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Aerial photography has played a major role in advancing operational precision agriculture applications. As image precision has gotten better, so too has the need for advanced research and powerful geospatial tools to learn best how to harvest such data-rich information into efficient, effective and reliable tools of the precision agriculture trade.
Corey Albright, a geomatics student at Utah Valley University, shared the results of his capstone research project with POB. The project is intended to present the difference between RTK GNSS surveying and UAS (drone) surveying.
Surveyors and geospatial professionals can help measure and quantify the impact we are having on our environment and the positive potential of steps to intervene and, as Esri Founder Jack Dangermond would say, "design our future."
In the keynote speech kicking off HxGN Live 2019, Ola Rollén presented the challenge to use the technology we already have in smarter ways to improve productivity and efficiency, reduce waste, and pursue sustainability. He provided several interesting examples of how businesses are doing good things and making money at the same time.
GIS is rapidly advancing new capabilities that not only problem-solve, but that transform businesses and how GIS professionals, employees and managers make decisions and do their jobs.
Finding where a property boundary line has become established on the ground requires gathering the best available evidence that the reasonably prudent surveyor would find, evaluating that evidence, and then rendering a well-reasoned opinion on the factual question of location.
The day-to-day problems of surveyors would be easier to handle if they were only the technical and mathematical ones that can be systematically solved. Many of the demands placed upon us, however, do not have a formula for the answer.
Trimble Catalyst is a GNSS receiver service for Android that delivers high precision GNSS using a small, lightweight antenna that plugs directly into an Android phone or tablet’s USB port.
