In conclusion, the versatility of GPS (Global Positioning System) Navigational Systems extends far beyond their common applications of everyday navigation and location tracking. From their critical role in monitoring environmental changes and natural disasters to their sophisticated applications in military operations, GPS technology serves as an invaluable tool in various fields. As advancements in technology continue to evolve, the potential uses of GPS are likely to expand even further, offering new solutions for challenges faced by society. Whether in agriculture, disaster management, or defense, GPS remains a pivotal element in enhancing precision, safety, and efficiency in our increasingly complex world. As we embrace these innovations, it is important to recognize the foundational role GPS plays in shaping our future, helping us navigate not just our physical environment but also the pressing challenges right before us.
GPS (Global Positioning System) Navigational Systems can be used in a variety of ways, even in our everyday lives. They are most commonly used for pinpointing one’s location, and helping them drive to a specific location. This is sometimes used on google maps, the same map of the world which is interactable and mapped out by GPS. Satellites, ground stations, and receivers are the three parts of the GPS system. The satellites mainly view earth from space, ground stations determine the current and planned locations of the satellites, while the receiver is the person the information is being presented to. However, GPS Navigational Systems can be used for much more than the common purposes listed above.
GPS uses satellites that orbit earth and send out radio signals, which we receive for common purposes, such as navigation and tracking location. Satellites keep track of their current position, and with Triangulation any receiver’s location can be found. Any distance between satellites and receivers can also be found. In addition, a more uncommon use is tracking atmospheric conditions. This can play a key role in stopping climate change.
Environmental and natural disaster monitoring can be done by GPS systems. For example, GPS can provide precise measurements of land movement. Therefore, scientists can use GPS sensors placed in the ground to help determine the severity of an earthquake. GPS can also display information about soil composition and the conditions of weather. This information is vital in the agriculture business.
GPS systems were initially established through the 1960s and 1970s, for military purposes. Since then, GPS has been used for a wider variety of purposes but is still used for the military, and can be further advanced for improving the military. One of these tasks is aircraft being assigned to drop supplies to a specific location. GPS can assist the military for dropping supplies from high altitudes at the correct time and location in order for it to land at a designated area. The GPS feature of finding the best travel routes in traffic, can similarly be applied in the military to sense dangers, and give the safest and quickest route for vehicles and aircraft.
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