@article{Dettki_Ericsson_Edenius_2004, title={REAL-TIME MOOSE TRACKING: AN INTERNET BASED MAPPING APPLICATION USING GPS/GSM-COLLARS IN SWEDEN}, volume={40}, url={https://www.alcesjournal.org/index.php/alces/article/view/427}, abstractNote={<p>To date, moose (<em>Alces alces</em>) tracking has relied on techniques either based on ‘Very High Frequency’ (VHF) / ‘Ultra High Frequency’ (UHF) radio collars, or Global Positioning System (GPS) collars, often requiring significant effort in the field to collect data. Here we present a technique that automatically tracks and reports moose in almost real time, and presents moose positions and movement paths with an interactive web-based map service. We equipped 25 female moose with GPS/GSM collars in Västerbotten county, northern Sweden. The GPS receivers acquired a position every 30 minutes and transmitted them after 3.5 hours as a standard Short Messaging Service (SMS) message using the Global System for Mobile communications (GSM) cell phone network. The positions were automatically extracted from the receiving local GSM-modem and stored in a database. During 18 days in March 2003, 18,638 GPS positions were transmitted by 2,719 SMS messages. Of all positioning attempts 98.1% resulted in a valid position, whereof 99.7% were 3-dimensional positions. The real-time approach allows for many new research studies; e.g., smallscale migrational studies with adapted GPS schedules for different phases of migration. Further, public access to the moose data by a web-based map can be of fundamental importance for public acceptance when dealing with local concerns.</p>}, journal={Alces: A Journal Devoted to the Biology and Management of Moose}, author={Dettki, Holger and Ericsson, Göran and Edenius, Lars}, year={2004}, month={Jan.}, pages={13–21} }