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About socalgovgis - Michael Carson

Michael Carson, GIS Manager (retired) for the City of Burbank and President of Southern California Government GIS User Group. Currently teaching GIS at College of the Canyons in Santa Clarita.

Name the Blimp

The next generation of the well-known Goodyear blimp is getting ready to take flight as the company moves toward replacing its old fleet of airships with a new trio.

The helium-filled airship, assembled at an Akron-area hangar and unveiled there, is bigger, quicker and more maneuverable than earlier models.

The 246-foot airship fits 12 passengers and has a semi-rigid internal skeleton, a feature that wasn’t present in earlier models and raises questions about whether it is truly a blimp, though the company still refers to it as such. The structure is covered by a silver, balloon-like body emblazoned with Goodyear’s yellow logo on a blue background.

It can travel at up to 73 mph and has custom computer-controlled avionics, an upgrade from the manual flight system used by the blimp pilots since the 1920s.

Every Goodyear blimp needs a name and, once again, the company is inviting the public to participate in a Goodyear “Name the Blimp” contest.  Entrants over 18 years of age in the United States and Washington, DC can submit a name for the new blimp.

One name will be chosen from the entries and the contest winner (along with 5 guests) will have exclusive use of the Goodyear Blimp for a day (up to 6 hours). Nine lucky First Prize winners will receive a set of 4 Goodyear passenger or light truck tires.

If you win, the Grand Prize Blimp Ride will depart from a blimp-accessible location nearest the winner’s residence.  If you live in SoCal, that would be at Goodyear’s Airship Base in the City of Carson.

Submissions for the contest will close on Friday, April 4.  The winner will be announced on or around 45 days after May 9.

Click below to enter … don’t forget me if you win!  -mike

Google Announces JavaScript Maps API Support for GeoJSON

GeoJSON has emerged as a popular format for sharing location-based information on the web, and the JavaScript Maps API is embracing this open standard. This means, as a developer, you can now pull raw data from multiple data sources, such as the US Geological Survey or Google Maps Engine and easily display it on your website with this bit of code:

map.data.loadGeoJSON(‘earthquakes.json’);

Visit Google’s blog to read more about it.

California Assembly Bill 1327

From Scott Gregory, California State GIO:

As you may or may not know, AB1327 is a bill that could potentially impact the work that we do in regards to remote sensing and aerial imagery collection, etc… in the near future. See the link below for more detail. My office is in the process of providing the Legislature a summary analysis of the bill. In our analysis we want to highlight civilian use (non-public safety governmental) cases for UAV technology as a rebuttal to some of the limiting language in the bill.

http://leginfo.legislature.ca.gov/faces/billNavClient.xhtml?bill_id=201320140AB1327

If this bill will affect your organization’s future data collection needs, please provide me a brief summary to be incorporated into the analysis. Something like the follow would be appropriate:

Dept. of Water Resources
Levee Inspection
The use of civilian accessed UAV technology would greatly enhance our ability to assess the current conditions of the State’s levee system. This would enhance collection efforts saving time and money in the process because it is accomplished remotely without having to send staff and resources to the field for collection. This process would increase accuracy of surveys….

Basically, I would be looking for the organization name, use case and description of that use case. Please circulate to the user community within your respective organizations to solicit feedback. Please email or call if you have any questions. I would like to have these complied by 10am Friday (3/14/14). Thanks for your help.

Scott Gregory
Deputy Director
State Geographic Information Officer
California Department of Technology
Scott.Gregory@state.ca.gov
916.431.5449
10860 Gold Center Drive
Rancho Cordova, CA. 95670

Hack For Pasadena

Hack for Pasadena is two-days of open sourced talks and hands-on problem solving, to re-imagine the way the web, applications, technology, and community participation will shape the future of the City of Pasadena. Hack for Pasadena brings together the tech community with businesses, nonprofits, academia and city officials to work together to solve complex social problems through technology innovation. Anyone can pitch an idea or problem. Ideas may range from coming up with creative ways to address the city’s biggest challenges like homelessness, transportation, crime, affordable housing and public safety, to beautification projects and business ideas that will make the city more livable. From there, small groups form to brainstorm solutions and start tackling the issue with design and code. Publicly accessible data sets will be used to support the solutions. At the end of two days, each group will present a workable solution that improves the daily life for real people in our community.

And here are the prizes!

  • $5,000 Cash Prizes
  • $1,000 cash prize for most effective and creative use of Esri’s ArcGIS apps, APIs, maps, or services
  • $1,000+ value of donated gifts
  • Meet and greet with VCs from Lion Wells Capital, Mucker Capital & Karlin Ventures
  • Free new business advisory services with the Small Business Development Center at Pasadena City College
  • Event organizers are finding even more prizes so stay tuned…

Hack For Pasadena will be Saturday March 15 to Sunday March 16.  For more information and to register, visit www.hackforpasadena.com .

Wind Farm Mapping App

The USGS has release a Wind Farm Mapping Application, which allows users to access the more than 47,000 individual wind turbines contained within the national wind turbine database.  You can filter data by total height, capacity, and blade length and also download the wind energy data.

The purpose of the project was to provide a publically available, spatially referenced, national dataset of onshore wind turbine locations and their corresponding facility information and turbine technical specifications. The project compiles wind turbine information from the Federal Aviation Administration (FAA) Digital Obstacle File, as well as other manually digitized turbine locations.

windfarm