Dr. Ian Reight has worked for Intuitive Surgical in Sunnyvale, California, as a proctor for robotic surgery since 2014. He began his medical career in 2008 after completing a surgical residency at Palmetto Health Richland in South Carolina. He continued his work in general, trauma, and critical care surgery at Lewiston’s Central Maine Medical Center. Between 2014 and 2017, Dr. Ian Reight managed emergency medical services (EMS) at Auburn Fire and Rescue as medical director of the EMS department. After earning his psychology degree from the University of Maryland, Dr. Ian Reight completed a basic sciences program at the UNIBE School of Medicine. He then earned his MD at the Medical University of the Americas. During his time at the university, he served as vice president of the school’s American Medical Students Association chapter. He has received accolades during his career, including Communication and Respect Excellence Awards in 2018 and 2020.
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Technologies Changing the Fishing Industry

Fishing, both as a hobby and a profession, traditionally relied on intuition and understanding nature. However, recent technological advances have transformed the way fishers interact with aquatic environments, making fishing practices more sustainable, data-driven, accessible, and efficient. Understanding some of the technologies used in modern fishing can improve your fishing experience.
GPS and mapping technologies have been instrumental in helping anglers and fishers navigate and track locations on the high seas. Some modern boats have integrated chartplotters that display tidal charts, depth contours, and topographical maps of lakes. This means that anglers are better equipped to log the catches they make in specific areas, mark hotspots, and share waypoints with other anglers. In addition to improving the efficiency of fishing efforts, GPS technologies help anglers avoid certain parts of the high seas, ensuring their safety.
Similarly, the adoption of fish finders and sonar technologies has changed how fishing operations are conducted. Fish finders usually send sound waves through the water and use the returning echoes to detect a cluster of fish. Some fish-finding technologies, such as Lowrance, Humminbird, and Garmin, have 360-degree sonar, down-imaging, and side-imaging capabilities that allow anglers to remotely see what's happening beneath the sea. The effectiveness of fish finders has made them almost indispensable in most large-scale fishing efforts. They convert hours of trial and error into minutes of productivity by helping anglers narrow down fishing spots.
Also, the use of cloud platforms and mobile technologies like ANGLR, Navionics, and Fishbrain makes it easiest for fishers to log their catches, connect with other fishing communities, and study weather patterns. These cloud platforms often utilize crowdsourced data, allowing anglers to contribute to a database of fishing intelligence. With this, it is easier to decentralize access to fishing knowledge while fostering a healthy sense of community among anglers.
Technology is helping both conservationists and everyday anglers be more mindful of their catch. Tools like electronic catch recorders, digital scales, and tagging devices are enabling researchers to track fish populations with greater accuracy. Many commercial and recreational boats now use electronic logbooks that transmit real-time data on what's being caught, which helps fisheries regulators manage stocks more effectively. Catch-and-release monitors are also gaining popularity, allowing anglers to check if a fish is healthy enough to be released back into the water, which supports better outcomes for aquatic ecosystems.
Another exciting advancement is the use of drones in fishing. Drones are particularly useful in surfcasting and offshore fishing, allowing anglers to scout for schools of baitfish or favorable water conditions from above. They can also be used to drop bait in hard-to-reach spots, extending an angler's reach well beyond the shore. Aerial imagery from drones helps assess environmental features, such as water clarity, vegetation, and access points, all of which can be difficult to evaluate from ground level.
The evolution of smart fishing gear is also changing the game. Some modern rods and reels are now equipped with sensors that track everything from casting distance to retrieve speed, syncing with smartphone apps to give users real-time feedback and personalized tips. Wearables designed for anglers, such as smartwatches or activity trackers, can monitor environmental conditions like wind speed, barometric pressure, and water temperature. These insights help anglers make better decisions and recognize patterns over time, making their fishing trips not just more successful but also more informed and enjoyable.
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