A Beginner’s Guide to Pokémon Collection in National Parks

Pokémon Go, made available for download in America on July 6, 2016 (and adding new countries every day!) enables collection, training, and battling of the first 150 Pokémon. Individual Pokémon collection and observation is now possible, and Pokémon trainers will be venturing into their communities and the wilds that surround them in record numbers as they strive to catch ‘em all. By virtue of collecting and learning about (albeit augmented, virtual) animals, people will also rediscover their attraction to the natural world. Through Pokémon Go, trainers will develop a keen eye for their surroundings, patience for tracking, quick thinking in anticipation of Pokémon behaviors.  And what better place for young and old alike to hone their PokéSkills but the expansive wilderness of America’s greatest natural treasure, the National Park system.

The iconic U.S. National Parks have provided access to both nature and natural sciences to visitors for 100 years. Combined annual attendance to these natural wonders registers at a whopping 305 million people each year, attracting visitors from all over the world. Our National Parks span the landscape of the United States and her territories, ranging from the remote reaches of Alaska to the bustling east coast parks, like Shenandoah-a quick drive from several major cities-and hop entire oceans to appear in far pacific lands like Hawaii, American Samoa, and Guam. Sometimes, these parks pack a hefty admission fee, up to $30 in some of the most famous parks. The fees go toward necessary maintenance and upkeep of the most pristine natural environments in the country, preserving the experience for the next generation of visitors. Don’t be scared by the entry fees; reasonably priced annual passes and special free events can make access extremely affordable!  In fact, I planned a trip to Shenandoah National Park this past weekend for both my sister and me as a respite from the rigors of academia. However, once we got the news dropped of the long-awaited Pokemon Go release, our plans quickly adapted to incorporate some Pokemon collecting into our adventure.

A quick entrance photo at the North Entrance Gate PokéGym.

Continue reading “A Beginner’s Guide to Pokémon Collection in National Parks”

Citizen Science: What, Why, and How

This is a post I’ve been intending to write for a long, long time.  It’s a lot easier to write about my day to day life as an ecologist and PhD student.  In fact, any time I turn my computer on to write something that isn’t about me or about my personal research, I get this super intense surge of imposter syndrome.  I’ll stop the unnecessary preamble there for now.  It’s just my attempt to keep my writing in this space authentic, as I think it’s important to be honest about the struggles we face, even if they are mundane (Ermahgerd, writing a blog?  What if someone *gasp* reads it?!)

Training citizen scientists out at Stebbins Cold Canyon UC NRS

 The term citizen science has been buzzing around in scientific circles for a number of years now.  When I first drafted this last week, the first annual conference of the Citizen Science Association was just wrapping up in San Jose, CA.  This conference showcased the amazing body of scholarly research concerning citizen science, which is telling us a larger and more coherent story about the practice every day.  I have had the pleasure of working with professional scientists and educators whose whole course of study revolves around the design and training of participants for these endeavors.  I will offer here the briefest of introductions based on my own reading and experience and a little anecdote about a citizen science group I help facilitate in my area.  For a peer-reviewed take on the matter, look to the fabulous overview by Bonney and colleagues’ from 2014 in Science (so it’s short and sweet) entitled, Next Steps for Citizen Science1.

What is Citizen Science anyway?

First things first, what is citizen science anyway?  Well, first of all, it is science.  That’s a major point to emphasize.  Data collected by these projects should answer scientific questions or test specific hypotheses.  Second, this is science being performed by individuals who are (in most cases) not formally trained as research scientists.  There is a huge variety within the citizen science genre, but, in my experience, most projects fall into three main categories:  atlas/survey, monitoring, and manipulative/experimental.  

Atlas or survey projects use the increased person power provided by citizen scientists to attempt to catalog all of something.  Whether it’s ants in your backyard, critters in a park, or bees in your garden, these sorts of projects tap into our collective observation skills to gather useful data about when and where things occur.  For me, personally, online games that help map things (proteins, neurons!!) fall into this same category.  Others might disagree.  These sorts of projects don’t generally ask you to make observations at any set interval, they just want to know what you saw.  Monitoring based citizen science projects are also observation based, but time and place are more important.  Most monitoring projects are hoping to capture any changes that are occurring over time.  These changes could be in timing of events, composition of plant and animal communities, or an indicator of environmental health.  Actual manipulative citizen science projects are more rare, and tend to occur in conjunction with specific researchers.  If anyone has cool examples of projects like these, put them in the comments below!  And, because things rarely fit into three neat little categories, feel free to share other examples.     

Wait, is Rachel out of a job now?

Expanding leaves. Photo Cred: Allie Weill,
hand model Rachel Wigginton
Some might ask the point of such a practice, as scientists, myself included, spend years training to do what we do.  I wanted to point out here at the get-go that there are many studies looking at the accuracy of data collected by citizen science projects (see 2, 3, and 4 for examples), and with proper training, data collected by these projects can absolutely be used to answer scientific questions1.  So, formally trained scientists are still needed to design the protocols, set-up sites, and perform proper training for volunteers.  I can tell you from personal experience, doing this is a lot of effort up front.  There are also the back end costs of coordinating volunteers, keeping citizens engaged in the project, and curating the data that is gathered.  That said, I’m clearly not out of job thanks to these projects, but why would I even bother?

There are a few really great incentives for scientists to make citizen science work.  First, and non-research related, you are doing some amazing outreach.  We all remember that moment during our scientific training when things started to click, and I can almost 100% guarantee you that “click” didn’t come in the classroom.  It came when you were taking your first baby steps into actually doing science.  By working with citizen scientists, you are allowing people who might never get to have a hands on experience with science to get up close and personal with a study system.  You will be amazed how quickly these citizens start thinking like scientists.  I can imagine few things more gratifying than having a volunteer tell you a project has changed how they look at the world.   

The second, and totally research related, reason to get involved in citizen science is the increase in data resolution these sorts of projects afford to us.  Certainly, myself and a few intrepid undergraduates will know a lot about native Spartina restoration in the SF Bay by the end of my PhD research (at least I hope!).  But when we attempt to scale up, both in time and space, it’s hard to get a handle one some questions without a bigger team.  Think about one of the oldest citizen science project, the Audubon Christmas Bird Count.  Obviously, no single researcher or even a team of researchers, could have maintained that many survey points each year or kept observations going all the way back to 1900!  And before you start poo-pooing all this data, return to my above comment.  With the proper training, citizen science data can be used for papers that get published in peer reviewed journals.  Take, for example, the 90 or so publications based on data from eBird1.  We need to stop seeing citizen science as just a way to pad a broader impacts statement and start treating it as a scientific opportunity.   

The inspiring folks of the CPP Stebbins
Case Study: California Phenology Project at Stebbins Cold Canyon

Now, I’ll be the first to admit that not every research question, or even every research program, has an appropriate place for citizen science to fit.  Like every tool, there is no need to make a round peg fit a square hole.  For example, I work in a very sensitive habitat type on plants and invertebrates living in the soil.  There are several endangered plants and animals in my system.  Getting citizens involved in a meaningful way isn’t in the cards for me, at least not yet.  So, here is my pitch for why, even if you can’t address your own research, you should still stick a toe in the citizen science pool.  

During the spring of the first year of my PhD program, I was working on a Conservation Management degree certificate.  This certificate entails taking some course work, which I was going to take anyway, and doing a group project.  Our group was approached by some staff from the UC Natural Reserve System, who had a bit of extra funding for a community outreach project.  We decided a citizen science project would fit that bill.  So, in the fall of 2013, a group of students and two faculty advisers (one ecology, one education) started meeting to discuss what sort of project would fit well at our nearby UC NRS site, Stebbins Cold Canyon.  Stebbins is unique for several reasons.  First, it’s one of the few UC NRS sites that is open to the public, with some pretty stellar hiking trails.  Second, one of the said hiking trails recently got listed on some online hiking forum, and the rate of visitation has gotten pretty high in the last few years.  Last, most of those visitors have no idea that this is a research site where science is actively happening.

We went through a large list of existing citizen science projects and also emailed all the researchers doing work out at Stebbins.  We really wanted to make sure any data we gathered ended up with a scientists at the other end.  There is already a complete species list for the site, so we nixed any atlas style citizen science projects.  In the end, we settled on starting a new site for the California Phenology Project, which is a subset of the National Phenology Network.  This project is part of a nation wide effort to capture changes in the timing of life events for plants and animals (ie: phenology) as they relate to climate change.  I think this is a prime example of the type of question that can really only be addressed with a literal army of data points.  

Water in the creek at Stebbins Cold Canyon UC NRS
If you foolishly think, like I did, that simply starting a new site for an existing project wouldn’t be that much work, you’re very wrong.  Because this is such a well thought out project, with some pretty specific scientific questions, the requirements for establishing a phenology trail are fairly in depth.  Then you have recruiting and training volunteers, making sure they are entering data, coordinating all the monitoring sessions, etc., etc., ect.    

And if you’ll recall, this isn’t even the system I study.  I don’t even really study climate change.  But you know what, being involved with this project has been one of the most rewarding parts of my graduate career to date.  First, I feel like I’m really addressing the needs of a land manager (UC NRS) by educating visitors about the scientific use of Stebbins.  Not only do our volunteers now know tons more about the site, but they are always telling us about conversations they have had with others on the trail.  More importantly, I absolutely feel like our team has helped to change the world views of all our volunteers.  I feel as though I have seen these people start to think and interact with the world like scientists.  They have told us they notice the differences in flowering times between locations.  They think about what our recent rain storm will mean for the phenology of the plants up at the canyon.  They note the differing amounts of pollinators on plants at different phenological stages.  I could go on.  It’s magnificent.  And very, very humbling.  Because sometimes, I forget to be awed by the first Toyon berries of the year, then we get an email from a volunteer, who is so excited to be the first one with a “yes” data point in the ripe fruit column.  

We have started to see conference presentations utilizing the NPN and CPP data sets.  This is real science ya’ll.  

Sold.  How can I get involved?

As a scientist, you can start your own citizen science project to assist you with your research!  Look for the standards and best practices explained by the Citizen Science Association.  Or, you can do like we did, and expand an existing project.  If you are an interested citizen, look for a project going on in your area.  Zooniverse is a great online repository of the many, many projects going on right now.  There are all levels of involvement, from coding video from the comfort of your own home, to hitting the trail with a data sheet after a weekend of rather intense training.  

And hey, if you are a scientists or a citizen who wants to get involved with the CPP at Stebbins Cold Canyon, check out our website and shoot us a line!  We’d love to have you on our team.

1. Bonney, R., Shirk, J. L., Phillips, T. B., Wiggins, A., Ballard, H. L., Miller-rushing, A. J., & Parrish, J. K. (2014). Next Steps for Citizen Science. Science, 343(March), 1436–1437.
2. Crall, A. W., Newman, G. J., Stohlgren, T. J., Holfelder, K. A., Graham, J., & Waller, D. M. (2011). Assessing citizen science data quality: an invasive species case study. Conservation Letters, 4(6), 433-442.
3. Delaney, D. G., Sperling, C. D., Adams, C. S., & Leung, B. (2008). Marine invasive species: validation of citizen science and implications for national monitoring networks. Biological Invasions, 10(1), 117-128.
4. Galloway, A. W., Tudor, M. T., & HAEGEN, W. M. V. (2006). The reliability of citizen science: a case study of Oregon white oak stand surveys. Wildlife Society Bulletin, 34(5), 1425-1429.
5. Gardiner, M. M., Allee, L. L., Brown, P. M., Losey, J. E., Roy, H. E., & Smyth, R. R. (2012). Lessons from lady beetles: accuracy of monitoring data from US and UK citizen-science programs. Frontiers in Ecology and the Environment,10(9), 471-476.