ZEB1, a truly mobile handheld rapid laser mapping system from 3D Laser Mapping, has been used to explore Aboriginal cave markings in South Australia. The strange markings, called finger flutings, were thought to have been left in the Koonalda Cave between about 30,000 and 10,000 years ago.
These finger flutings are the creation of hands dragged along existing grooves in soft limestone cave walls. It’s amazing they have lasted this long as the limestone is very fragile and crumbles easily at a mere touch. With the help of the ZEB1 handheld mobile mapping system, researchers have been able to create a detailed 3D Survey of the cave system. Combining this 3D survey data with high resolution photographs and analysis of the flutings, archaeologists from the SA Museum can analyze them.
In July, Esri and MapmyIndia announced a Strategic Business Alliance that is designed to expand the use of geospatial technology in India. MapmyIndia has extensive data covering all of India’s 600,000 towns and villages, approximately 10 million points of interest and 1.9 million kilometers of highway and street network. The company plans to migrate its entire data production environment to the ArcGIS platform, so that it can take advantage of Esri’s cartographic tools and workflows. Over 80 percent of all automotive navigation systems installed in India use MapmyIndia data and the company sends out data updates every four to six months.
Ben Somerville, Spatial Systems Manager for Thiess, Pty, Ltd. In Queensland, Australia, talked about the work they are doing with the Australian Telecom at the Esri UC 2013 Survey Summit. He began by saying that Australia is 70% the size of the U.S. and has a population of 23 million. Less than 1 % of the population is connected by cable. They have over 45 million yards of cable designed with a project estimated cost of $40 billion which “may be different in reality.”
Paul McRoberts, vice president of Autodesk’s Infrastructure Business, talked this week about the company’s announcement today of Autodesk InfraWorks 360 Pro, that offers the latest 3D modeling, visualization and cloud-based collaboration technologies to address the estimated $30 trillion gap worldwide between desperately needed infrastructure and the funding required to deliver it.
Stephen Usmar, Telecom New Zealand, with a background in marketing business intelligence systems, introduced GIS in 1998 to Telecom New Zealand and reactivated it about 18 months ago. One of its uses is to support their sales teams.
Telecom NZ provides fixed mobile and IT products and services to consumer, small and medium sized enterprise corporate and wholesale customer segments.
A door-to-door team goes door-to-door to sell broadband. They log 4-6 hours shifts, have 450,000 conversations, and travel 20,000 miles. They knock on 1 million doors.
“This began for me in one evening in July when a Telecom NZ sales rep came to my door. Since I was a customer why was he there?” said Usmar. “It got me thinking there’s a better way, somebody in the office photocopies a map, draws a boundary, sends people out to knock on every door in five hours and then we pick up you up. The problem is every other household is a Telecom customer, so the calls on those become service calls. The goal is to exit as soon as possible from these calls and move on to a genuine prospect.”
There was an existing Telecom NZ GIS capability.
“I knew where every customer was. I took their paper maps, married it with our GIS app, digital maps and customer data, “said Usmar. “There were three types of households identified: contact prospects with no telecom, customer – no telecom and broadband but access and/or mobile, and skip customers.”
For prospects they usually only have their address, and when they last marketed to them. “With the use of the GIS, we went from little sales data to rich sales data that could be analyzed.”
The first version of Bentley Map Mobile, a Bentley app that empowers infrastructure professionals to share Bentley Map geospatial information with field technicians via Android-based mobile devices, was released recently.
The Esri User Conference 2013 Plenary Session kicked off yesterday morning with CEO Jack Dangermond recounting the various ways in which GIS is permeating the lives of people across the globe, and commending those GIS professionals in the audience who are instrumental in spreading that message.
According to Jack, there is more citizen involvement in the areas of disaster reporting, voting, and utility concerns. Story maps have proliferated in the past year and there is a new narrative for the Tour de France this week. Organizational portals, citizen data access, open data, government infrastructure, internal are just some of the areas that are growing in their use of GIS.
This year the “Making A Difference Award” was awarded to Jack (John) Wennberg, MD for looking at healthcare practices in terms of cost, outcomes, etc. based on location, in his book, “The Dartmouth Atlas of Health Care.”
The Enterprise GIS Award was presented to the Lands Department of the government of Hong Kong, accepted by Dominic Wai Ching Su,JP
The President’s Award was presented to Direct Relief, with Dorothy Largay, Board Member and Andrew Schroeder, Director of Research and Analysis. They invested in GIS four years ago and have impacted “millions of people” since. Direct Relief International used Esri technology to create an interactive online mapping application for Haiti relief efforts.
A web-based app to support the Geodesign workflow is in development and will take awhile before it is ready for release.
Geodesign Services Director at Esri Bill Miller sent the following message
“If you are interested in learning more about what we are doing, I will be demo-ing our app at the Esri User Conference in San Diego next week on Wednesday, Noon to 1:00pm, in Room 30E at the SDCC. This will be a limited “showing” to our users interested in geodesign. Here is a preview of the demo:
For those not familiar with Geodesign, the following blog post links to some videos from the 2013 Geodesign Summit and coverage for that event:
Predicting where a dangerous wildfire is going to start can be very difficult, but geographic information systems (GIS) can quickly analyze geographic data about fire-contributing conditions to aid in effective wildfire planning and prevention.
“GIS is an ideal technology to predict the characteristics of a wildfire because it excels at analyzing multiple data layers,” says Gabe Schmidbauer, GIS professor at American Sentinel University. “The complex nature of wildfire dynamics requires the analysis of multiple disparate datasets such as housing, vegetation and weather for wildfire planning and prevention and can help predict when the current conditions are right for a wildfire,” says Schmidbauer.
That’s been the situation recently in Colorado as more than a dozen large fires burn in four national forests and eight other areas.
GIS Impacts Communities
Recently, a major online GIS mapping system was created to show the precise extent of the burning by GIS software vendor Esri to help residents, firefighters, emergency response workers, officials and others interested in the situation on the ground. It demonstrates how GIS experts can have a major impact on their communities.
“As GIS analysts model their prediction of wildfire behavior, they simulate changes in fire direction, intensity and geographical extent of a burned area over time to help predict where a potential fire will occur, as well as where a current fire will spread. This gives officials a leg up in fire prevention prediction analysis,” says Schmidbauer.
Esri’s map system scrolls in or out to cover the area the user wants to see. Pull back and you notice that not only are there the well-publicized problems in Colorado, but large fires in California, New Mexico, Arizona, Utah and Idaho. Esri wildland fire map
Social network hotspots are also included on the map. There are also other helpful annotations. For example, the map shows current wind patterns, color-coded to show strength. Wind is an important factor in how fires develop. The information can help predict how they might spread, which will affect firefighting efforts and the decisions made by officials and residents of the potentially affected areas.