This publication provides guidelines to the best practice for georeferencing. Though it is targeted specifically at biological occurrence data, the concepts and methods presented here can be applied in other disciplines where spatial interpretation of location is of interest.
In the GPS Accuracy section, The following sentence has one or more formatting issues:
The accuracy can be improved by averaging the results of multiple observations at a single location (http://spatialservices.finance.nsw.gov.au/_data/assets/pdf_file/0019/70345/Exploring_GPS.pdf[McElroy et al. 2007^]), and some modern GPS receivers that include averaging algorithms can bring the accuracy to around three meters or less. According to GISGeography 2019a, “_A well-designed GPS receiver can achieve a horizontal accuracy of 3 meters or better and vertical accuracy of 5 meters or better 95% of the time. Augmented GPS systems can provide sub-meter accuracy”.
In the GPS Accuracy section, The following sentence has one or more formatting issues:
The accuracy can be improved by averaging the results of multiple observations at a single location (http://spatialservices.finance.nsw.gov.au/_data/assets/pdf_file/0019/70345/Exploring_GPS.pdf[McElroy et al. 2007^]), and some modern GPS receivers that include averaging algorithms can bring the accuracy to around three meters or less. According to GISGeography 2019a, “_A well-designed GPS receiver can achieve a horizontal accuracy of 3 meters or better and vertical accuracy of 5 meters or better 95% of the time. Augmented GPS systems can provide sub-meter accuracy”.