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Scientists Use GPS To Monitor Sharks

Being a company headquartered in Southern California, GPS Tracker Shop services a number of clients who enjoy a little rest and relaxation at one of the many popular public beaches in San Diego and Orange County. Soaking up a cool ocean breeze, feeling the warmth of sunshine and having sand beneath your feet is a great way to spend any day, but for many beach goers the experience can be a little scary. The reason for this fear is based on sharks who call the ocean their home. However, a team of scientists that formed a group known as Ocearch plan on changing that by monitoring the aquatic animals with GPS tracking devices to further human education about sharks.
The first phase of the project, according to Ocreach procedure, involves catching, tagging and monitoring sharks. The researchers give themselves no more than 15 minutes to catch a great white, perform physical tests, geo-tag and then set the animal free back into the ocean. This advanced method of GPS tracking will in theory offer ground-breaking data that will map navigational patterns of the great white sharks. With the GPS tracker device surgically placed into the dorsal fin of the shark the research team will be able to monitor with precise detail any location a geo-tagged shark swims all across the globe! This GPS data showing shark movements will then be accessible online for both researchers and the general public via the Ocreach Global Shark Tracker. Currently, the research team has roughly 40 great white sharks being monitored in real-time through the use of GPS tracking devices.

About Ocreach

Ocreach was created by a man named Chris Fischer who gained notoriety from a popular television show featured on the History Channel called "Shark Wranglers". Fischer has dedicated his life to learning more about the great white sharks so many people fear. He believes that through his research people will better understand and no longer be scared of the most feared predators lurking in the ocean. Fischer goes onto explain that researchers really do not even know what normal shark behavior is, and that hopefully through the process of GPS tracking and mapping navigational patterns scientists can unlock many mysteries.

Shark Tracker Online Platform

Available to the public for viewing, Shark Tracker uses a color coding system to show when the location of a great white was last reported. For example, if a user accessed the online mapping program and saw a orange dot in the ocean that means that the shark was in that particular position less than 72 hours ago. Green dots note that the shark was at that particular location less than 30 days. The last color code is blue which references a shark position that is older than 30 days. The GPS tracking data has already shown that some sharks will swim along the coastline in close proximity to people but without any incident of attack. This is evidence that clearly sharks have no interest in attacking humans, and that many people's fears of shark attacks are simply unsubstantiated. Website traffic analysis has determined that over one million individuals per month view the website where GPS tracker locational data of sharks is constantly being updated. To view real-time GPS locational data of sharks please feel free to visit the Shark Tracker website. Nobody knows if sharks are moving closer to land more now than before, but hopefully through this new research scientists can better understand shark behavior and shark navigational paths. This could be a very important first step to, as George W. Bush once elegantly stated "humans and fish coexist[ing] in peace."

New Legislation Could Track Firearms With GPS

Representative Mary Flowers, a Democrat from the 31st District, has seen firsthand the impact of gun violence. She oversees a district in the Chicago area, one of the nations worst areas plagued by gun violence, and simply wants to see the killing stop. Fed up with the inability to accurately monitor firearms, Flowers announced this past weekend that she has every intention to introduce a bill to congress that will require all guns be either equipped or engineered with some form of GPS tracker system.
When interviewed about the potential new law Flowers explained that the GPS tracking technology would ideally function in the same method that cellular devices operate and provide locational data. This would likely mean a SIM card or GPS receiver be built into the firearm. She would go on to explain that such a system would allow law enforcement agencies to know where firearms are located and who has possession of them. The passionate plea by the congresswoman for some solution to the gun violence which has plagued the Chicago area came shortly after Flowers attended the funeral for a 15-year-old girl who was a victim of gun violence. The story of victim Hadiya Pendleton has brought national attention to the increasingly serious problem of gun violence occurring in inner cities, especially in Chicago. When speaking at a restaurant about the topic of gun control and gun violence, Flowers explained that some positive changes have already occurred such as Cook County banning what are known as straw purchases of firearms. This is basically when a individual proceeds through the proper legal channels to acquire a firearm then sells that firearm to a person who is not legal authorized to own such a weapon. Flowers recognizes that legislation banning straw purchases is a good first step to keep guns out of the hands of criminals, but that it also isn't enough. That is why she is currently penning a law that would utilize the latest GPS tracking resources. She went on to say that the good guys with guns are not the problem and that through the use of a GPS tracker device it would be easier to find out who the bad guys were and where the guns are coming from. No figures or information were provided on how such a program that uses GPS trackers to monitor guns would be implemented and/or paid for.

GPS Satellite Technology Tracks Elk

Earlier this week GPS Tracker Shop editors posted a story about researchers at a Canadian university using real-time GPS collars to monitor moose movement patterns. The study was commissioned in an effort to find out why the moose have increasingly moved into human-occupied areas which is resulting in vehicle accidents along busy highways. GPS tracking technology will hopefully provide Canadian researchers more insight on how and why the moose are moving near busy roadways, but this example is not the only application scientists are using for GPS tracking of animals. In fact, researchers in Wind Cave National Park have just recently launched an experiment where 36 wild elk will be tracked using GPS radio collars.
Researchers at Wind Cave National Park have been trying to learn how a recent elk management was effecting elk behavior. Therefore, in the concluding year of the three-year study, the researchers decided to put real-time GPS collars on selected elk. This particular portion of the study was created so researchers could gain more insight on the movements of elk, mortality rates an the consequences of hunting. Part of the elk management plan involves drop-down gates to be set-up along boundary fences. The function of these gates is to provide elk an avenue to exit the park during the warmer seasons. Once outside of the gates for the warmer seasons, hunters will have the opportunity to harvest the animals who likely are only using the park on a seasonal basis. The gates at this time will be set to raise in order to prevent re-entry to the park for those seasonal elk. The real-time GPS trackers are programmed to monitor elk on a rotating basis. Therefore, some elk will have their locations updated as little as every 7 hours while others will have locational data transmitted four times per hour. Each GPS tracking collar will remain secured to the animal until around the conclusion of the study which is tentatively aimed for the late Winter or early Spring in 2015. When asked about the real-time GPS tracking collars, a representative for the national park explained that the satellite technology will be critical in determine whether or not the elk management plan is actually being effective or not.

Cell Phone Tracking In Maryland Debate

One of the most debated topics among privacy advocates lately has been mobile phone tracking and how police are monitoring civilian cell phone locational data without first establishing probable cause. Although the practice of acquiring locational data from cell phones using GPS tracking data has been commonplace among many law enforcement agencies the problem is that police haven't had to get a warrant in order to conduct this form of surveillance. This has caused many people to believe that the mobile tracking practice violates the Fourth Amendment rights of those who are under surveillance. Understanding of the controversy, the Maryland House Judiciary Committee is now looking at drafting a bill allowing police to gather locational data from mobile communication systems without first establishing probable cause or obtaining a search warrant, but is this the right move?
After years of controversy surrounding the law enforcement use of GPS trackers to conduct surveillance on criminal suspects the Supreme Court of the United States voted in a 5-4 decision that police must first get a warrant before using any piece of GPS tracking technology. However, the game-changing ruling did not address the accessing of real-time locational data and records through cellular devices. That means police could still access locational data through cellular devices without warrant or establishing probable cause, a practice that has frequently occurred in cities throughout Maryland including Baltimore and is only trending upward. Cell phones are a treasure trove of data, recording vast amounts of information people may not even be aware. One of those pieces of information is locational data. This is done through cellular triangulation and the GPS tracking components built into the hardware of mobile communication devices. Basically, cell phones are always tracking everywhere a person goes and storing that locational data. The problem is that the comprehensive log of an individual's locational information should logically be guarded under the Fourth Amendment rights bestowed on every American. Sadly, this is not the case right now because the Supreme Court has not ruled on this variation of electronics tracking. Currently, the majority of Americans do not agree with policies that allow the government or law enforcement to spy on civilians without just cause or legal documentation showing probable cause. This is the reason that civil rights organizations such as the ACLU oppose Maryland bill HB377. This is because even though proponents of the bill can state that it will assist law enforcement in cases where for example a person is reported missing or child is abducted the actual language of HB377 would give law enforcement an avenue to monitor people for any reason with almost zero oversight and that is the slippery slope of concern. Should cellular phone users in Maryland be concerned about HB377 violating their constitutional rights under the Fourth Amendment?

Moose Project Aims To Use GPS To Increase Safety

GPS trackers are routinely called upon by research scientists to monitor endangered species or observe animal behavior, but now those animal tracking applications could have a direct impact on public safety if the Saskatchewan Farmland Moose Project has success. In an effort to reduce the fatalities associated with motor vehicle accidents involving roaming moose, the Saskatchewan Farmland Moose Project was created to look for patterns in animal movement, behavior or anything that could lead to increased safety. The program, which is being conducted by the University of Saskatchewan, will begin this month when roughly 50 moose will be captured then outfitted with real-time GPS collars

How The Moose Tracker Systems Will Work

Once a moose is captured and equipped with a real-time GPS tracker collar scientists will then be able to track the movements of the animal. This information may be helpful in determining why moose travel near busy highways and roads. The collar tracker systems will function for two years before naturally falling off with no harm to the moose. The primary region being targeted is a stretch of frequently traveled section on Highway 11 between the cities of Saskatoon and Regina. This is the area where moose are routinely documented crossing busy roadways, resulting in a spike in automobile crashes. Even though the transportation authority has put up multiple "Moose Crossing" signs along with other agencies increasing the number of moose hunting licenses in that particular area. One of the challenges wildlife and ecology experts are faced with is a recent trend showing that moose habits and patterns have changed. Numerous farmers familiar with the way moose interact with the land have attested to this in interviews with local farmers. The farmers expressed that in the recent years they have witnessed moose in the region "feeding on peas, alfalfa and canola" with regularity. This change in feeding habits could be what is causing the moose to roam in more populated areas. The goal of the Saskatchewan Farmland Moose Project is to learn more about the animals so better strategies can be created and applied to reduce the unnecessary deaths of both motorists and moose.

2013 CES Reveals New GPS Trackers

Technology and gadget enthusiasts flock to Las Vegas every January for the annual Consumer Electronics Show (CES) to discover what the next great and cutting edge devices will be. With the rising number of personal GPS tracking applications, many GPS companies at CES showcased their latest innovative GPS trackers for families and companies. One of the more popular devices that caught the attention of the public was a tracker named "Im Here", and many people believe it could be a game-changer in locational technology for personal safety.
Engineered and developed by an Italian company that made its name creating a Android smart watch, "Im Here" can be used in a enormous amount of different scenarios because of its pint-size. Since the tracker device was created so small it can be used by parents wanting to monitor their grade school children, travelers looking to safeguard luggage, companies desiring to better manage and about a million other things! The personal monitoring hardware will have a retail price point of $169.00 and with that purchase users will receive 200 free locates. Each real-time locate after will cost the user $0.05. During the press conference at the CES show the company explained the "Im Here tracker calls upon the same technology that allows cell phones to transmit information. This is why the "I'm Here" tracker is equipped with a SIM card, and why it requires users to pay for real-time locates. Basically how a user would use the device is simple. They place the "I'm Here" tracker  in a suitcase, vehicle or other object and if that item ever goes missing the person can ping the device. Once the tracker receives its ping the real-time location of it will populate on a map program that can be accessed in the form of a mobile app on the user's cell phone or computer. Another feature that the "I'm Here" tracking device provides is an emergency panic button. This is a feature that is ideal for safety among parents wanting to give their kids a stealthy tool to send out an alert if their is a problem. Consumers can anticipate to see "I'm Here" on retail markets such as online spy shops and specialty stores toward the end of the second quarter in 2013. The GPS tracker device will also be available for international users at the same price point for hardware and real-time locates.

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