New K-12 Climate Science and Mapping Careers Video

Climate change is a geographic problem, and we believe solving it takes a geographic solution.  Find case studies, e-Books, mapping tools, and more resources from Esri at or explore the Esri Climate Resilience App Challenge 2014.

Ned Gardiner, NOAA

Virtual Job Shadow in conjunction with Esri Education and NOAA brings climate scientist, Ned Gardiner  to K-12 CTE students around the country interested in mapping and climate science.

The NOAA National Climatic Data Center keeps the world’s largest climate data archive, and provides climatological analysis to every sector of the economy. And while climate change is one of the most debated topics on Planet Earth, the controversy has little to with the scientific data being collected. It’s Ned Gardiner’s job to take all that data and help us understand what it all means. Do not miss this incredible job shadowing experience!

See this video and other GIS-STEM career videos at the Esri EdCommunity’s career video page.

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2 years, 2,895 miles, 4,659 km, 5,790,000 steps

When beginning work on a chapter about geotechnologies for an upcoming book entitled Practical Sports CoachingI began testing smartphone fitness apps.  Upon the recommendation of my co-author Jill Clark, I started using Runkeeper.  Now two years later, I have walked the distance across the North American continent.  While this distance is nothing to what my lifelong walking and running colleagues have accomplished, it touches on several aspects of geotechnology that we frequently write about here and elsewhere.

First, this provides a good illustration of the added value that mapping lends to understanding something.  Like other fitness apps, Runkeeper keeps track of your activities in a variety of graphs and maps, as shown below.

One of the reports from Runkeeper

One of the reports from the Runkeeper fitness app.

However, mapping brings added value and understanding.  I loaded a week’s worth of walks into ArcGIS Online by loading the routes from Runkeeper as GPX files, and symbolized each by the day the walks were taken, shown in the above link and in the image below.  Using the same technique, you and your students could map the locations of your fieldwork, and so much more.

My walks in Redlands during the week of our teacher professional development institutes.

My walks in Redlands during the week of our teacher professional development institutes mapped in ArcGIS Online.

Second, how are these reports and maps possible?  Runkeeper, like so many other apps nowadays, make use of location based services and GPS, and are part of the “Internet of Things” – the geoenabling and monitoring of everyday devices.  My colleague Jill Clark and I frequently write about this on Spatial Reserves, our blog about geospatial data and the implications surrounding that data.

Third, the videos I have made from these walks reflect a great variety of climate, landforms, landscapes, ecoregions, “walkability” of cities (or the difficulty thereof!), weather, seasons, and much more, which might be useful in physical and cultural geography courses.  These include walking in the desert to a saguaro to the rainforests of Costa Rica, through leaves and on land that had been burned, across the Golden Gate Bridge, through a snowy field in Kansas, the forest in Oregon, on a ridge in the chaparral biome, on cobblestones in Belgium, through a cornfield in Wisconsin, on the busy streets of Taipei, and elsewhere. I also have walked in what may be the strangest place of all, near the rental car complex at DFW airport.  As long as my knees hold out, I intend to keep walking!  It is a great form of fieldwork that allows geographers, and others, to really observe what is below, around, and above us.

What privacy implications do the geoenabling of everyday devices have?  What societal benefits does the geoenabling of devices and cloud-based GIS bring to society?

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Educational performance and family income: A common educational research question

Two young girls entering elementary school in Boston aspire to be doctors. Both come from two-parent, one-income families with two siblings. In 13 years and with hard work, assuming all other variables equal, how will their SAT scores compare given that one comes from an impoverished household and the other from a household that is well-to-do?

Is there a relationship between educational performance and family income in the State of Massachusetts, and how might that relationship be illustrated?

Jeff Blossom’s SpatiaLAB lesson addresses this question through an ArcGIS for Desktop activity comparing average family income in Massachusetts school districts and a percent proficiency score in math and English.  The activity is straightforward and well written.  It can serve as a model for a way researchers might illustrate the relationship between income and educational performance in their own state. The activity includes both student and instructor handouts and has prepared the data in such a way as students can quickly jump into the analysis and meaning making of the exercise.

Image above:   Educational Achievement in Massachusetts by School District, 2012

This post is a part of the 2014 blog series on Educational Research and Geospatial Technologies.

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Understanding Our Changing World Through Web Based Mapping Investigations: New Article

I have written a new article for Journal of Research and Didactics in Geography (J-READING) entitled Understanding Our Changing World Through Web Based Mapping Investigations.  The full text is available online.  My goal in writing the article was to demonstrate through research and practice that today’s web maps show more than simply the locations of physical and cultural objects.  They allow students to do more with the maps.  They foster understanding of relationships, linkages, and patterns inherent between and among such phenomena as ecoregions, land use, demography, watersheds, commerce, natural hazards, and social networks.

With the evolution of today’s mapping technologies into cloud-based platforms, educators and students as never before have a wide variety of data and tools at their fingertips that allow them to explore key issues of the 21st Century at scales from local to global.  Students can upload their own data into these web maps alone or as part of citizen science projects, and share their maps with others in an online environment.  These maps become multimedia-rich tools that students engage with while gaining critical thinking skills, career skills, and interdisciplinary content knowledge.

After laying a foundation supported by research, I describe what web maps are and why they are important in society.  I discuss the ties between GIS and web mapping.  Next I discuss why web maps are important in education.   I then illustrate how web maps and imagery can be used to support effective instruction.  I begin by examining change over time using photographs and web maps, with examples from Hurricane Katrina, local changes in any neighborhood using aerial photos, satellite images, and topographic maps, and key regional changes by comparing Landsat scenes.  I then show how ArcGIS Online can be used to examine global agriculture, current issues such as a proposed new road through the Serengeti in Tanzania, and local phenomena through mapping and analyzing field data that students have collected in their own community, meadow, river, or even on their own campus.

Students can use these powerful web mapping tools and data to understand that the Earth is changing. Then, they can use the maps to begin to think scientifically and analytically about why it is changing.  Asking the questions and being inquisitive are critical to the successful use of web maps and GIS in education.  Through the use of these web mapping technologies, instructors can help students to begin analyzing the “whys of where”—the essence of geographic inquiry.

Educators:  What is your experience using web mapping investigations to help students understand our changing world?  How have these tools and methods helped you achieve your educational goals?  Students:  What is intriguing to you about using these tools?  Does it encourage you to dig deeper into the “whys of where”?   What tools and data are needed in the future?

Understanding Our Changing World Through Web Based Mapping Investigations

Understanding Our Changing World Through Web Based Mapping Investigations: Some examples from the article shown here.

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An Easy Pathway to Create Storymaps

Creating storymaps has never been easier.  One of my favorite methods is one I use in creating “map tour” storymaps, involving smartphones and geotagged photographs.  For example, I recently created a story map during my visit to Whitworth University.  The procedures I used adhered to those I describe in my essay entitled “The 15 Minute Story Map.”  As the name implies, I created a storymap in 15 minutes with my smartphone and the Esri story maps platform.  I created it to encourage faculty I met with there, and ultimately, their students, to create storymaps on even more compelling topics than the simple campus tour that I created.  They could do the same for a field trip to a meadow of trees killed by invasive species, or a neighborhood undergoing rapid social and demographic changes, or a river where they are measuring water quality, or other topics local to global.

My workflow to create these types of maps is as follows:

1.  Record Day 1 track on phone. I used a fitness app (Runkeeper) but you could use MotionX GPS or many other apps.  The app you choose needs to be able to export your track as a GPX file.
2.  Take photographs with smartphone with location services turned on.
3.  Email photographs to Picasaweb/Google Plus into a folder named “Whitworth University”.   This is a folder I set up in advance.  The time saving innovation here is that the photographs sent with “Whitworth University” in the subject line automatically are placed into a folder with the same name on Google Plus.  This makes it easy to point to that folder when creating a storymap and access all of the photographs at once.
4.  Send campus video to YouTube.
5.  Create storymap using Map Tour template.  Save and share your map.  At this point, you’re really done, but the additional steps below are enhancements I made to the original storymap.
6.  Add Day 1 track to the ArcGIS Online map as a GPX file from my smartphone.  This ArcGIS Online map is the map that is driving your storymap web application.  It is visible in the “My Content” area of ArcGIS Online.
7.  Trace Day 2 track onto the ArcGIS Online map.  I did this to demonstrate a different way of adding your route; here, simply by tracing on the map, rather than uploading it from a smartphone.
8.  Add Day 2 photographs to the existing Storymap.  I did this to demonstrate that you can add content to an existing storymap just as easily as creating one from scratch.
9.  Edit the photo captions.  This literally is the most time consuming step but is an important part of the story.
10.  Save your map changes and make sure you are still sharing your map.

Some additional details that might be helpful include:  After recording the Day 1 track, I uploaded it to my ArcGIS Online web map as a GPX file simply with the “add layer from file”, where my file on my computer was my GPX file that I had saved onto my local computer.  Note that when I was inside the HUB building, the app lost GPS signal, resulting in a few spikes that are evident on the map.  I left them in the map, rather than editing them out, as a springboard to a discussion about spatial accuracy and triangulation from GPS, cell towers, and Wi-Fi hotspots.  My Day 2 track was traced onto ArcGIS Online map and saved as Map Notes.

A few of my photos, especially those taken inside buildings, were auto-placed a few hundred meters off of their true location.  Therefore, I manually relocated these, which is another feature of the storymap template.  The rest were already within 1 to 2 meters of their true location, so I left them as they were.  But the accuracy of geolocation is another great learning moment when your students are creating their storymaps.  You will note that one of the locations is not a photograph at all, but a video, which is easy to insert into your storymap.

For more details on how I created this, see the playlist of videos I created here.

Storymap of Whitworth University campus

Storymap of Whitworth University campus.

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Esri at the University of South Carolina’s Business School

Dr. Michael Galbreth, Associate Professor of Management Science at the University of South Carolina’s Moore School of Business, stresses the importance of location analytics and GIS in his MBA elective on advanced business analytics. But instead of simply lecturing about it, Dr. Galbreth decided to integrate GIS into the structure of his MBA course using Esri’s Business Analyst Online (BAO) package. “Competency with a tool like Esri is critical in order to effectively visualize business data that includes a spatial dimension,” he says. “I feel strongly that the analytical toolset of an MBA student is not complete without a solid understanding of location analytics. And I also feel that, to add the most value for the students, this topic should be covered using the state of the art in location analytics software, which of course is Esri.”

Now in his 7th year of teaching location analytics using hands-on Esri projects, Galbreth has helped hundreds of MBA students realize the power of GIS.  “By the end of the course, students realize that there is really no substitute for seeing your data on a map – whether it represents your prospects, customers, or competitors. They also appreciate how quickly a tool like Esri BAO enables them to obtain a basic understanding of a particular location, for example a potential expansion opportunity, through simple but powerful tools such as thematic mapping and drive-time analysis.”

Importantly, Galbreth’s students do not hone their GIS skills on hypothetical or textbook problems.  Instead, Galbreth has partnered with real estate developer Edens Inc. to connect the students to real world business problems. As a part of his class, the students use ESRI BAO to develop analytical reports on specific Edens locations, and they present these reports to Edens executives for feedback at the end of each semester. Upon completing the Moore School MBA program, these students are not just generally familiar with GIS, but in fact they have in-depth hands-on experience with the leading GIS package.  “It’s been great working with Esri to implement the location analytics component of my course,” says Galbreth, “and the hands-on experience with the industry partner (Edens) is what really makes this so valuable. I think students appreciate what GIS can do for them as business leaders, and the BAO package makes location analytical accessible to a wide range of users.”

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Challenges and Support for Meaningful Technology Integration in Education

A staggering amount of literature exists about the use of technology in the classroom.  But what sort of technology?  This may sound obvious,  but I am interested in fostering the use of meaningful technologies in education.  Just because a technology exists does not in my mind mean that we need to dedicate valuable class time on it – it has to meet educational goals, foster inquiry, allow students to be creative and to solve problems, provide important career and life skills, for example.  I believe that using geospatial technologies with spatial thinking, including GIS, is not just interesting, but is a critically tool and perspective for 21st Century education and society.

A recent survey by found that 50% of K-12 teachers get inadequate support for using technology in the classroom.   Matt Tullman, co-founder and president of digedu. said, “It is critical that we move quickly to address barriers to meaningful use of technology in schools so that students are equipped with the digital fluency necessary to succeed in our global economy.”  I agree.  My colleagues and I on the Esri education team are dedicated to doing all we can in partnership with the global geospatial education community to reduce barriers to the use of technology in the classroom.   In the survey, 46% reported that they lack the training needed to use technology effectively with students.  By authoring tutorials, videos, short essays in this blog and elsewhere, providing face-to-face professional development at conferences such as AAG and NSTA and in institutes such as T3G, lessons, supporting educational research, and via other means, we hope to help reduce that gap.  The evolution of GIS onto the cloud through ArcGIS Online seems to break down many technological barriers, such as software installation and computer lab maintenance.  Other challenges remain, but I have been very encouraged recent progress of the use of GIS tools in education.  For example, the St Vrain Valley School District in Colorado is starting a semester-long GIS course in their STEM program, incorporating ArcGIS into their AP Human Geography course at the high school, and using ArcGIS in their history, geography, and language arts curriculum at the middle school level.

The survey also found that 93% percent reported that technology has a positive effect on student engagement.  We have witnessed the deep engagement that students have when using geospatial technologies in the classroom and in the field, such as using 2D and 3D maps and visualizations, collecting and analyzing their own data, and communicating their results in multimedia-rich ways to their instructors, peers, and community groups. Educators, administrators, and students are embracing geospatial technologies as never before.  Why? Educational, societal, and technological forces are all playing a role, such STEM (Science Technology Engineering and Mathematics) education, career and technology education, critical thinking, the geo-location of everyday devices, an increased awareness of the value of spatial thinking, improved bandwidth, problem-based learning, and others.

GIS is being incorporated into the St Vrain Valley School District STEM program.

GIS is being incorporated into the St Vrain Valley School District STEM (Science Technology Engineering and Mathematics) program.

What can we collectively do as a community to continue to break down barriers to the use of these powerful and easy-to-use tools to enhance and enrich education?

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Educational Researchers and Spatial Analysis: New Faculty Positions Announced at Claremont Graduate University

Claremont Graduate University (CGU) has announced three new tenure track faculty positions in the School of Education Studies that seek to expand the university’s commitment to spatial understanding across educational studies.  The positions include: Higher Education (open rank), Teaching, Learning, & Culture (Assistant or Associate), and Urban Leadership (Clinical Professor).  The positions include an emphasis on the understanding and use of spatial thinking and tools to better understand educational data and trends.

The position descriptions describe this commitment saying, “We are especially interested in the scholars whose work incorporates consideration of the geographic variation in resourcing, opportunity, and success.”   Applications will be reviewed beginning on April 10 and the positions will remain open until filled. For more information, visit CGU’s SES Faculty Openings page.

This emphasis on the awareness of location analytics, while showing powerful  insight today will become far more commonplace in the future, as university’s realize the value of the geographic perspective.

This post is a part of the 2014 blog series on Educational Research and Geospatial Technologies.

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IGES Enviro-Research Contest

Want a boost toward college and career? The Institute for Global Environmental Strategies (IGES) has announced the 2014 Thacher Environmental Research Contest for grades 9-12. This annual contest asks students to demo their science and technology skills by submitting research projects focused on the use of remote sensing and analysis tools. Students are to identify a U.S. protected area of interest, and design a research project that identifies why the area is unique, why it contributes significantly to our society, how this area has changed over time, and how geospatial technology can be used to monitor these environmental treasures. The competition features cash awards, and the winning entry will be published in Apogeo Spatial. Entries must be postmarked or emailed by May 5, 2014. For full contest rules and to enter, see

Charlie Fitzpatrick
Esri Education Manager

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The Size of the Geospatial Industry

One question that we frequently receive here on the Esri education team is, “What is the size of the geospatial industry?”  Whether the question is asked in reference to a paper someone is researching, or because someone wants to obtain a sense of the “stability”of the industry when deciding whether to pursue GIScience for their career, or for some other reason, the question is a valid one, but it is difficult to definitively answer.

Up through the mid 1990s, while employed at the USGS, I used to consult an annual paper book on the size of GIS to answer this question.  Back then, it was a modest sized community of government, academia, nonprofit, and industry who were involved with producing, serving, and using geospatial data, software, and services.  But since then we have seen an explosion of geospatial technologies and data surround us in many forms and on many devices, and an expansion of users far beyond the traditional sciences and planning “core” into business, health, and just about every industry that exists.  This makes answering the question increasingly difficult.  It might be akin to “what is the size of the chemical, transportation, or <you fill in the blank” industries?”  All are enormous and have fuzzy boundaries.

Nevertheless, a few documents are helpful in at least getting an estimate of the size of the geospatial industry.   Geospatial World reported in their December 2013 issue on page 18 and following that the global geospatial industry brings in $270 billion in annual revenue, and companies in the sector pay more than $90 billion in wages each year.  This stemmed from a report published by Oxera in January 2013.  Equally interesting are the figures of how much travel time is saved annually due to geospatial technology (1.1 billion) and petrol saved (3.5 billion liters).  According to the Oxera report, this means that geospatial is 5 to 10 times larger than the video game industry, and at least one third the size of the global airline industry.  Geospatial is so large because “digital imagery and location-based services are essential components in resource management, supply chain logistics, infrastructure design, telecommunications, and national defense.  Also consider the manufacturing industry involved with creating consumer products, as well as the satellite and space industry needed to make it all work.”  Additionally, Geospatial World author Sanjay wrote this article about the business value and the major technology and solution companies. Finally, Daratech has researched and published comprehensive surveys of the size of the geospatial industry.

The Exhibit Hall at the Esri International User Conference.

One way of getting a sense of the size and diversity of the geospatial industry is to visit the Exhibit Hall at the Esri International User Conference. I am amazed at what I see there each year.  Another way is to visit

No matter what the size of the geospatial industry, one thing is clear:  Geospatial technology is here to stay.  As our world faces more complex and interconnected issues in this century that increasingly impact our everyday lives, the “where” questions will be increasingly asked.  And the technology to answer those questions will be GIS.

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