According to a discussion in my LinkdIn ESRI Network, The Driving Dutchman of Cyclomedia is on the last leg of his roadtrip across America to the San Diego ESRI UC. Their mission statement has a cool picture of their professional vehicle and a description of how they capture street imagery. They are requesting drive bys and demonstrations from organizations working with maps.
The BBC News Science & Environment section has an article on “The Secret Life of the cat: What do our feline companions get up to?” with an interactive map of cats in a Surrey Village. It was created by BBC Two’s Horizon Program and researchers at the Royal Veterinary College. It is based on a study by Dr. Alan Wilson, an animal movement specialist, at the Structure & Motion Laboratory at the Royal Veterinary College. In his article, “Secret Life of the Cat: The Science of Tracking Our Pets“, he provides information on the technical challenges of using GPS to track domestic cats. Like many scientists working in the field, Dr. Wilson has had to develop his own tracking equipment in order to study the movement of pigeons, sheep, cheetahs, wild dogs, and of course, cats. He is currently working on developing unmanned arial vehicles for remote sensing and movement tracking. Cats are a great way to introduce the public to interactive mapping, tracking, and geospatial concepts because cats and birds are the most popular pets in the world.
The combination of cat popularity and GPS even resulted in a best selling book, “Lost Cat: A True Story of Love, Desperation, and GPS Technology” about a writer’s determination to find out what her cat did when he went off into the “wild”. CNET has a good video, “Using GPS to Track Exactly Where Cats Creep“, about how the authors learned to track Tibi. The convoluted way they had to map his tracks illustrates the need for education on using GIS or an easy to use cat GIS, to go along with the easy to use cat tracking GPS market.
Recently, I have been developing a tutorial for using electronic white boards for education. What I never noticed before, because they work so well together, is the symbiotic relationship between the use of electronic white boards and geospatial technologies. In an ENO by Polyvision demonstration, today’s modern classroom (of 4 years ago) includes a Google Earth based geography lesson. Other demonstrations include the use of Google Sketchup on an Eno Board. A short video from Bayside Secondary in Ontario demonstrates the geography classroom of today using iPad apps and a Smartboard in a geography exercise. Interactive white boards are a natural fit for geography because of the creation of interactive wall maps by many former static map publishers, such as those developed by KIDS Interactive or StrataLogica NECC. According to ESRI’s educational model for building geospatial proficiency, presentation is the first rung in developing geospatial literacy. A conference paper on the “Place of the interactive whiteboard in higher education of the Polish educational system” specifically discusses its use in teaching GIS and spatial literacy.
However, the integration of geography, GIS, and electronic whiteboards doesn’t stop at K-12 education. At the GIS Conference 2012: Logica/CGI demonstrate their collaboration between ArcGIS and SMART Board that can be used with ArcGIS Online. The Montgomery County Emergency Management Agency in Tennessee likes to use a a Smartboard in conjunction with their GIS, in order to all be “on the same page”. I think I am so used to thinking of collaborative GIS as being done on a horizontal touch screen or table top device, like the TouchTable, weTable, and other multi-touch environments, that I overlooked the power of the humble interactive white board.
Many geospatial professionals, such as those on the GIS Stack Exchange, have asked what they can do with geospatial technologies to help in the aftermath of the tornadoes in Oklahoma or for other disasters. There are several crisis maps online including Google’s Oklahoma Crisis Map and ESRI’s Public Information Map. The American Red Cross has the Safe and Well Communication site and a map of available shelters. The Federal Emergency Management Agency (FEMA), the NOAA National Weather Service, and other
There are organizations that do crisis mapping, the most well-known being the URISA GIS Corps. Many times local areas have their own crisis mappers organizations which work with local geospatial groups, first responders, and municipalities. The volunteer profile for Sean Bohac from RECON Environmental gives a good insight into what it is like to be a GIS volunteer in a disaster situation. Anahi Ayala Iacucci talks about other types of crisis mapping on her Diary of a Crisis Mapper website.
Crisis mapping is often an overlap of existing geospatial infrastructure, when available, and disaster response by geospatial professionals and neogeographers. The National Academy of Sciences has an open book called, “Successful Response Starts with a Map: Improving Geospatial Support for Disaster Management (2007)” by the Board on Earth Sciences and Resources (BESR). The City of Moore, Oklahoma publicly available interactive map includes tornado damaged parcels from 2003 and many utilities including fire hydrants, which many towns have not located and mapped yet. They also ask that donations be made through The Red Cross.
I wasn’t able to locate any information related to directly related volunteer efforts, so please feel free to post any information you might have. Thank you.
The Wall Street Journal has an interesting, spatially relevant article on regulation and standardization of place names and the disappearing apostrophe in U.S. signage, “Theres a Question Mark Hanging Over the Apostrophes Future: Its Practically Against the Law to Use the Mark in a Places Name; Sorry, Pikes Peak.” Read the title again to catch the humor that Barry Newman uses to construct a brief history of place signage.
He states that the U.S. is the only country that standardized out apostrophes because they were seen as conveying private ownership of a public place. The USGS Board on Geographic Names set up in 1890 by President Harrison has eradicated around 250,000 apostrophes from federal maps. In contrast, the Apostrophe Protection Society kept the Mid Devon council in England from banning the use of apostrophes in street signs. According to an in-depth article on the loss of the apostrophe and the history of Fell’s Point or Fells Point, Maryland, “What’s the Point?” from the Underbelly: From the Deepest Corners of the Maryland Historical Society Library, only five natural features have official license to use the possessive apostrophe in 2013.
The quoted arguments for the apostrophe is that it is part of proper English language usage, that it connotes information about the history of a place, and that not using them can cause confusion and miscommunication. What is most interesting about the WSJ article is who isn’t quoted – cartographers. How do cartographers feel about the vanishing apostrophe in place names?
NPR had a March story on “The Cicadas are Coming! Crowdsourcing An Underground Movement” about the public’s involvement in predicting cicada emergence, and the time is now. If you live on the East Coast, where the Magicicada Brood II is making its “squishy and crunchy” 17-year reappearance according to Radiolab’s Cicada Tracker, be a part of citizen science tracking cicada’s. Research Scientist’s at the University of Connecticut Ecology & Evolutionary Biology department provide a tracking form, Radiolab provides instructions for a cool home made cicada sensor or a cheap soil thermometer detection method to map “Swarmageddon”.
Other cicada projects include: The Mid-Atlantic Cicada database project is collecting brood reports to map for the mid-Atlantic region. The College of Mount St.Joseph and the Indian Academy of Science have a self-report site for mapping the Indiana brood at the IAS Cicada Web site. According to the IAS website, Gene Kritsky, author of the Indiana Academy of Science’s book “Periodical Cicadas, the Plague and the Puzzle” found that Magicicada Brood II was mentioned by Thomas Jefferson in 1724 and are still found in the same place today. Leon Weinman’s poem, “Cicadas, Monticello” for Cerise Press begins, “Numberless, in cradled isolation, they nurse their common fate. Years, beneath cool pines, they wait in their white silence, emerging finally, at once, in thick surrender to the air.” While I am not sure if it refers to Jefferson’s Monticello, Georgia‘s, or somewhere else, it captures the spirit of a cicada emergence.
If you want more information on cicadas, Cicada Mania is a website “Dedicated to cicadas, the most amazing insects in the world”! with detailed information, maps, videos, photos, songs and a gift store. Other sources for information include: National Geographic provides information on Cicadas at it’s website, Animal Planet explains “Why are Cicadas so Noisy?”, and University of Maryland the Cicadamanics reveal “Cicada-licoious: Cooking and Enjoying Periodical Cicadas” for the exceptionally curious.
By now almost everyone with a computer and some spare time has taken the Harvard Mouse Click Age Test, which tries to determine a person’s age by how proficient they are at using a computer mouse. I personally scored about 15 years younger than my real age making me almost a teenager again, so thank you: 1. Harvard, and 2. geospatial computing. A younger “computer age” might not have the same impact on a person’s quality of life as the results of The Real Age health assessment test, but it can often have an impact on your career.
Keeping up with new technology has always been a challenge in the job world, but today’s employee is faced with the intersecting need to keep up with the huge growth and changing type of technologies, the use of these technologies following them outside of work, the cost associated with the technologies and training, and many other factors. Several recent Wall Street Journal articles highlight the influence of social media, cloud computing, mobile recruiting, and other new technologies in finding and keeping a job, such as the increased use of smart phone apps for advertising and filling out applications. Many of these technologies have geospatial underpinnings that drive the technology. In addition, over the past few years the number of professions using GIS, remote sensing, and other geospatial technologies in their work on a routine basis is rapidly expanding. Careers such as facilities management, utilities, weather, municipal government, and a myriad others. Larry Wall blogged about how he thought that retiring from the oil & gas industry would mean he no longer had to keep up with technology, found that even part time jobs at the mall requires knowing how to use the latest devises.
Despite the ability to keep up with technology, age discrimination is a very real problem, even if there is no skills gap. The Statesman.com newspaper has a insightful article, “Older Workers Without Jobs Face Uphill Climb“, about the technology job scene in Austin that describes the situation faced by older IT workers. However, although HR departments often confuse professionals who work with geospatial data with IT workers, it is a different profession that involves complex skill sets that are both art and science. Many times this is developed over years of education, experience, and continued training. The geospatial workforce shortage that was explored as early as a 2005/2006 ESRI ArcNews Online article on “Defining the Components of the Geospatial Workforce – Who Are We?” and continues in reports such as The National Academies Press “Future U.S. Workforce for Geospatial Intelligence” and Geospatial Today’s “The Who’s Who in the Geospatial Sector Share Their Views on How The Industry Will Unfold in the Days To Come… Outlook 2013” which highlights the need for geospatial professionals across fields that are able to think dynamically and adapt quickly.
It would be interesting to find out if geospatial professionals were quicker “on the draw” or on the click, than other professions thanks to using ArcGIS and other geospatial software.
There is a wealth of ways to get imagery today from buying or downloading satellite imagery to hiring a company to fly your project, but it is the low cost, low effort DIY imagery that is the most exciting and fun. The picture to the right is one of many that is available from Flickr, and other photo sites, that was taken with one of these methods (in this case a kite). With that in mind, the new poll wants to know what technology you prefer to use or are interested in using to capture low altitude imagery. Head over and share your thoughts. If you have a method that isn’t listed leave a comment on this post and I will add it to the list.
In a day I thought would focus on new sensors (LDCM) I end up thinking about old sensors and the piles of hard copy historic aerial photos that are going unutilized in our digital lives (insert standard reference to Peter Morville’s Ambient Findability here). Head over to check out what looks to be a great tool for digital historians, cultural landscape folks, historic archaeologists, and others.