![]() Staff drop a pin in the Field Maps app, and a task is opened and assigned to the specialist to help. The data is also synced with the Living Collections Management System (LCMS), where it can be utilized by staff and the international research community to locate specific plants in the garden.īy having their plant data accurate up to one centimeter, DBG staff can easily locate plants in large groupings, run reports on their health, assign tasks related to the plants, and add pins to note damages or layers for future tasks. ![]() From there, Musgrave's team uses the Bad Elf Flex solution and Field Maps to collect the plant's exact location in the garden for the geodatabase and basemap. It is our go-to for editing anything on the ground."Īdding a new plant at DBG typically begins with a horticulturalist assessing a plant's health and registering the plant with a unique identification tag. We can edit, update, and add to our GIS database easily. "You can check that everything is connected and what your precision is. "It does not take much time to get someone up to speed on the system," said Musgrave. Users simply connect their mobile or tablet device's Bluetooth with the Bad Elf receiver and enable the integration with the Field Maps app. By using the Field Maps app, staff can easily integrate survey data collected with the Bad Elf Flex solution to create data-driven maps and edit on the go. Staff use a high-precision GNSS system, like the Bad Elf Flex solution, for multiple applications, including asset mapping and surveying with ArcGIS Field Maps. The garden has been able to do this work by combining technologies and running apps on tablets. "Having GPS makes that much more accurate and takes us to another level." "Our main goal here at the garden is to help conserve and protect the species that are at risk, and to do that we have to use the best tools available," said Musgrave. Musgrave recognized what the survey-grade positioning could bring to asset and resource management applications at the garden. It was through her studies that she was first introduced to high-precision GNSS, like Bad Elf Flex, for field asset mapping. Musgrave, who began her journey at DBG while in high school as one of the estimated 600 yearly volunteers, remained fond of the garden while earning degrees from Arizona State University. ![]() DBG was honored with a Special Achievement in GIS (SAG) Award at the 2015 Esri International User Conference for this work.Īs the garden grew in plant variety and density, DBG staff needed higher-precision tools for their work. Musgrave explains that the initial digitization process employed handheld, resource-grade GPS devices and ArcGIS Collector to create the geodatabase.
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