In early 2005, staff from the NatureMapping Program (NM), Washington
Department of Fish and Wildlife (WDFW), and Chewelah Peaks Learning
Center (CPLC) discussed potential research questions for investigation
by citizen scientists. Under proposal was the participation of public
school students at CPLC in conducting on-going research to answer
wildlife research and management questions needed by WDFW, with NM
providing support and consulting for the research projects. A total of 8
distinct research questions were generated by WDFW, CPLC, and NM
involved the CPLC site and surrounding community.
Learn more about the Chewelah Peaks Projects (pdf) >>
The feasibility of each project was tested on May 14, 2005 by
attendees of the NM national conference. Attendees came from 6 states
and had field skills ranging from beginner to expert, thus creating a
wide variety of familiarity with local flora and fauna. Attendees were
placed into 4 teams with 4 to 6 people per team. Teams were determined
based on desire of each person for strenuous or non-strenuous hiking
activity. Each team was assigned research questions for which to collect
data. Research questions were assigned to groups by matching to group's
desired level of exertion with the difficulty of the travel route needed
to reach each question's study area.
Each team was equipped with 3 personal digital assistants (PDA) with
an integrated GPS unit. Point sightings were collected on PDAs with the
Washington NatureMapping Nature Tracker data collection software. Team
members recorded field observations with the PDA. At the conclusion of
field activities for the day, records were downloaded from each PDA onto
a central laptop for viewing, querying, and export to GIS. Following
download, data was not reviewed for accuracy of observations or for
documentation of appropriate local species.
A total of 270 point sights were documented (Table 1). These
consisted of 21 bird species, 15 mammal species, 1 species of amphibian,
and 1 species of reptile. View the report (300K pdf)
Different teams documented different species and numbers of
observations. This may be attributable to 1) species being present in
different areas, 2) assigned research questions causing focus on
particular species, and 3) varying field identification skills between
groups. It is particularly difficult to discern this final factor. This
can be problematic when viewing data from all teams. It is crucial to
data integrity that all teams have similar capacity to collect data. In
this instance, teams were selected based on anticipated level of
exertion. It is possible that team members desiring more strenuous field
time are also more experienced in the outdoors and, hence, have better
field skills for identification. The reverse may also be reasoned. Given
the increased area surveyed by all groups, viewing the data of all teams
together is particularly effective for analysis. Hence, to increase the
ability of all teams to collect similar data, it is recommended that
future field teams consist of members whose combined field skills are
approximately equal.
Sample screen of the Washington NatureMapping Nature Tracker data collection software.
Learn more about the Nature Tracker software >>
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