 is meant to be "plug and play" to allow devices made by different manufacturers to communicate with each other.Įxamples of marine electronics devices to include in a network are GPS receivers, auto pilots, wind instruments, depth sounders, navigation instruments, engine instruments, and nautical chart plotters. It also allows the instruments to work together, since they share data. This allows one display unit to show many different types of information. The backbone powers each instrument and relays data among all of the instruments on the network. Various instruments that meet the NMEA 2000 standard are connected to one central cable, known as a backbone. The protocol is used to create a network of electronic devices-chiefly marine instruments-on a boat. Raymarine SeaTalk 2, Raymarine SeaTalk NG, Simrad Simnet, and Furuno CAN are rebranded implementations of NMEA 2000, though may use physical connectors different from the standardised DeviceNet 5-pin A-coded M12 screw connector, all of which are electrically compatible and can be directly connected. The higher-level protocol format is based on SAE J1939, with specific messages for the marine environment. Electrically, NMEA 2000 is compatible with the Controller Area Network ("CAN Bus") used on road vehicles and fuel engines. Communication runs at 250 kilobits-per-second and allows any sensor to talk to any display unit or other device compatible with NMEA 2000 protocols. NMEA 2000, abbreviated to NMEA2k or N2K and standardised as IEC 61162-3, is a plug-and-play communications standard used for connecting marine sensors and display units within ships and boats.
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jayu123-me · 6 years ago
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Hydrographic Equipment Market Size & Share to See Modest Growth Through 2019
Hydrographic survey is a process used to measure and describe the bodily features of oceans, seas coastal areas, lakes and rivers. The equipments which are required to do such surveys are known as hydrographic equipments. The main goal of hydrographic surveys is to ensure safe maritime navigation.   
Sometimes the term hydrographic surveys and maritime cartography are used synonymously; however maritime cartography is the final process of hydrographic surveys and is used to convert the raw data collected in hydrographic surveys to pull out some useful information. Hydrographic surveys are done under some rules which may vary according to the accepting authority. In hydrographic surveys measuring depth is not as difficult as compared to knowing how far the survey boat is from the coast when the depth is measured.   
Read report review@   https://www.transparencymarketresearch.com/hydrographic-equipment-market.html  
 The hydrographic equipment earlier consist primarily of a GPS (Global Positioning System) with a built in radio and Omni directional antenna, a Helmsman display for navigation, dual frequency depth sounder, a computer, a plotter, and a hydrographic system software for underwater data collection. An onboard generator is used to supply power for the equipment. The shore equipments include a GPS (Global Positioning System) receiver of same type. The Global Positioning system and the antenna are placed over a survey tripod. Due to vast area of sea, radio boosters are used to boost the signal strength. 
The Global Positioning System is connected to the satellites for receiving information.    The modern surveying relies more on the software than hardware. In shallow water areas echo sounders such as LIDAR (Light Detection and Ranging) and SONAR (Sound Navigation and Ranging) are used with equipments placed on Autonomous Underwater Vehicles (AUVs) and Unmanned Underwater Vehicles (UUVs) to conduct hydrographic survey. Data collected is stored and processed in computer for use in navigational charts, digital terrain model, topographic measurements and bathymetry.   Data collected should be free from errors and is displayed as the charts which are made by using special CAD (Computer Aided Design) software such as AutoCAD. 
The use of hydrographic surveys is to measure the information related to maritime navigation, marine construction, dredging, offshore oil exploration/drilling related activities, maritime engineering, and harbor management. In these surveys a strong emphasis is given to find information related to shorelines, tides, currents, seabed depth and submerged obstruction that may affect the maritime navigation.   
Increasing prices of oil and gas due to high demand, safety concerns among the sailors and shipping companies, government policies encouraging oil and gas explorations, advancements in hydrographic equipment technology are likely to drive the hydrographic equipment market in near future. Cost associated with carrying the hydrographic surveys and time taken to conduct hydrographic can act as the main restraint to the potential growth of hydrographic equipment market. Being an uncontested sector with high rewards the opportunities in hydrographic equipment markets are forecasted to be good in near future.   
Request brouchure@ https://www.transparencymarketresearch.com/sample/sample.php?flag=B&rep_id=2344   
Some of the key players in Hydrographic Equipment market are Valeport, Seafloor Systems, Kongsberg Maritime AS, Hydro International, Teledyne Marine and Raytheon Company.  
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randyslacey · 6 years ago
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Best Fish Finder 2018 – Fish Finder GPS Combo Reviews Buyer’s Guide
10 Best Fish Finders For The Money – Top Fish Finder Reviews
Imagine you have gotten the best fishing rod, the best bait & lures but still not able to find any fish. It doesn’t make a difference whether you have an amazing rod & reel or you’re in a prime location for fishing if you are not able to find any fish you’re screwed.
That’s why we have taken the responsibility of finding and reviewing Best Fish Finders 2018 available right now on the market.
We will highlight the best fish finders GPS Combo available on the market. Depending on the use, you can select a wide range of fishfinders according to their display, transmitting power, frequencies, and GPS. Make sure next time, when you go to fishing you have a fish finder to help you out.
  How Fish Finder Works?
A fish finder does not have a complicated way of operation. An electrically compelling force from a transmitter is transformed into a sound wave by an underwater device that is used to convert energy from one form to another. This device is known as a hydrophone. Reflection of the wave is made when the wave strikes either a fish or debris and the reflected wave produces the size, composition, and shape of whatever it comes in contact with. The exact extent of what is obtained is dependent on the frequency and strength of the compelling force that is transmitted. To locate the precise position of fishes in the water, a fish finder has a high level of sensitivity of temperature and pressure. Modern fish finders have trackback that is capable of checking and changing movements with the aim of changing position while fishing. Better details are produced on the screen when the fish finder frequency is high. Commercial fishing involves the use of low frequency while modern fishfinders make use of high rates to view results.
Products
Several types of the fish finder that are used both for sporting and commercial purposes. They are rated according to their uses and the amount of frequency produced.
Fishing Rods Name GPS Display Weight Germin Striker 4 GPS Yes 3.6 x5.9 x 1.6 inches 4.9 KG Check Price Raymarine Dragonfly 7 Pro Yes  13.8 x 13.8 x 13.8 inches  3.97 Pound Check Price Lowrance Hook 3X Sonar No 3.8 x 1.9 x6.5 inches 2 Pound Check Price Humminbird HELIX 5  Yes 5 inch  10.1 Pound Check Price Lowrance Hook-7 Base Sonar Yes 10.9 x 8.1 x 9.2 inches 5.79 pounds Check Price Humminbird Helix 7 Yes 1.1 x 10.5 x 5.8 inches 10.4 pounds Check Price Deeper Smart Sonar PRO+ Yes Phone/Tablet  3.52 ounces Check Price Hawk-Eye DT1B DepthTrax 1B N/A 6 x 4 x 2 inches 2.01 pounds Check Price Lowrance Elite-7 Ti No  11 x 8 x 9 inches  7.4 Pound Check Price Garmin Striker 7SV Yes 9.3 x 2.3 x 5.5 inches 1.7 pounds Check Price
1. Germin Striker 4 GPS – Best Fish Finder Under $100
With Germin striker 4 GPS, searching for fishes is much more comfortable. It provides clear scaling graphics without any interruption in the image while transferring between depth range scales. It affords the user the opportunity to rewind through the previous sonar images to select waypoints that were initially passed through the sonar history rewind.
Additionally, it can make visible the speed data as a result of a built-in flasher it has and also, the Germin striker is made up of a CHIRP that produces a frequency of 200 kHz from a transducer device with a transom and motor trolling hardware and cable. It is the best fish finder for your money, and it is the best affordable fish finder.
Description
The Germin Striker is designed to help the user mark his or her favorite fishing point which makes it easier to come back to that spot again thereby saving the user time and money, making it a cheap fish finder.
The Germin Striker has a highly sensitive GPS which enables the user to see his or her position and finding his way back to the boat. This feature makes it one of the best GPS fish finder. It also enables the user to see his speed on the screen of the fish finder thereby helping the user to know that he is on the right pace.
Rather than sending a single frequency, CHIRP sends a continuous set of frequencies both high and low and explains them individually on their return. Hence as the technology provides a wide range of frequencies, it can generate a full target separation.
The Germin CHIRP technology helps in delivering clear sonar images with high resolution from shallow to deep depths which makes it a depth fish finder.
FEATURES
Clear scanning sonar – this best sonar fish finder helps in showing the user what is in the water and around the boat. As a result of its high-frequency sonar, it produces a closer photographic image with an explicit representation of things such as fishes, structures, and objects beneath the water.
Simple power- this fish finder has several buttons and critical interface. It is easy to install and with various sizes of 5-7 inches.
Waypoint Map- the fish finder has a waypoint map that assists the user to view, mark and move to areas like brush piles, stumps, and docks. For freshwater, its maximum depth is 1600 feet, and in salt water, it has a thickness of 750 feet and produces a current of 12V: 0.23A
CHIRP SONAR- this feature helps to create a continuous frequency which presents a wide range of data.
BUILT-IN FLASHER – this feature helps make this fish finder ideal for ice fishing.
Pros Cons
It has a 3.5-inch color screen
It has an inbuilt GPS
It is a CHIRP fishfinder
The panel is easy to control
Its speedometer appears on the screen
It goes a maximum depth of 1600ft on fresh water
Have thickness of 750ft on salt water
Unexpectedly, the unit may go off
On open water, the GPS location may be unstable
2. RayMarine Dragonfly 7 Pro –  Best Fish Finder Under $600
Raymarine Dragonfly is a higher fishing device and is among the best fish finder 2018. It is made with a high technology such as full spectrum CHIRP Down-vision. This fish finder helps the user to use a reasonable amount of time during fishing and a reduced time searching for fishes.
This cheap fish finder comes with Navonics charts that spread across the coasts of US, Canada and also an increasing number of lakes. An energy conversion device is also attached to it. This fish finder device can help the user have beautiful and bright images.
Description
Wide CHIRP vision: The Dragonfly vision surpasses ordinary sonar images with a high deep water performance of about 600ft and an enormous speed tracking.
Dual-Channel CHIRP Sonar: The Raymarine Dragonfly has a dual sonar channel which makes it easier to target fishes.
CPT-DVS Transom Mount energy conversion device: This fish finder can integrate its CPT-DVS transom energy conversion device with a wide range of beam DownVision element which results in a high level of subsurface visibility. These are found in all Dragonfly pro models
US and Canada Navonics Charts: This fish finder covers all the coast of US, Canada, and over 20,000 lakes.
Connect and Share Wirelessly: Unlike some fish finders, the Dragonfly fish finder has a WiFi software which makes it possible for the fish finder to be streamed from either a smartphone or tablet. Thus the images captured can be rewind and shared with friends online from the palm of the user.
Flexibility: This fish finder is designed with a ball and socket system which makes mounting and installing the Dragonfly fish finder very easy and flexible.
Wi-Fish app: This fish finder has a Wi-Fish app which produces a higher waypoint movement and mapping using smartphones and tablets. Hence the user’s mobile device can serve as a virtual periscope to find the waypoints and the best fishing point.
Features
CHIRP technology: The Dragonfly has an extensive spectrum CHIRP Technology that enables the transmission of the signal into the water and allowing the fish finder to interpret the target of more fishes and producing an image that is crystal clear. Dragonfly has an inbuilt GPS that comes with avionics for charts and has a waterproof standard.The Dragonfly also has an inbuilt WiFi that enables the streaming of Dragonfly 7 with the help of smartphones and tablet with the RaymarineWiFish app.
Bright display colors: The Dragonfly fish finder has an optical bonding of LCD technology that is effective in all weather and can produce very bright colors and sharper contrast.
Pros Cons
Its screen is bright and clear.
Its mount can be removed
It is compatible with smartphones
It has a long cable
Its screen is polarized
3. Lowrance Hook 3X Sonar – Best Budget Fish Finder
Even under intense sunlight, the HOOK 3k can display color and a sounder that makes it very easy to notice fish targets, contour, structure, bottom hardness, etc. as a result of its LED-backlit color.
This beautiful technology produces a double frequency which is 83 kHz and 200 kHz which helps to maximize the view below the user’s boat. The 83 kHz frequency covers about 60 degrees of conical coverage which is proper for capturing larger fishes and search area, while the 200 kHz frequency covers about 20 degrees of conical coverage which promotes fishing separation and this is proper for vertical drop shooting techniques.
The energy conversion device that has a water temperature sensor can keep track of the bottom up to 75mph. Unlike other fish finders that use fish arches to identify fish targets, the HOOK 3X has a display fish icon known as fish I.D.
The advanced signal processing helps to minimize the need to manually set the settings to catch sight of fish, structure and bottom details very clearly while the pages button enables the user to change between 83 kHz to 200 kHz swiftly.
Features
The LED backlit is 3 inch, and it has a 320 × 240 full resolution that makes it easy for the image display to be seen even under intense sunlight.The sounder makes it easy to identify things such as fish targets, structure, etc. The HOOK 3X has a signal processor that helps to minimize the act of adjusting its settings to see either fishes, structure or bottom details manually.
This beautiful fish finder has a double frequency operation that helps to maximize the view below the boat of the user.
Pros Cons
    It is durable.
It has a 9-inch touchscreen.
Its menu is easy to navigate.
It has a high color.
Its bracket is adjustable
It is costly.
Its buttons may not respond at certain times.
Its transducer cord is short.
4. Humminbird HELIX 5 CHIRP GPS G2 – Best Fish Finder Under $300
The Helix 5 is one of the best hummingbird fish finders. For over four decades, this fish finder has been America’s top-rated fish finders and their favorite.
This fantastic fish finder has a hummingbird switch-fire which helps to put the user in total control of how their sonar returns would appear. This innovation has a two display mode that makes it truly unique. This two-mode makes it possible for the user to adjust his fishing condition. These modes include addition or removal of details, accounting for water depth, temperature and agitated which are all operated by a button.
The HELIX 5, like other Hummingbird fish finders, has a Precise GPS which provides position accurately within 2.5 meters in a jiffy. This beautiful technology has an integrated screen and frame which makes the playing field more level thereby producing one continuous surface which is surrounded by an ultra slim panel to reduce space.
The Helix 5 has an ultra-bright LCD which is quite impressive and delivering a high clear picture even during intense sunlight.
This amazing technology has an enhanced base-map to produce more suitable and beautiful fishing experience. The inbuilt GPS will assist the user by producing accurate maps showing contours, movement aids around the coastline of US, and more than 10,000 lakes which give the total user confidence during navigation.
Due to its inbuilt GPS, the HELIX 5 provides the user with a detailed map of his or her favorite fishing areas. The HELIX 5 is the best cheap fish finder because there are no added fees and there is no need for the user to upload any information for the world to see. It also provides an eight hour recording time.
Features
It has a 5-inch WVGA display. The HELIX 5 has a dual beam sonar frequency.
The HELIX 5 has an internal GPS chart that is precise and has cartography
It has a micro memory card slot for saving waypoints and maps
Pros Cons
It has a color screen display which enables the user to see details sharply.
It has an internal GPS.
It has a memory card slot.
The GPS does not have unique features.
The display on the screen is plain.
5. Lowrance Hook-7 Base Sonar/GPS –  Fishfinder Under $400 
This masterpiece has a high resolution and a 7-inch color display. This amazing technology has a highly inbuilt GPS antenna, and an excellent map of US, and inclusive in the map is over 3000 lakes, rivers and coastal contours of about 1000ft.
The hook-7 also has an advanced signal processing which limits the use of manual to adjust settings to view fishes, structure, and it can rewind recorded sonar history such as fish targets and can pinpoint these locations. This amazing technology has a Navionic maps.
Features
It has a high resolution and a 7-inch color display.It has a CHIRP sonar plus down-scan which is the leading fish finder technology which produces the best view beneath a boat. This technology has a highly accurate inbuilt GPS antenna and a detailed map of US.
Pros Cons
It has a 7-inch screen.
It has a 3D transducer scan.
It has a pre-installed cartographic chart
It is weather resistant.
Its map is restricted to America.
6. Humminbird Helix 7 Chirp SI/GPS G2Combo 
Over the years, Humminbird has been the most preferred fish finder in America because this lovely fish finder has given both recreational and commercial fishing, a difference. And this has become its norm. This brilliant innovation has been built in two modes to enable the user to add or remove information. This information includes the depth of water, the temperature of the water and the disturbance or turbulence of the water. It has made the user be in absolute control of how the information appears. The Humminbird helix 7 just like other Humminbird Fishfinders has a very powerful and precise GPS that gives high-speed position accurately around 2.5m.
The HELIX 7 can display what is beneath the water crystal clear as a result of its ultra-bright LCD, and it provides a very high clarity even when the sunlight is very bright. This amazing technology has an enhanced base-map to produce a more appropriate and beautiful fishing experience. The inbuilt GPS assists the user by producing accurate maps showing contours, movement aids around the coastline of US, and more than 10,000 lakes which give the total user confidence during navigation.
The HELIX 7 is built with G2 GPS which help the user to produce the map of his favorite spot for fishing, and this includes deep contour, vegetation, etc. The beauty of it all is that this program is without charge, meaning that it is free since there are open eight hours of recording all events.
Features
This brilliant innovation is durable and light because it is made of a very light material known as polycarbonate. Helix 7 is built with scratch resistant materials. It has a very lightweight.
Pros Cons
It can go a depth of 600ft
It gives a complete and precise picture of the deep
It has an inbuilt GPS and can store up to 50 customized routes
Its CHIRP transducer is purchased separately.
Its memory card is sold separately.
To get a map, the user would have to buy a software package..
7. Portable Deeper Smart Sonar With GPS & Wireless Wi-Fi Fish Finder For Shores
The Deeper smart is a fish finder that connects wirelessly. This amazing technology can float on water while it sends complete information from the bottom of the sea to the smartphone or tablet. This device can capture anything in water such as depth, structure, temperature, fish habitat and other vital data that are important for productive fishing.
This fantastic device is wireless and makes use of Bluetooth connection which can connect a distance of 130ft. It can also be used for canal fishing and fishing in ice which is a short distance.
Description
As was mentioned earlier, the Deeper smart sonar is wireless and can be operated using a phone. It is done by downloading the Deeper App. When the pairing of the two devices occurs, the deeper smart sonar produces an accurate standard of sub-water sonar device. Operating the Deeper smart sonar utilizes either a smartphone or tablet can be done in an online or offline mode. For the app to work effectively, the app should on a regular base be updated or renewed.
It is noteworthy to know that Wi-Fi connection and mobile data for operating this device is not necessary because the Deeper smart sonar is designed with a Bluetooth software that can connect with smartphone or tablet. For fishes location, the Deeper smart sonar can function flawlessly in depths of 1.5ft to 130ft beneath the water. This amazing device has a temperature sensor which gives the accurate measurement of water temperature.
The Deeper smart produces a dual frequency which provides double coverage of an area. For better accuracy, the Deeper smart delivers 290 kHz (15°), and when carrying out a more extensive search of an area, it produces 90 kHz (55°). This beautiful device is small to fit into a tackle box, and it has a soft synthetic rubber that makes it safe to carry it on a belt. This device fits into every rods and line. Its weight is perfect with its size. It suits all types of fishing. The various types of fishing and what role Deeper smart sonar plays in making them productive.
Shore Fishing
While fishing along the shore, Deeper smart sonar adds value to the users fishing gear. It is also simple to make use of while fishing. Just attach the device to a fishing rope, put it into the water and pull it out towards yourself at a slow pace but steady rate. When the Deeper smart sonar meets anything, it displays it. This amazing device can also access complete fish information when fishing onshore.
Boat Fishing
Since the Deeper smart sonar works with smartphones and tablets while fishing with a boat, the mobile device should be connected to the system and can be taken anywhere with the boat. The fish finder should be fastened to the user’s boat employing a flexible arm mount.
Pros Cons
It can be operated by a phone.
It has Bluetooth software.
It can give the water temperature.
It produces a high frequency.
It can scan only a  depth of 130ft
8. Hawk-Eye DT1B DepthTrax 1B (Only Depth Finder)
The Hawkeye is a high-speed device that has the equipment that converts energy and can be mounted. It is a well-designed depth finder that fits into any body of water in the world. This device assists the user not overlook the depth alarm. Hawkeye has three advanced warning system. This device is the best depth finder.
This fantastic technology comes in both black and white faceplates. The depth of the water it doesn’t matter, the Hawkeye depth finder is an excellent addition to the user’s boat and brings to sight what the user wants.
To make it my easy and fast to find depth, the Hawkeye has a smooth touch interface and a marine plug with a play connector. All of this helps the user to have an accurate depth reading either in meters or feet. For the user to identify his or her text, this fantastic device had a glare-free display and backlit that helps a user see his interpretation even when the sunlight is bright. This depth finder is easy to operate and install because it has an operational manual and a 24-hour online tech support center. More importantly, it has a two years warranty to cover up for damages.
This technology is truly unique because it can decipher the various signals coming from the reading of the bottom contour, location of fishes, and other essential sonar data with an arrangement of their individual transducers which helps in giving an accurate and precise depth reading with a high speed of 60 mph, irrespective of the depth with a depth finder review.
FEATURES
It has a combination of Transom Mount and Glue-In-Hull Transducer. The Hawkeye produces a precise and accurate depth reading both in meters and feet at a speed of 63 miles per hour. The Hawkeye has an advanced three-stage depth alarm warning system, and this helps for vessel draft. It has a waterproof face, and it is a soft touch with a digital algorithm programming.
This amazing device comes with a two-year warranty.
Pros Cons
It helps for vessel draft
It has a waterproof face
It has a two years warranty
It does not have a Bluetooth software
9. Lowrance Elite-7 Ti-Touch Combo
The increase in technology has led to the production of touchscreen devices. The Lowrance 000-12721-000 Elite-7Ti fish finder is one of this device that has a touchscreen that works in high-end functions and features with excellent performance. It is the best affordable fish finder.
It has a 7 inch, high resolution and touchscreen display which helps cover all the sonar needs of the user. This amazing device can support either a high, medium or low CHIRP and can produce frequencies that are up to 83 to 800 kHz.The Elite 7 has an inbuilt GPS and a reliable Lowrance navigating tech which helps the user to move with ease. Wirelessly, this masterpiece technology connects with Bluetooth and other wireless connection that allows one to update and download software but beautifully, it allows the user to download insight Genesis maps for quick use directly from the boat or water.
Features
High resolution of a 12-inch, LED-backlit color display. This technology has a trackback which allows the user to scroll back through the history to have a review of structures and fish targets and helps the user to mark favorite locations. The Elite 7 has an inbuilt wireless connector that helps the user to purchase and download Maps that would be used immediately.
The NMEA 2000 network connection helps for waypoint sharing and engaging data interface. It also has a GPS integration. It has a GPS fish finder review.
Pros Cons
Its screen has a high resolution.
It has a trackback
It has a wireless connector
It has an inbuilt GPS
It does not have a memory card slot
10. Garmin Striker 7SV With a Transducer
The Germin striker 7SV has been designed to making the search of fishes and other data beneath the water to be secure by providing crystal clear graphics that cannot be interrupted. It has a GPS fish finder review, and this gives the user the privilege of going back through the previous images to select waypoints that have been passed. Mention worthy is the fact that this technology can display speed information because it has an inbuilt flasher. It also has a CHIRP that generates a frequency of 200 kHz from a transducer device that has a motor trolling cable. It is one of the best fish finders.
Description
This technology is built to assist the user in marking his or her most lovely fishing site which makes it much easier for the user to come back to that same point next time, invariably saving both money and time for the user. The GPS of this beautiful innovation is fantastic. Imagine seeing your position while fishing and tracing your way back. Nothing is more refreshing than Germin Striker. It also gives the user the privilege of seeing his speed on a screen thereby helping him to know if he is on the right pace.
It can send more than one frequency which can either be high or low and reads them differently as they return. It shows that the technology can produce several frequencies and generate a wide range of the target. Due to CHIRP technology, the Germin can provide a clear sonar picture with high resolution which makes it a depth fish finder.
Features
As a result of the sonar software, it produces the images of things seen around the boat. It generates a closer photo image with an explicit representation of items and objects found beneath the water. It is designed with several buttons and keys. It is easy to install and operate.
To help the user have a clear view, mark and move through areas that have hazards such as stumps and docks, this fish finder is built with a waypoint map. It can go a depth of 1600ft in fresh water and a thickness of 750ft in salt water. This masterpiece technology generates a current of 12V. It can produce multiple frequencies and a wide range of information. As a result of its inbuilt flasher, the striker 7SV is best for ice fishing.
Pros Cons
It has an inbuilt CHIRP transducer
Its GPS system has a high quality.
It has an excellent range of navigational structure which includes speed and waypoint map.
It does not have a touchscreen, but instead, it has buttons.
It does not have a memory card slot.
What is Fish Finder? 
A fish finder is an equipment used to find the location of fishes beneath the water by discovering reflected pulses of sound strength. A typical fish finder shows measurement of sounds that are reflected graphically thereby allowing an operator to understand the information on locating underwater debris and fish schools. The fish finder equipment is used both in sporting and commercial activities. Modern fish finder can be linked with marine radar compasses and global positioning system (GPS) as a result of advanced technology.
The word fish finder is derived from the phrase Fathometer, and a Fathometer is a device or equipment that is used to measure the depth of a water body. This equipment can display the water depth and can also keep a record of measurements automatically. Hence, since both the fathometer and fish finder work similarly, both were merged.
Buyer’s Guide
Fishfinders vary in design and makeup. To make the best decision when looking for a fish finder, the following factors should be taken to heart. These factors are discussed extensively below.
2018 Guide to Choosing the Best Fish Finder Under Budget: 
Transducers : It is the part of a fish finder that releases and receives sonar signals from beneath the water. Each type of fishing requires a sensor, and the transducer for various fish finders differs in signal strength. When fishing in a sea, a fisher would need a transducer that sends a signal to very great depth while if a fisherman is catching in a river or smaller body of water, he would require a sensor that transmits sound wave to a wider angle.A purchaser should also give attention to the amount of frequency a transducer operates on. A transducer can be installed on a transom or the trolling motor depending in the boat. Although, portable transducer does not require mounting.
Cone Angle : The cone angle has to do with the range or depth a signal can get when deployed. The truth is the deeper the water, the wider the cone angle would get beneath the boat. A cone angle can range from fifteen to twenty degrees while some other cone angles can reach as full as sixty degrees. Most fishers usually use fish finder that has more than one cone which helps them cover large angles while remaining at a spot.
Frequency : When a fish finder produces a high frequency, there would be more information transmitted to the user’s screen. High frequencies produce better results in waters that are not deep, but fishers that are into commercial fishing makes use of low-frequency fish finders. A lot of fish finders have more than one frequency, and frequencies of 50 to 200 kHz are most common.
Display Screen: Newly produced Fishfinders make use of color screens which has a better advantage to the traditional black and white screen because it provides clear pictures. Colored screen fish finders are affordable because they are becoming the norm and are replacing the black and white screen fish finders. The screen resolution should also be taken into account. Screens that are large makes it easier to point out the exact location of areas and structures. The lowest recommended screen resolution should be 240 by 160 but to enjoy the reading on the screen, a person can decide to take it much higher.
 Power: For a sonar to operate effectively, the power must be high. A fish finder’s strength is measured in wattage, therefore the higher the wattage, the faster the relaying of results to the user. Generally, a fish finder can display readings that are up to 400ft per 100 watts at a frequency of 50 kHz. If working at a rate of 200 kHz, a person can be able to count on readings of a distance of 100ft for every 100 watts of power. Thus it is advisable to consider the wattage of a fish finder rather than the range based on frequency.
GPS Capability: For a fish finder to be regarded as the best, it must have GPS capabilities. It would not be wise to purchase equipment separately for navigation when a purchase can be made for stuff that has both fish finding and navigation together. Fishfinders with GPS help the user to save spots that are of interest to him or areas that have submerged factors.
. ScanningThere is two ways a fish finders scan. Either down or side. The fish finder that does down-scanning are more powerful and useful, but they can miss things not passing directly beneath the user boat. The side-scanning fish finders can scan a significant amount of water but are not effective in deep water. So when purchasing a fish finder, consideration should be given to an area of concentration. So it is advisable to make use of or buy multiple fish finders.
 Portability: Due to certain conditions or situations, a portable fish finder is preferable. In recent time, this type of Fishfinder has become much popular. If fishing is done on a small boat, it is good to make use of portable fish finders. Using the portable fish finder is simpler. It is used by casting the transducer into the water, and the result would become visible on the users’ mobile device such as a smartphone or tablet. If fishing is done on a lake or pond, portable fish finder works better there but fishing in an ocean or a very vast body of water, it is advisable to stick with the traditional fish finders.
Design & Durability: Most people give negligence to the build and design of a fish finder. But the shape and the way the buttons are placed is essential. A durable fish finder should be rated as waterproof or water resistant. Since salt is a very corrosive element, if a person would be fishing in saltwater, then Fishfinders that are built to prevent corrosion should be used.
Price: Although it is not advisable to buy anything just on the price alone, attention should also be given to the price tag. If a fish finder has all the needed and necessary features, then it should be more expensive than an entry-level model of a fish finder. Also, it is of no use to empty a wallet if only one requirement is needed for a fish finder to be purchased. Therefore, a buyer should buy what he or she needs because in most cases, those extra features found in a fish finder can be very complicated and frustrating. Always compare prices by visiting different outdoor suppliers and make comparisons by going online also. If a lower cost of a fish finder has been seen, then it is right for the person buying it to check if it is the right model and the same warranty.
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guidancesports-blog · 7 years ago
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Interesting and amazing guide to find out the best portable fish finder on online
Are you involved in the fishing activity? Choosing the best fishfinder is necessary one and fishfinder is the device which is mostly used to search for the exact location of the fish in water. A fish finder is also called as the fish sounder. Choosing the best portable fish finder is necessary one because fishfinder has been upgraded improved and developed which allow the high degree of the integration among different systems such as GPS. Finding the best fishfinder is difficult because plenty of models are available. Once you choose perfect combo units then it can gather location data and merge it with the underwater imaging date to make the holistic picture of what and where you are fishing. If you are fisherman then you must find out the best unit which combines all features into one unit so that it will simple to operate, gets excellent results and easy to read.
Things consider when you buy best portable fish finder
The main factors that are used in the choice of best portable fish finder are mostly dependent upon development, design, and production of the products. If you are a beginner to choose the best fishfinder then you must follow some effective tips such as
•    Fish finder might fall into three main model categories such as networked units, GPS combo units, and standalone unit. A GPS combo unit might use sonar for viewing underwater and GPS for navigation. Basically, the standalone unit is used sonar for views underwater, gives water temperature readings and retrieves depth information.
•    Features- In a modern world fishfinder is used sonar to find fish underwater and it allows the user to view the underwater terrain. It is available with down or side imaging sonar. However, terrain map features come up with the units. Maps are offering angler image of the terrain under water.
•    Displays- It is the most important factor while you choose fish finder and some of the fishfinders come with color and others have black and white. Image quality is decided by a number of the pixels in the display. Basically, the 10-inch display might provide the larger image in the spilled screen.
•    Transmitting power- A transducer might send sonar beam in the cone shape through the water. Sonar beam bounces off objects and bottom of the lake which can display image to display. The higher signal power from the transducer can provide better image and greater range of the depth.
•    Large display and backlight- A portable fish finder might come with the large screen and pixels. If it comes with the backlight then it can provide excellent advantage so that you can use it at night. A color screen might provide better details and it could be used in the sunny weather.
There are plenty of portable fish finders available in the market and I bet you might not choose branded fish finder when you look for one. For the occasional fisherman, it is not always recommended to buy something which might burn a hole in your pocket. Power is the important and crucial factor and you must concern it before you plan to purchase fishfinder. Power of the fish finder unit is mostly measured in wattage and greater the wattage then faster your unit. As everyone knows fishfinder might translate sonar waves which receive from a transducer. If overall power is less then sonar waves could be slower so ultimately your reading could be fuzzier. Color screens are a new standard in the electronic because it is offering greater detail which showing up millions of colors when compared to 265 shades of gray.
How to choose the portable fish finder
Portable fish finder works well in the different variety of circumstances but it is mostly useful for anglers who fish from different kinds of boats and locations. It could be the best choice for ice anglers, kayaks, rental boats, and canoes. There are plenty of things, you must consider when you plan to buy portable fish finder such as
•    Easy detachment- it is important which you are able to easily detach your fish finder. Different varieties of the fish finders are available so that you must do some research to find out the best fishfinder.
•    Sonar- This type of the sonar is available in different fish finder which makes is possible to find every single fish which is in the water. You can find options which are up to 120 degrees because it can provide an incredibly wide view.
•    Pixels- Quantity of the pixels on the screen is an extremely important element and the pixel is the small dot which is showing on your display. This dot represents the tiniest magnitude of the details which your display screen is able to show you. If you are looking for the crisp and crystal image then it is always good to invest in the high-resolution display screen.
Sound waves are useful to find a good fishing spot while you use fish finder and all fish finders might broadcast sound waves into the water. A good fishfinder always comes up with the easy to use control panel, GPS built in, speedometer on screen, shows water temperature and excellent watt RMS transmitter. Always try to choose the fish finder which has durable construction, ultra scroll system, high definition optics, full-color five-inch screen, water temperature, display speed and split screen option. A portable, handheld fish finder is the small unit which works from shore. This kind of the finder uses the small floating transducer to retrieve temperature, water depth, and underwater terrain information.
Conclusion
In fact, buying portable fish finder is a necessary one to fisherman so you must concern about certain things while you buy the fish finder. I hope that after reading this article, you might familiar with things you must to know before purchase the best portable fish finder. This article is really useful to find out the best fish finder based on your requirements. Once you enjoy this article then you can provide your valuable comments which are helpful to improve our article quality. If possible try to share it with your friends or family members.
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minnievirizarry · 7 years ago
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The Complete Guide to Video Content Marketing on Social
There’s a reason why you can’t escape video.
From brands creating eye-popping product promos on Instagram to your embarrassing friend live-streaming their ghost pepper challenge on Facebook, social users are totally surrounded by video content.
We’re obsessed with it too. Perhaps that’s why approximately 80% of all web traffic is projected to be video-based by 2021.
And so the message for marketers is crystal clear: you can’t sleep on video anymore. Your fans and followers are consuming visual content like never before. Meanwhile, video is heralded by over half of marketers as having the highest ROI of any type of content.
The good news? There are more options than ever for marketers and video content marketing.
Despite popular belief, you don’t need a studio, complicated editing software or a director’s chair to get started. No budget? No problem. If you have a smartphone and an internet connection, chances are you’re good to go.
Below we’ve outlined the myriad of platforms and effective strategies for video content marketing regardless of your budget, background or marketing niche. These types of videos are fair game for creatives and non-creatives alike. That said, let’s dive right in!
Facebook Video Marketing
There’s just something compelling about live content, isn’t there?
Maybe that’s why Facebook Live is experiencing such a boom right now for marketers looking to get in front of their followers in real-time. In fact, Facebook themselves note that viewers stick around live videos three times longer than traditional video content, signaling huge opportunities for engagement.
From fashion to travel and beyond, brands of all shapes and sizes are finding ways to take advantage of live video.
For example, AirBnB takes their followers on a journey to exotic destinations via on-location interviews:
Meanwhile, this vertical Q&A session from Tim Ferriss proves that viewers don’t need perfect production value to appreciate live video:
Part of the beauty of Facebook Live is the fact that real-time video produces raw, unpolished content. Perfect for impromptu conversations or a back-and-forth with your followers, Facebook Live allows marketers to build a more personal rapport without having to worry about the finer details of video content marketing.
Facebook Live is the ideal platform for marketers:
Who are comfortable in front of the camera and don’t need a script to tell a story.
With limited time or little budget. After all, the videos are smartphone-friendly and require no editing.
Looking to establish one-on-one connections with their followers.
And since Facebook saves your live broadcast as a static video after it’s over, you can continue to promote that piece of content in the future.
Speaking of which, Facebook is still a hub for video content marketing beyond Live as well. For marketers, it’s common to see traditional commercial-style videos hosted on the platform such as those frequently put out by Dollar Shave Club:
Also common are “behind the scenes” videos for brands looking to show off their personality, such as this example of cuteness overload from Sprout Social:
Instagram Video Marketing
Despite Instagram’s dominant reputation as the go-to social photo platform, 25% of ads on Instagram are video.
For those with a creative edge, video content marketing via Instagram is a treasure trove of engagement opportunities. Often serving as a sort of a spiritual successor to the now-defunct Vine, it’s noted by Wistia that longer videos on Instagram receive less engagement.
This might explain why bite-sized, GIF style loop videos like this one from H&M are so popular:
Happy #internationalcatday from @hm_home! 🐱 #HMHome
A post shared by H&M (@hm) on Aug 8, 2017 at 12:20am PDT
Generally speaking, video content marketing on Instagram is:
Short, sweet and to the point. Rarely do you see many creators take advantage of Instagram video’s 60-second limit.
Bold, colorful and eye-popping, just like any Instagram photo should strive to be.
Typically humorous and playful, boasting a light hearted tone versus stuffier, more serious or “salesy” content.
This brief recipe how-to from Tasty is a prime example of how a potentially longer piece of video can be trimmed down specifically for Instagram:
Pork Chops Follow🔥 @tasty Follow🔥 @tasty
A post shared by Tasty (@tasty) on Aug 22, 2017 at 10:53am PDT
With a feed already filled with bold imagery, Adobe occasionally posts jaw-dropping, high-def loops to win over their followers.
Let work and reality wash away 🌊. 📹: @asenseofhuber and @ryanlongnecker
A post shared by Adobe (@adobe) on Aug 17, 2017 at 12:04pm PDT
Even traditional commercials are commonplace on Instagram, such as this humorous bit from Denny’s poking fun at the recent eclipse.
Mooncakes 8.21.17
A post shared by dennysdiner (@dennysdiner) on Aug 16, 2017 at 12:43pm PDT
As you can see, Instagram represents a sort of “anything goes” platform for video content marketing. If you’re looking to experiment with video minus extensive editing, this is the place for you.
Twitter Video Marketing
The “call-out” culture is real.#SproutSocialIndex: https://t.co/8efZD9PzMP pic.twitter.com/svW75Q4lJw
— Sprout Social (@SproutSocial) August 22, 2017
At a glance, Twitter may seem like a sort of “jack of all trades, master of none” when it comes to video. However, Twitter video is definitely worthy of your attention if you’re on the hunt for more replies, retweets and “likes.”
Other compelling reasons for brands to hop on Twitter for video marketing include:
Making your Twitter content seem more exclusive as videos only broadcast through the platform have a sort of “must-see” feel.
Standing out in your followers’ feeds. The occasional video is a welcome change from solely text-based Tweets, especially given how quickly the platform moves (to the tune of about 7,000 Tweets per second.)
Double-dipping your video from other platforms to squeeze the most out of each video you create on behalf of your brand.
More generous than the likes of Instagram, Twitter caps its videos at 2 minutes and 20 seconds. This is more than enough time for most marketers to get their messages across.
General Electric represents one of the more active companies using Twitter video, especially for their short-form “Did You Know?”style educational content.
In Norway, the world’s largest CO2 capturing facility is testing new ways to collect and repurpose CO2. https://t.co/WSV7k6GEl6 pic.twitter.com/lyTxovevWm
— General Electric (@generalelectric) August 11, 2017
Meanwhile, split-second loop-style videos like this one from Major League Soccer are yet another reminder of the ghost of Vine.
.@David_Ousted wasn't about to let Victor Rodriguez score his first #Sounders goal. #VANvSEA pic.twitter.com/shwN7qL5eE
— Major League Soccer (@MLS) August 24, 2017
The platform also boats long-form live video via Periscope, rivaling the likes of Facebook Live. Here’s Global News Canada‘s recent live Twitter broadcast of the solar eclipse which drew tens of thousands of viewers:
LIVE on #Periscope: #SolarEclipse17 live as it travels across the U.S. https://t.co/7sJAUqspCJ
— Globalnews.ca (@globalnews) August 21, 2017
LinkedIn Video Marketing
LinkedIn is relatively new to the game in regard to video content marketing, recently announcing its new platform-specific video.
According to LinkedIn themselves, their new video functionality will allow users the opportunity to:
Create tutorials and how-to’s related to your industry.
Go behind the scenes of your company and its day-to-day activities.
Share current projects and hype up new launches.
Users will be able to either record videos directly through LinkedIn or upload previously edited videos within the platform.
Of course, any of the previously noted types of video content could also be published to LinkedIn through YouTube as it currently stands. That said, only time will tell in terms of how much LinkedIn’s new system catches on in the coming months.
YouTube Video Marketing
Last but not least, let’s talk about the big kahuna of video content marketing.
youtube
The power of YouTube as a marketing platform really can’t be overstated. With a reach larger than any cable network in the US and users consuming billions of hours worth of video daily, we currently live in an era where your followers are probably more likely to watch a video versus stick with a traditional blog post.
For marketers, YouTube is no longer the wild, wild west. From attracting leads and showing off products to educating their audiences and building social proof, marketers certainly have their hands full in terms of options. Hubspot notes the four most common types of videos for marketing purposes to be:
Explainer videos
Product demos
How-to’s
Testimonials
So, what do these sorts of videos look like in action?
This in-depth webinar from Trello showcases an awesome way to teach your audience how to use your product. Oftentimes an explainer video is more effective than a seemingly endless tutorial on paper.
youtube
Another prime example of how-to content on YouTube is Moz‘s Whiteboard Friday series, delving into actionable advice for those looking to learn the ropes of SEO.
youtube
Video also provides a platform for creative marketers in seemingly “boring” industries to bring their products to life. This old-school example from Blendtec sits at over 12 million views and reminds us that product demos don’t have to be a total drag.
youtube
Finally, the storytelling element of video is a great way for brands to show off their heart as displayed in this video testimonial for ALDI.
youtube
Picking & Choosing Your Video Content Marketing Channels
Depending on your brand and its goals, there is no “right” channel to choose in terms of video content marketing.
As a rule of thumb, you should strive to start and scale your video strategy wherever your existing social audience is. The benefits of this approach to video are two-fold:
You already have a built in viewership and don’t have to build a channel on another platform from scratch.
You can use the existing videos from those social channels and repurpose them into a YouTube channel down the line.
Also, don’t use a lack of experience or equipment as an excuse to hold off on video. Phone cameras have proven to be more than enough for the majority of marketers today as displayed by Facebook Live. Besides, if you already create written content on behalf of your business, think of video as a supplement to your current content rather than an entirely new endeavor.
Even if you’re camera shy or don’t consider yourself to be tech-savvy, there are still options out there for you to begin creating video. Either way, the rise of video content marketing signals the need for marketers to get on board ASAP.
What Does Video Marketing Look Like for Your Brand?
Between an all-time low barrier to entry and so many options for creatives and non-creatives alike, there’s no reason not to hop on the video marketing bandwagon. Given video’s inevitable domination of web traffic and the variety of platforms out there, those on the fence about video should pick a side sooner rather than later.
What are some of your favorite brands killing it with video content marketing? Which types of videos typically catch your attention in the social sphere? Let us know in the comments below!
This post The Complete Guide to Video Content Marketing on Social originally appeared on Sprout Social.
from SM Tips By Minnie https://sproutsocial.com/insights/video-content-marketing/
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jeantparks · 8 years ago
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Charting Changes: NOAA’s plans for the future of charts (Poll)
Have you ever wondered why your depth sounder and chart do not agree on the suitability of a planned anchorage, or why all of the charts you have onboard show four mooring balls in that remote island cove you’ve chosen for the night and there are only two — both of them occupied? If so, you might be interested in the plans that the National Oceanic and Atmospheric Administration’s (or NOAA’s) Office of Coast Survey has for the future of coastal navigation. As it turns out, they are interested in hearing what you think as well.
First, a bit of rough history. If you have paper charts aboard (and the US Coast Guard recommends that you do), they were likely first drawn by NOAA in the 1940s, after World War II. Some of the information on your charts dates back to then. No problem, you say, I also have electronic charts aboard. In fact, I just updated them. The transfer from paper to electronic began in the 1980s. That electronic chart you just updated, in fact, likely carries a mixture of “raster” (converted paper) and “vector” (drawn from electronic data points) charts. As a result, much of the “updated information” displayed on your chartplotter came from those very same paper charts, drawn in the 1940s, modified along the way, in part. Further, your chartplotter/computer is designed to not show you the difference between what is drawn from paper and what is drawn from recent data points. There’s a lot more to understand about this, and an excellent book by Nigel Calder that does the explanation, but we’ll leave it there for now.
Back to your anchoring plans. What if, the week before, someone else had discovered the same 10 foot discrepancy, and had, with a few well-placed clicks and choice words, decided to let everyone else who uses charts know about it — in real time? And what if your chart auto-updated once a week — which is how often NOAA updates its chart information. Or as one recreational boater recently said, “What if NOAA had a plan to use the Internet?”
These kinds of questions were flying around a room in the basement of Seattle’s Hotel Monaco in mid-April, as the NOAA’s Office of Coast Survey held a panel discussion during a two-day stakeholder meeting designed to solicit input on their plans for the future of coastal charting. There were about 60 people in the room, most of them representatives of formal stakeholders, ranging from the United States Coast Guard to Rose Point Navigation Systems, who supply commercial vessels with proprietary chart-plotting software. The discussion was presided over by Rear Admiral Shepard “Shep” Smith, who as director of the Office of Coast Survey, is the Chief Hydrographer of the United States. That means he’s responsible for the nation’s charts.
OCS’ parent agency NOAA is itself an agency of the United States Department of Commerce, so it should come as no surprise that their main concern is commercial traffic. Since 90 percent of US trade is conducted on the sea, it follows that this traffic is also a concern of the Federal Government in general, especially (one might assume) under the current administration.
“We’re at a major pivot point at OCS,” Admiral Smith pointed out in a recent interview. “The paper era is finished.” For years, NOAA has focused on delivering accurate charts, ocean and wind forecasts to mariners. “We’re already out of the chart publishing business,” Smith elaborated, “we farmed that out to the private sector a while ago, when it became clear that we were losing money on the publication.” He fingered the polished corner of his iPad. “Now we have to decide if we are publishing data, or supplying it, and to whom. And the form of that data is changing. The draft plan presented at the meeting heralds the end of feet and inches — depth will now be measured and displayed in meters.” NOAA attempted to do this years ago. There was pushback. Now they declare, it’s really happening.
“We also have to decide what our best capabilities are. The world we are responsible to document is changing faster than we can survey it. Even when one includes our robotic surveying methods — underwater and surface drones using the latest bathymetric technology, it is impossible to keep up with rising water levels and shoaling in inland waterways. Here in the Pacific Northwest, you are well-served by recent surveys , but the East Coast and the Gulf Coast in particular, are not. The small craft charts for every region have to be re-thought.”
Smith went on to note that NOAA agencies have created some excellent tools using data from buoys and manned and unmanned vessels. “We have operational forecast systems that can give an individual user forecast data combining tide, current, water temperature and salinity.”
And these forecast tools are customized, based on user feedback. NOAA maintains partnerships with regional organizations such as the Northwest Association of Networked Ocean Observational Stations (NANOOS). The purpose of these partnerships is to provide regional datasets to NOAA, but also to create useful and user-friendly ways of delivering this data to local mariners and those concerned with the health of local waters. Jan Newton, the executive director of NANOOS and a professor at the University of Washington, presented a number of web-interface tools that NANOOS has created for local mariners. “We talked to people in the tuna fishery business,” she said during the panel discussion, “and discovered that water temperature is great predictor of the presence of tuna. So we created a forecast tool for fishermen that shows them when and where the ocean temperature in the Pacific Northwest will be favorable for tuna fishing.” But NANOOS’s work also serves the general goals of efficient and safe passagemaking. Dr. Newton displayed a web interface that makes it possible to plot a PNW course along a set of waypoints and calculate the most efficient way to use tides and currents along the course at a specific date and time. There’s also a link to a weather forecast probability map from the University of Washington.
A recreational boater who wants to know the most efficient way to travel from Seattle to the San Juan islands and back over a specific set of days could use this data now.
And all of this is already paid for. “We exist because we are funded by the US taxpayers,” Shep Smith points out, “All of the data we provide is free to the user.” NOAA does this in sharp contrast to its European counterparts, as Jeff Hummel, Marketing Director of Rose Point Systems, remarked to the gathering. European mariners, for instance, pay well for updated hydrographic information.
A number of people pointed to the problem of federal mandates and jurisdictions that did not seem to make sense. Mr Hummel mentioned that it became legal “only last week” for commercial ships to use (the more updated) electronic charts as their primary navigation tool. He added that the standards for electronic charting are set by the US Coast Guard. As the primary gatherer and aggregator of the information, he opined, “NOAA is the proper guardian of such standards.”
Active Captain’s Jeff and Karen Siegel.
But the speaker who created the most stir at the meeting was an invited guest from the recreational boating community: Jeff Siegel, a serial entrepreneur whose Active Captain (URL) is an online charting information add-on and boater network with 1.5 million members worldwide. In the process of creating and serving its community, the Active Captain team (Jeff and his wife Karen), discovered a large number of boaters who were very interested in creating and using crowd-sourced data for their navigation. The overlay created by that data is available in a wide variety of major chart-plotting software, for worldwide locations.
Thanks to these pro-active users, “We process 1800 updates a day, many of them providing information on hazards to navigation that do not appear or are not apparent on charts,” Siegel said, adding: “Three and a half years ago, at NOAA’s invitation, we began providing NOAA chart makers with that information.” And the data flow is not in a single direction. “We also post changes from the NOAA’s Notice to Mariners on Active Captain.” Smith had invited Siegel to present the value of real-time crowd-sourcing for charting in general, and Siegel did not disappoint. Nor did he stop there.
Siegel provided a provocative bombshell when he presented his recommendations to the meeting: “NOAA should signal that it is getting out of the recreational boating industry. It’s the only way to spark developers to create new private-sector products that use data developed by NOAA.” (The commercial users noted separately that the recreational boating industry was not NOAA’s main concern, anyway.) Siegel also tweaked the trunk of the elephant in the room: “Where is the Internet in NOAA’s long-term planning?” He had polled his user base before attending, and received replies from 450 users who said that the most important thing that NOAA could do for them was to provide more accurate depth information. The same users were willing to share what their own depth transducers were telling them, at specific waypoints, in real time.
“There’s a privacy issue,” in sharing that real-time data, Siegel commented later. ‘Not everyone is willing to let the world know that they are boating in Key West while their mansion in Boston sits unoccupied.” But Active Captain has the ability to verify the reliability of individual users while retaining their anonymity. It’s a small problem that is seemingly overcome. Siegel also sees no medium-term obstacle in having affordable, continuous Internet access aboard recreational boats: “Wait four years,” he predicted. There are well-heeled corporations who have a great deal of motivation to ensure that the entire globe can be connected, reliably and affordably.
What else does the future look like? NOAA is asking users for their opinion. A full text of their Office of Coast Survey draft plan is available here. You’ll find instructions on how to comment online or via snail mail here. Comments from the public are due by June 1st.
For those of you who are less inclined to tell a government agency what they should do, perhaps you’d like to tell Three Sheets Northwest. Fill out the survey below, and we’ll pass your anonymous opinions on.
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janetgannon · 8 years ago
Text
Charting Changes: NOAA’s plans for the future of charts (Poll)
Have you ever wondered why your depth sounder and chart do not agree on the suitability of a planned anchorage, or why all of the charts you have onboard show four mooring balls in that remote island cove you’ve chosen for the night and there are only two — both of them occupied? If so, you might be interested in the plans that the National Oceanic and Atmospheric Administration’s (or NOAA’s) Office of Coast Survey has for the future of coastal navigation. As it turns out, they are interested in hearing what you think as well.
First, a bit of rough history. If you have paper charts aboard (and the US Coast Guard recommends that you do), they were likely first drawn by NOAA in the 1940s, after World War II. Some of the information on your charts dates back to then. No problem, you say, I also have electronic charts aboard. In fact, I just updated them. The transfer from paper to electronic began in the 1980s. That electronic chart you just updated, in fact, likely carries a mixture of “raster” (converted paper) and “vector” (drawn from electronic data points) charts. As a result, much of the “updated information” displayed on your chartplotter came from those very same paper charts, drawn in the 1940s, modified along the way, in part. Further, your chartplotter/computer is designed to not show you the difference between what is drawn from paper and what is drawn from recent data points. There’s a lot more to understand about this, and an excellent book by Nigel Calder that does the explanation, but we’ll leave it there for now.
Back to your anchoring plans. What if, the week before, someone else had discovered the same 10 foot discrepancy, and had, with a few well-placed clicks and choice words, decided to let everyone else who uses charts know about it — in real time? And what if your chart auto-updated once a week — which is how often NOAA updates its chart information. Or as one recreational boater recently said, “What if NOAA had a plan to use the Internet?”
These kinds of questions were flying around a room in the basement of Seattle’s Hotel Monaco in mid-April, as the NOAA’s Office of Coast Survey held a panel discussion during a two-day stakeholder meeting designed to solicit input on their plans for the future of coastal charting. There were about 60 people in the room, most of them representatives of formal stakeholders, ranging from the United States Coast Guard to Rose Point Navigation Systems, who supply commercial vessels with proprietary chart-plotting software. The discussion was presided over by Rear Admiral Shepard “Shep” Smith, who as director of the Office of Coast Survey, is the Chief Hydrographer of the United States. That means he’s responsible for the nation’s charts.
OCS’ parent agency NOAA is itself an agency of the United States Department of Commerce, so it should come as no surprise that their main concern is commercial traffic. Since 90 percent of US trade is conducted on the sea, it follows that this traffic is also a concern of the Federal Government in general, especially (one might assume) under the current administration.
“We’re at a major pivot point at OCS,” Admiral Smith pointed out in a recent interview. “The paper era is finished.” For years, NOAA has focused on delivering accurate charts, ocean and wind forecasts to mariners. “We’re already out of the chart publishing business,” Smith elaborated, “we farmed that out to the private sector a while ago, when it became clear that we were losing money on the publication.” He fingered the polished corner of his iPad. “Now we have to decide if we are publishing data, or supplying it, and to whom. And the form of that data is changing. The draft plan presented at the meeting heralds the end of feet and inches — depth will now be measured and displayed in meters.” NOAA attempted to do this years ago. There was pushback. Now they declare, it’s really happening.
“We also have to decide what our best capabilities are. The world we are responsible to document is changing faster than we can survey it. Even when one includes our robotic surveying methods — underwater and surface drones using the latest bathymetric technology, it is impossible to keep up with rising water levels and shoaling in inland waterways. Here in the Pacific Northwest, you are well-served by recent surveys , but the East Coast and the Gulf Coast in particular, are not. The small craft charts for every region have to be re-thought.”
Smith went on to note that NOAA agencies have created some excellent tools using data from buoys and manned and unmanned vessels. “We have operational forecast systems that can give an individual user forecast data combining tide, current, water temperature and salinity.”
And these forecast tools are customized, based on user feedback. NOAA maintains partnerships with regional organizations such as the Northwest Association of Networked Ocean Observational Stations (NANOOS). The purpose of these partnerships is to provide regional datasets to NOAA, but also to create useful and user-friendly ways of delivering this data to local mariners and those concerned with the health of local waters. Jan Newton, the executive director of NANOOS and a professor at the University of Washington, presented a number of web-interface tools that NANOOS has created for local mariners. “We talked to people in the tuna fishery business,” she said during the panel discussion, “and discovered that water temperature is great predictor of the presence of tuna. So we created a forecast tool for fishermen that shows them when and where the ocean temperature in the Pacific Northwest will be favorable for tuna fishing.” But NANOOS’s work also serves the general goals of efficient and safe passagemaking. Dr. Newton displayed a web interface that makes it possible to plot a PNW course along a set of waypoints and calculate the most efficient way to use tides and currents along the course at a specific date and time. There’s also a link to a weather forecast probability map from the University of Washington.
A recreational boater who wants to know the most efficient way to travel from Seattle to the San Juan islands and back over a specific set of days could use this data now.
And all of this is already paid for. “We exist because we are funded by the US taxpayers,” Shep Smith points out, “All of the data we provide is free to the user.” NOAA does this in sharp contrast to its European counterparts, as Jeff Hummel, Marketing Director of Rose Point Systems, remarked to the gathering. European mariners, for instance, pay well for updated hydrographic information.
A number of people pointed to the problem of federal mandates and jurisdictions that did not seem to make sense. Mr Hummel mentioned that it became legal “only last week” for commercial ships to use (the more updated) electronic charts as their primary navigation tool. He added that the standards for electronic charting are set by the US Coast Guard. As the primary gatherer and aggregator of the information, he opined, “NOAA is the proper guardian of such standards.”
Active Captain’s Jeff and Karen Siegel.
But the speaker who created the most stir at the meeting was an invited guest from the recreational boating community: Jeff Siegel, a serial entrepreneur whose Active Captain (URL) is an online charting information add-on and boater network with 1.5 million members worldwide. In the process of creating and serving its community, the Active Captain team (Jeff and his wife Karen), discovered a large number of boaters who were very interested in creating and using crowd-sourced data for their navigation. The overlay created by that data is available in a wide variety of major chart-plotting software, for worldwide locations.
Thanks to these pro-active users, “We process 1800 updates a day, many of them providing information on hazards to navigation that do not appear or are not apparent on charts,” Siegel said, adding: “Three and a half years ago, at NOAA’s invitation, we began providing NOAA chart makers with that information.” And the data flow is not in a single direction. “We also post changes from the NOAA’s Notice to Mariners on Active Captain.” Smith had invited Siegel to present the value of real-time crowd-sourcing for charting in general, and Siegel did not disappoint. Nor did he stop there.
Siegel provided a provocative bombshell when he presented his recommendations to the meeting: “NOAA should signal that it is getting out of the recreational boating industry. It’s the only way to spark developers to create new private-sector products that use data developed by NOAA.” (The commercial users noted separately that the recreational boating industry was not NOAA’s main concern, anyway.) Siegel also tweaked the trunk of the elephant in the room: “Where is the Internet in NOAA’s long-term planning?” He had polled his user base before attending, and received replies from 450 users who said that the most important thing that NOAA could do for them was to provide more accurate depth information. The same users were willing to share what their own depth transducers were telling them, at specific waypoints, in real time.
“There’s a privacy issue,” in sharing that real-time data, Siegel commented later. ‘Not everyone is willing to let the world know that they are boating in Key West while their mansion in Boston sits unoccupied.” But Active Captain has the ability to verify the reliability of individual users while retaining their anonymity. It’s a small problem that is seemingly overcome. Siegel also sees no medium-term obstacle in having affordable, continuous Internet access aboard recreational boats: “Wait four years,” he predicted. There are well-heeled corporations who have a great deal of motivation to ensure that the entire globe can be connected, reliably and affordably.
What else does the future look like? NOAA is asking users for their opinion. A full text of their Office of Coast Survey draft plan is available here. You’ll find instructions on how to comment online or via snail mail here. Comments from the public are due by June 1st.
For those of you who are less inclined to tell a government agency what they should do, perhaps you’d like to tell Three Sheets Northwest. Fill out the survey below, and we’ll pass your anonymous opinions on.
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The post Charting Changes: NOAA’s plans for the future of charts (Poll) appeared first on YachtAweigh.
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yachtaweigh · 8 years ago
Text
Charting Changes: NOAA’s plans for the future of charts (Poll)
Have you ever wondered why your depth sounder and chart do not agree on the suitability of a planned anchorage, or why all of the charts you have onboard show four mooring balls in that remote island cove you’ve chosen for the night and there are only two — both of them occupied? If so, you might be interested in the plans that the National Oceanic and Atmospheric Administration’s (or NOAA’s) Office of Coast Survey has for the future of coastal navigation. As it turns out, they are interested in hearing what you think as well.
First, a bit of rough history. If you have paper charts aboard (and the US Coast Guard recommends that you do), they were likely first drawn by NOAA in the 1940s, after World War II. Some of the information on your charts dates back to then. No problem, you say, I also have electronic charts aboard. In fact, I just updated them. The transfer from paper to electronic began in the 1980s. That electronic chart you just updated, in fact, likely carries a mixture of “raster” (converted paper) and “vector” (drawn from electronic data points) charts. As a result, much of the “updated information” displayed on your chartplotter came from those very same paper charts, drawn in the 1940s, modified along the way, in part. Further, your chartplotter/computer is designed to not show you the difference between what is drawn from paper and what is drawn from recent data points. There’s a lot more to understand about this, and an excellent book by Nigel Calder that does the explanation, but we’ll leave it there for now.
Back to your anchoring plans. What if, the week before, someone else had discovered the same 10 foot discrepancy, and had, with a few well-placed clicks and choice words, decided to let everyone else who uses charts know about it — in real time? And what if your chart auto-updated once a week — which is how often NOAA updates its chart information. Or as one recreational boater recently said, “What if NOAA had a plan to use the Internet?”
These kinds of questions were flying around a room in the basement of Seattle’s Hotel Monaco in mid-April, as the NOAA’s Office of Coast Survey held a panel discussion during a two-day stakeholder meeting designed to solicit input on their plans for the future of coastal charting. There were about 60 people in the room, most of them representatives of formal stakeholders, ranging from the United States Coast Guard to Rose Point Navigation Systems, who supply commercial vessels with proprietary chart-plotting software. The discussion was presided over by Rear Admiral Shepard “Shep” Smith, who as director of the Office of Coast Survey, is the Chief Hydrographer of the United States. That means he’s responsible for the nation’s charts.
OCS’ parent agency NOAA is itself an agency of the United States Department of Commerce, so it should come as no surprise that their main concern is commercial traffic. Since 90 percent of US trade is conducted on the sea, it follows that this traffic is also a concern of the Federal Government in general, especially (one might assume) under the current administration.
“We’re at a major pivot point at OCS,” Admiral Smith pointed out in a recent interview. “The paper era is finished.” For years, NOAA has focused on delivering accurate charts, ocean and wind forecasts to mariners. “We’re already out of the chart publishing business,” Smith elaborated, “we farmed that out to the private sector a while ago, when it became clear that we were losing money on the publication.” He fingered the polished corner of his iPad. “Now we have to decide if we are publishing data, or supplying it, and to whom. And the form of that data is changing. The draft plan presented at the meeting heralds the end of feet and inches — depth will now be measured and displayed in meters.” NOAA attempted to do this years ago. There was pushback. Now they declare, it’s really happening.
“We also have to decide what our best capabilities are. The world we are responsible to document is changing faster than we can survey it. Even when one includes our robotic surveying methods — underwater and surface drones using the latest bathymetric technology, it is impossible to keep up with rising water levels and shoaling in inland waterways. Here in the Pacific Northwest, you are well-served by recent surveys , but the East Coast and the Gulf Coast in particular, are not. The small craft charts for every region have to be re-thought.”
Smith went on to note that NOAA agencies have created some excellent tools using data from buoys and manned and unmanned vessels. “We have operational forecast systems that can give an individual user forecast data combining tide, current, water temperature and salinity.”
And these forecast tools are customized, based on user feedback. NOAA maintains partnerships with regional organizations such as the Northwest Association of Networked Ocean Observational Stations (NANOOS). The purpose of these partnerships is to provide regional datasets to NOAA, but also to create useful and user-friendly ways of delivering this data to local mariners and those concerned with the health of local waters. Jan Newton, the executive director of NANOOS and a professor at the University of Washington, presented a number of web-interface tools that NANOOS has created for local mariners. “We talked to people in the tuna fishery business,” she said during the panel discussion, “and discovered that water temperature is great predictor of the presence of tuna. So we created a forecast tool for fishermen that shows them when and where the ocean temperature in the Pacific Northwest will be favorable for tuna fishing.” But NANOOS’s work also serves the general goals of efficient and safe passagemaking. Dr. Newton displayed a web interface that makes it possible to plot a PNW course along a set of waypoints and calculate the most efficient way to use tides and currents along the course at a specific date and time. There’s also a link to a weather forecast probability map from the University of Washington.
A recreational boater who wants to know the most efficient way to travel from Seattle to the San Juan islands and back over a specific set of days could use this data now.
And all of this is already paid for. “We exist because we are funded by the US taxpayers,” Shep Smith points out, “All of the data we provide is free to the user.” NOAA does this in sharp contrast to its European counterparts, as Jeff Hummel, Marketing Director of Rose Point Systems, remarked to the gathering. European mariners, for instance, pay well for updated hydrographic information.
A number of people pointed to the problem of federal mandates and jurisdictions that did not seem to make sense. Mr Hummel mentioned that it became legal “only last week” for commercial ships to use (the more updated) electronic charts as their primary navigation tool. He added that the standards for electronic charting are set by the US Coast Guard. As the primary gatherer and aggregator of the information, he opined, “NOAA is the proper guardian of such standards.”
Active Captain’s Jeff and Karen Siegel.
But the speaker who created the most stir at the meeting was an invited guest from the recreational boating community: Jeff Siegel, a serial entrepreneur whose Active Captain (URL) is an online charting information add-on and boater network with 1.5 million members worldwide. In the process of creating and serving its community, the Active Captain team (Jeff and his wife Karen), discovered a large number of boaters who were very interested in creating and using crowd-sourced data for their navigation. The overlay created by that data is available in a wide variety of major chart-plotting software, for worldwide locations.
Thanks to these pro-active users, “We process 1800 updates a day, many of them providing information on hazards to navigation that do not appear or are not apparent on charts,” Siegel said, adding: “Three and a half years ago, at NOAA’s invitation, we began providing NOAA chart makers with that information.” And the data flow is not in a single direction. “We also post changes from the NOAA’s Notice to Mariners on Active Captain.” Smith had invited Siegel to present the value of real-time crowd-sourcing for charting in general, and Siegel did not disappoint. Nor did he stop there.
Siegel provided a provocative bombshell when he presented his recommendations to the meeting: “NOAA should signal that it is getting out of the recreational boating industry. It’s the only way to spark developers to create new private-sector products that use data developed by NOAA.” (The commercial users noted separately that the recreational boating industry was not NOAA’s main concern, anyway.) Siegel also tweaked the trunk of the elephant in the room: “Where is the Internet in NOAA’s long-term planning?” He had polled his user base before attending, and received replies from 450 users who said that the most important thing that NOAA could do for them was to provide more accurate depth information. The same users were willing to share what their own depth transducers were telling them, at specific waypoints, in real time.
“There’s a privacy issue,” in sharing that real-time data, Siegel commented later. ‘Not everyone is willing to let the world know that they are boating in Key West while their mansion in Boston sits unoccupied.” But Active Captain has the ability to verify the reliability of individual users while retaining their anonymity. It’s a small problem that is seemingly overcome. Siegel also sees no medium-term obstacle in having affordable, continuous Internet access aboard recreational boats: “Wait four years,” he predicted. There are well-heeled corporations who have a great deal of motivation to ensure that the entire globe can be connected, reliably and affordably.
What else does the future look like? NOAA is asking users for their opinion. A full text of their Office of Coast Survey draft plan is available here. You’ll find instructions on how to comment online or via snail mail here. Comments from the public are due by June 1st.
For those of you who are less inclined to tell a government agency what they should do, perhaps you’d like to tell Three Sheets Northwest. Fill out the survey below, and we’ll pass your anonymous opinions on.
(function(t,e,s,n){var c,o,i;t.SMCX=t.SMCX||[],e.getElementById(n)||(c=e.getElementsByTagName(s),o=c[c.length-1],i=e.createElement(s),i.type=”text/javascript”,i.async=!0,i.id=n,i.src=[“https:”===location.protocol?”https://”:”http://”,”widget.surveymonkey.com/collect/website/js/25xjT8zINTXMTBkWdn_2Bs0sWiFev92LcMkw_2Fz6qt1OJJQzl13lF2255W7FjH9NfBN.js].join(“”),o.parentNode.insertBefore(i,o))})(window,document,”script”,”smcx-sdk”); Create your own user feedback survey
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simoncardonefishes · 8 years ago
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THE GREEN SUMMER By Simon Cardone
It is widely accepted that the prime time to catch big murray cod in the rivers of the Murray-Darling Basin is during the cooler months of autumn and winter. There are however plenty of big cod caught when it’s stinking hot by those willing enough to put in the time. You just need to fish smart. What follows is a few pointers that might convince you to give it a crack or even help fine tune your current summertime fishing system.
Location selection
With the heat comes increased river traffic. I don’t know about you, but having wake boats and jet skis creating a washing machine effect for miles around doesn’t do anything but cause stress and is a sure way to have you throwing in the towel sooner rather than later. If your favourite cod hole is close to holiday shacks or a large rural centre such as Mildura, it pays to hit the water early before it gets churned up and the fish go into hiding. With first light not long after 5am during the peak of summer, it is quite achievable to be on the water around 530am and putting the boat back on the trailer well before lunchtime, thus avoiding the traffic and the sweltering afternoon temperatures. Alternatively, you can start your session in the early evening and fish into the night. Night trolling can be extremely rewarding, but is not for the faint hearted. Only fish water you are extremely familiar with. Ensure your navigation lights are functional and wear your PFD at all times. Always tell someone where you are going and what time you intend to return. If you are planning an extended trip, there are still many kilometres of the Murray River that can be relatively free of the wake boat/jet ski curse. Most of these areas are located along either state forests, national parks or private rural property. Bank launching is generally the norm in these areas, so having a 4wd certainly is an advantage. No boat ramps also equals no facilities, so you will need to be well organised and prepared for everything out in the bush in the middle of summer. Always ask permission before accessing private property.
Small sticks deep water
When the surface water temperature approaches 30c, you won’t find too many cod in shallow water. With the oxygen level in this warmer water severely depleted, the cod will be firmly entrenched on deep water snags and holes. It is this reason we fish water in the 5 -10m depth range which contains suitable habitat. Trolling is the most effective way to target these fish. While big snag piles will always hold quality fish, don’t overlook the solitary broken down bits of timber and undulations that come up on your sounder from time to time. The amount of cod we have hooked off these little fished areas in the last two seasons is amazing. The best way to discover these little fish holding gems is to slightly vary your vessel’s course on each trolling run, i.e. run a little bit wider or tighter to the bank and around more obvious structure. If you have a sounder with side scan this job is made even easier for you. When we have more than one crew out fishing, we like trolling in a “conga line”. By this I mean we work the same stretch of water in tandem, which ensures that we can thoroughly work an area over in half the time and hopefully find an active fish sooner.
Surface luring
Aside from deep water trolling in the larger rivers, fishing surface lures on summer nights in some of the smaller rivers and creeks in the MDB is a highly addictive way of getting connected to a greenfish. A stretch of water that barely yields a strike on a hot summer day can come alive after dark as the big predators start to move about in search of food after sulking in their hidey holes during the day. History has shown us that before the moon rise or moonless nights are the most productive, although dusk and dawn are always worth a couple of casts. In my article “Cod that go boof in the night” which appeared in FWF Issue 131, I provided an in depth look at this style of fishing so I won’t repeat myself here, except to say you simply must try it!
Big lures only need apply
Regardless of whether you are casting or trolling, your goal should only be to catch big cod. Yes, smaller hard bodied lures in the 60 – 90mm account for their fair share of cod every season, but we have found to entice a strike from a big fish that is trying to conserve its energy during warm conditions you need to offer them a substantial meal. This is why we only run lures with a body length of 100mm or more in summer. This theory has proven itself time and time again in the last two seasons. I only have to remember back to the last two extended summer trips which showed that all fish were caught on lures 120mm or bigger while the smaller lures run by our group were left untouched after days of fishing. On those long hot days when strikes are few and far between, you can almost guarantee that when the hit comes it will be a big angry fish if you are running the largest lures you can get your hands on.
Keep your cool
Protecting yourself from the heat must be your number one priority if you are going to fish during the day. In terms of clothing, I wear a broad brimmed hat, polarised sunglasses, a long sleeved shirt, long pants and socks. A neck scarf or head sock could be added to this ensemble if desired. I find by wetting my hat and socks at regular intervals keeps me much cooler than wearing shorts and a t shirt. The mid-day sun on bare skin will cook you in no time regardless of how much 50+ sunblock you apply. A quick dip every couple of hours at the closest sand bar will reduce your core temperature instantly and give you a chance to re-charge. Drink plenty of cool water regularly and limit your intake of alcohol and fizzy drinks. I set myself a goal of drinking four litres of water each day which I find keeps me in good shape on extended trips. The beer tastes much better back at camp anyway.
Hot weather fish handling
Next to your own personal welfare should be that of the fish. There is no point practicing catch and release if you don’t pay attention to the details. During the heat of summer I modify my fish handling procedure slightly to ensure that every fish landed goes back just as healthy as they do during the cooler months. Firstly, no fish gets laid out on the floor of the boat. All cod are de-hooked in the water. If the fish is netted and the lure becomes entangled in the net, the lure is removed prior to a quick photo. The fish is only lifted for a photo once the camera is ready. If a measurement is required, we run a tape along the fish whilst it is being held by the lucky angler. Once measuring and photos are taken, the fish is speared back into the depths to get it back into the cooler oxygenated water quickly. Obviously this technique will only work if you are fishing from a boat in deep water. As always, tools at the ready: Net, camera, gloves, lip grips, tape measure, long nosed pliers, bolt cutters.
Have fun!
Enjoy your time on the water. I know that is stating the obvious, but sometimes it’s easy to get so caught up in the whole “I must catch a fish” aspect that some anglers get themselves into such a state that they return from a day’s fishing or a trip in worse shape than they were before they left home in the first place. Have a laugh with your mates. Enjoy the scenery. The fish will show up eventually. May your next summer be a green one.
Summer Cod Lure selection
Lure Maximum Depth Rattle Buoyancy Comments AC Invader 150mm 10 metres No High trolling JD/Eddy Lures 140mm Python 12 metres No High trolling JD/Eddy Lures 150mm Superbug 10 metres No High trolling Koolabung Codzilla 170mm 8 metres No High Trolling/casting Koolabung Codzilla 120mm 8 metres No High Trolling/casting Gidgee lures Barcoo 200mm 8 metres No High trolling Doofdoc 150mm diver 12 metres No High trolling Doofdoc 110mm jointed surface paddler Surface No High casting Honey Hole 100mm Limpet jointed surface paddler Surface No High casting
Summer camping essentials
Being comfortable for the duration of your trip has to be number one priority in my book. If you can’t regulate your body temperature to suit the conditions you won’t be able to sleep, and this will turn a well-earned break into a nightmare. This alone is probably one of the main reasons why some people say they hate camping. Invest in a good quality swag and ensure you season it properly before you hit the river. If a tent is your preferred method of accommodation, ensure you know how to assemble/disassemble prior to departure. There are plenty of great tents on the market to suit any number of people and budgets, but you do get what you pay for. We recently upgraded to a Blackwolf Turbo tent and I am very impressed with how easy it is to assemble and the quality of the fabric and components. Having the frame attached to the tent itself is fantastic and makes it a breeze for one person to setup in the dark, even for someone who is technically challenged like me. Sleeping bags rated to -5 degrees Celsius laid out on good quality camp stretchers are our preferred sleeping arrangements. Bringing your favourite pillow from home will complete this package nicely. Having an undercover area to get out of the elements regardless of the season is a must. A gazebo is a perfect place to setup a camp kitchen, as it can be open on all sides if desired, or add the sides to help keep out rain, wind or sun. As with the tent, a gazebo that folds up compactly and requires little assembly is a must. Other items: LED Lantern and car charger, LED Head torch, mobile phone & car phone charger, generator & fuel, battery charger, spare battery, car fridge, ice box & block ice, shovel, hammer, toolbox, jumper leads, air compressor, solar panel, portable toilet & paper, First aid kit, insect repellent, sunblock, camp chairs & table, matches/lighter, butane cooker and spare canisters, cooking kit, cups & crockery, cleaning kit, rubbish bags, plenty of drinking water.
The right tools for the job
CASTING/TROLLING: Quantum Smoke SL100 HPTSA baitcast reel/ Quantum Smoke Inshore 621BC rod 6”2” 10-17lb, 50lb Rovex D8 braid/60lb Jarvis Walker Hercules Leader TROLLING: Quantum Smoke SL100 HPTA baitcast reel/ Quantum Smoke 591 BCH rod 5”9” 6-10kg, 50lb Rovex D8 braid/60lb Jarvis Walker Hercules Leader
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