Google Maps is moving above and beyond with their new mobile offering for Street View. The application now includes a 360 degree pedestrian perspective. Google Map’s mobile version was introduced this week and is available for the Blackberry and other smart phones.

Speaking of Google Maps, Googlers (members of the Google Team) were invited to visit the University of Alaska at Fairbanks to make tools like Google Earth more accessible. The team will be conducting a series of workshops, conducting geography trivia contests and building maps (using Google Maps of course). Could Google be paving the way for mapping education?

Netezza, a global leader in data warehouse appliances and data warehousing, announced their spatial extension to its database. They will support spatial data types and operators (specifically vector data types: points, lines and areas). Netezza’s architecture is intended to work for mass queries and analysis, not operational geospatial applications.

GeoServer introduced their newest version of GeoServer and last release of the 1.6x branch, 1.6.5. The latest update features Dutch translations, and 65 bug fixes and other additional improvements.

Click2Map revealed a new feature for online crowded maps. The auto-cluster feature allows map makers to create a ‘unique marker’ for areas that are densely concentrated. The tool also enables you to laser-tune the display based on three parameters; clustering rate, minimum markers and maximum zoom.

Open Street Map is now available in Shapefile format thanks to some work from the team at geofabrik. With this addition, there is no longer any need to convert the osm.bz2 to Shapefiles as it is now supplied for users.

Popularity: 13% [?]

What factors are holding up online mapping performance? There are three reasons why online mapping is still not at its best: Local listings, mapping errors and crowded mapping. Local submissions take time and can contain errors leading to information that is mapped improperly. Overlapping information (such as too many markers) can cause crowded maps.

Blue Marble Geographics plans to answer the need for highly accurate mapping through their products. After combining their Geographic Calculator and Geographic Transformer into one desktop product, users now have control over the use of geodetic datums to ensure accuracy and coordinate control when transforming geospatial data. The company is expanding their products so surveyors, GIS and engineering firms will be able produce highly accurate maps.

GeoEye-1, the world’s highest resolution commercial satellite , launched this past weekend. The satellite will orbit the Earth’s surface taking pictures exclusively for online mapping. The U.S. Government and Google Maps are some of those planning to use the high-resolution satellite camera.

A new interactive map was developed to show the National Hurricane Center’s latest storm advisories. The StormTracker Map shows current center location and forecasted positions. The map has an easy user-friendly layout and all users need to do is click on their desired location to reveal its information.

ArcGIS 9.3 is receiving applause for its error report system. If a crash occurs, users can send an error report to ESRI. The Geodatabase Development Team even posted a video that talks about how ESRI investigates and acts on all error reports.

Popularity: 17% [?]

The Carbon Project announced the release of their Secure Spatial Data Infrastructure (SDI) 1.0 extension for ArcGIS 9.2 desktop this week. The SDI 1.0 is a selected suite of Open Geospatial Consortium (OGC) standards endorsed by government agencies to promote interoperability. The extension will be the world’s most powerful geospatial security framework and is scheduled to be released this month as part of the CarbonArc PRO 1.6 update. According to the President and CEO of The Carbon Project, Jeff Harrison, “The combination of CarbonArc PRO and Secure SDI functionality answers one of the primary challenges in deploying real-world systems based on OGC standards – making sure critical geospatial information goes to the people who are supposed to have it.”

Google Maps has now added a new API from Map Channels, Feed Maps, which “lets users create Google Maps mash-ups from a number of different data sources.” Now, feeds from MyMaps or Google Spreadsheets ‘can be brought together on a single map.’

EarthGamz maps Olympic athletes using Google Earth. The new site, which connects sports fans to sports locations, has created an ode to the Olympics – a map of the athletes. Upon clicking on the home town of these athletes, users can see information about them, such as their bio and TV listings for their next competition. EarthGamz also has a Facebook application for the Olympics and their site describes plans to involve social networking with their sports viewing applications.

An interesting discussion about GIS possibly disappearing into the cloud was made by Vector1 last week. Insight about the idea came from Vector1’s editors Jeff Thurston and Matt Ball, while Kirk Kuykendall, founder of AmberGIS, also discussed his thoughts. According to Jeff, “GIS has been waiting for the cloud…the cloud has enormous potential to change shift spatial gears and accelerating the wider use of GIS functionality.” Matt states, “Predominantly geospatial capabilities are purchased by organizations, and by companies of such a size and complexity that they feel they must control these systems, particularly when they’re of a critical nature to operations and/or contain proprietary information that must be kept from competitors.” And although Kirk agrees with Jeff and Matt, he states that “disappear is too strong of a word” and “subsumption is more likely.”

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Going green is taking businesses and consumers by storm. Yet, what is the role of GIS and GPS in renewable energy development? When GIS and GPS partner, they are ‘uniquely positioned to analyze and monitor earth system processes to make certain that renewable power generation sites are optimally sited and that the power that is generated is delivered efficiently.’ Through the development and expansion of the renewable energy sector, GIS and GPS will be able to capture ‘maximal energy creation at the lowest cost for the widest and the most effective impact in a sustainable sense.’

ERDAS is offering geospatial tools to assist with response during the 2008 Atlantic Hurricane Season. The company helps organizations harness the information of the changing earth for greater advantage. The ERDAS TITAN GeoHubs will allow organizations to ‘rapidly share imagery and vector data to develop a real-time common operating picture by allowing emergency management planners and responders to dynamically publish and consume geospatial data in a permission-based, collaborative online network.’ ERDAS has even partnered with MCH GeoPoints for more capabilities with medical facilities during these emergencies.

The BBC shared their Olympics map that shows where the 2008 Games’s venues are located in Beijing, Qingdao and Hong Kong. The map was created using Microsoft’s Virtual Earth API and MapCruncher. There are over 37 Chinese Olympic venues.

With the rise of GIS’s popularity, it’s no wonder that Radiohead decided to use the concept of the system as basis of their new video House of Cards. Released this past Monday, the band shared ‘data that they used to created the video so people could make their own clips to upload to Radiohead’s YouTube group.’ Google Earth and ArcScene are two of the platforms used to create the video.

After the long awaited iPhone 2.0 was released, reviews about the phone’s GPS feature came pouring in. Since the first version of the iPhone lacked this feature and the trends for location based services grew, Apple added Google Maps to the mix. Good idea or not?

Popularity: 9% [?]