Traditional methods of collecting spatial and temporal use data are burdensome to both tourists and researchers, and they often lack needed accuracy. This article examines emergent GPS technology and its application to tracking nature-based tourists. Two applications of GPS presented here demonstrate the usefulness and functionality of GPS for tracking nature-based tourists in most natural recreation environments and in open, complex systems. This study finds that GPS offers advantages over traditional methods for tracking visitors, including more reliable, accurate, and precise data. GPS makes measuring and understanding visitor use patterns even more valuable since actual movements can be investigated instead of reported movements. Also, the accuracy and detail of GPS-collected data allow for analyses and investigations not otherwise possible. Visitor-based GPS surveys represent a useful and potentially powerful tool to help better plan, manage, and monitor nature-based tourists.
BeecoJ. AdamHalloJeffrey C.ManningRobert E. (2011). “GPS as a Method for Tracking Visitors to Natural Environments. Best Practices in Recreation Resource Planning: A Resource Guide for Planners.” www.narrp.org/clubportal/ClubStatic.cfm?clubID=1431&pubmenuOptID=28072 (accessed April 27, 2011).
2.
BrǿsethHenrikPedersenHans C. (2000). “Hunting Effort and Game Vulnerability Studies on a Small Scale: A New Technique Combining Radio-Telemetry, GPS and GIS.” Journal of Applied Ecology, 37 (1): 182-90.
3.
D’AntonioAshleyMonzChristopherLawsonSteveNewmanPeterPetteboneDaveCourtemanchAlyson. ( 2010). “GPS-based Measurements of Backcountry Visitors in Parks and Protected Areas: Examples of Methods and Applications from Three Case Studies.” Journal of Park and Recreation Administration, 28(3): 42-60.
4.
DillmanDon A. (2007). Mail and Internet Surveys: The Tailored Design, 2nd edition.Hoboken, NJ: John Willey.
5.
DussaultChristianCourtoisRéhaumeOuelletJean-PierreHuotJean. (2001). “Influence of Satellite Geometry and Differential Correction on GPS Location Accuracy.” Wildlife Society Bulletin, 29 (1): 171-79.
6.
El-RabbanyAhmed. (2002). Introduction to GPS: The Global Positioning System. Boston, MA: Artech House.
7.
FennellDavid A. (1996). “A Tourist Space-Time Budget in the Shetland Islands.” Annals of Tourism Research, 23 (4): 811-29.
8.
GimblettRandyLynchJohnDanielTerryRibesLisaOyeGary. (2003). “Deriving Artificial Models of Visitors from Dispersed Patterns of Use in the Sierra Nevada Wilderness, California.” Nature Conservation, 11 (4): 287-96.
9.
HammittWilliam E.ColeDavid N. (1998). Wildland Recreation: Ecology and Management, 2nd edition.New York, NY: John Wiley & Sons.
10.
HalloJeffrey C.ManningRobert E.ValliereWilliamBudrukMegha. (2005). “A Case Study Comparison of Visitor Self-reported and GPS Recorded Travel Routes.” Proceedings of the Northeastern Recreation Research Symposium—GTR-NE-326, USA, pp. 172-77.
11.
HarderHenrikBroPeterTradisauskasNeriusNielsenThomas A. S.AlbrechtslundAndersKnudstrup.Mary-Ann (2008). “Experiences from GPS Tracking of Visitors in Three Public Parks in Denmark Based on GPS Technologies.” Paper presented at the International workshop SPM2008 in Tartu, Estonia.
12.
HovgesenHenrik H.NielsenThomas A. S.LassenClausGodtvedStine. (2005). “The Potential for the Exploration of Activity Patterns in the Urban Landscape with GPS-Positioning and Electronic Activity Diaries.” International Conference for Integrating Urban Knowledge & Practice: Conference Proceedings Life in the Urban Landscape.
13.
LaiP. C.LiC. L.ChanK. W.KwongK. H. (2007). “An Assessment of GPS and GIS in Recreational Tracking.” Journal of Park and Recreation Administration, 25 (1): 128-39.
14.
LemmonPaul E. (1956). “A Spherical Densiometer for Estimating Forest Overstory Density.” Forest Science, 2 (1): 314-20.
15.
LyonL. JackBurchamMilo G. (1998). “Tracking Elk Hunters with the Global Positioning System.” Res. Pap. RMRS-RP-3. Ogden, UT: U.S. Dept. of Agriculture, Forest Service, Rocky Mountain Research Station.
16.
ManningRobert E. (2011). Studies in Outdoor Recreation: Search and Research for Satisfaction (3rd ed.). Corvallis, OR: Oregon State University Press.
17.
MitchellAndy. (2005). The ESRI Guide to GIS Analysis. Vol. 2, Spatial Measurements & Statistics. Redlands, CA: ESRI Press.
18.
MurakamiE.WagnerD. P. (1999). “Can Using Global Positioning System (GPS) Improve Trip Reporting?”Transportation Research Part C, 7 (2/3): 149-65.
19.
NaberMichael D.LeungYu-Fai. (2006). “Technology Lends a Helping Hand: Recreation Managers are Learning the Benefits of Using Geospatial Technologies in Resource Management.” Parks & Recreation, 41 (7): 24-30.
PetterssonRobertZillingerMalin. (2011). “Time and Space in Event Behavior: Tracking Visitors by GPS.” Tourism Geographies, 13 (1): 1-20.
23.
PotterFletcher I.ManningRobert E. (1984). “Application of the Wilderness Travel Simulation Model to the Appalachian Trail in Vermont.” Environmental Management, 8 (6): 543-50.
24.
QuirogaCesar A.BullockDarcy. (1998). “Travel Time Studies with Global Positioning and Geographic Information Systems: An Integrated Methodology.” Transportation Research Part C, 6 (1/2): 101-27.
25.
ShechterMordechaiLucasRobert C. (1978). Simulation of Recreational Use for Park and Wilderness Management. Baltimore, MD: Johns Hopkins University Press.
ShovalNoamIsaacsonMichael. (2006). “The Application of Tracking Technologies to the Study of Pedestrian Spatial Behavior.” The Professional Geographer, 58 (2): 172-83.
28.
StedmanRichardDiefenbachDuaneSwopeCraigFinleyJamesLuloffA. E.ZinnHarryJulianGaryWangGrace. (2004). “Integrating Wildlife and Human-dimensions Research Methods to Study Hunters.” Journal of Wildlife Management, 68(4): 762-73.
29.
StopherP.GreavesS. (2007). “Household Travel Surveys: Where Are We Going?”Transportation Research Part A, 41 (5): 367-81.
30.
van der SpekStefanvan SchaickJeroende BoisPeterde HaanRemco. (2009). “Sensing Human Activity: GPS tracking.” Sensors, 9 (4): 3033-55.
31.
WuJunJiangChengshengLiuZhenHoustonDouglasJaimesGuillermoMcConnellRob. (2010). “Performances of Different Global Positioning System Devices for Time-location Tracking in Air pollution Epidemiological studies.” Environmental Health Insights, 4: 93-108.
