Monthly Archives: January 2017
Maps rich with data analysis are used as a tool in many different ways to help users make better-informed decisions. Esri’s geographic information system (GIS) technology puts information in a geographic context. The element of place is one everyone is familiar with already, but to be engaging, a map needs to go beyond its function. This is why the aesthetics of mapping are so important to Dr. Kenneth Field, Esri senior cartographic product engineer. “There are reasons why people love historical maps,” said Field. “They’re pieces of art as well as well-designed technical products. A map that is well designed, where care has been taken as to the form as much as the function, is one of the reasons why people want to look at some maps over others.”
Field spent 20 years in the United Kingdom teaching cartography and GIS. For the past six years, he has been Esri’s resident mapmaker. “Usually they’re very experimental maps, because what I’m trying to do is push the software,” said Field. “That helps us internally, because it demonstrates all we can do, and it also pushes our users to reflect on what’s possible in an entirely Esri-focused workflow.”
His work at Esri has taken Field around the world to conferences on mapping, not only to demonstrate Esri’s capabilities but also to educate others about cartography using Esri’s GIS tools. One such conference, GeoCart, in New Zealand, allowed Field the opportunity to run a workshop on map design. His two-day preconference workshop has been such a successful part of the last three GeoCart conferences that the New Zealand Cartographic Society awarded him an honorary membership, making Field only the second person to receive this honor.
Dr. Field has also recently been honored by the British Cartographic Society, which gave him its top honor for an innovative map he presented at the society’s 2016 awards. The map illustrates the diversity in British football pitches (fields), showing the pitch dimensions and geographic orientations of 92 professional football clubs in England and Wales. Overlaying the centered and scaled aerial images of the pitches produced a spirographic pattern that was educational in showing how widely the pitches varied, and the information was unique in its presentation. “Purely by chance, the data created this beautiful kaleidoscopic image,” said Field. “I think the reason people liked it is that nobody had ever seen that kind of data handled and presented in that way before.”
Estimates place the crowds who are expected to turn out in the nation’s capital for the inauguration of Donald Trump at anywhere between 700,000 and 2 million, in addition to related events and protests. In order to help people stay informed, Esri and the District of Columbia Department of Transportation have created an interactive map using geographic information system (GIS) technology, combined with resources such as aerial high-resolution photos and street-level LIDAR imagery.
Users can access the map via any online browser or wireless device such as a smartphone or tablet, where they will be able to see important location information like addresses, street closures, transit stops, medical aid stations, and warming tents.
During rush hour on August 1, 2007, sections of the Interstate 35W bridge in Minneapolis, Minnesota, began to collapse and fall into the Mississippi River, killing 13 people and injuring another 145. This was only one of a series of high-profile bridge failures that have resulted in lives being lost. The cause, according to many experts, is that the United States has been systematically underinvesting in infrastructure and maintenance for some time. In fact, recent figures indicate that state and local spending on infrastructure is at a 30-year low.
Effectively addressing America’s infrastructure needs begins with knowing where to make the most strategic investments. And that is where GIS can play an important role in understanding the condition of our infrastructure, where the largest bottlenecks occur, and where dollars should be targeted for the greatest benefit to the nation’s economy.
January 15 marks the celebration of Martin Luther King Jr.’s birthday. A national holiday since 1983, Martin Luther King Jr. Day honors the legacy of the Baptist minister who advanced the civil rights movement in America using nonviolent civil disobedience as a foundation. One of the core inequities that King sought to remedy was segregation. While much of segregation in the United States was state enforced, it was already significantly ingrained within culture and society, and the battles to undo its influences and effects had been raging for over half a century.
The Story Map, Mapping Segregation in Washington DC, shows the history of what was known as racially restrictive covenants in property deeds, which then expanded to neighborhood-wide petition covenants. These signed, legally binding, contractual agreements governing real estate deals, officially restricted the race of the signer. These agreements led to entire neighborhoods becoming effectively white-only zones where black and other minority buyers could not penetrate the market.
By Gary Sankary – Head of Industry Marketing, Retail
Every year, more than 30,000 retail analysts, executives, and professionals meet for three days in New York City’s Javitz Center for the National Retail Federation’s annual Big Show. As a retail veteran, believe me when I say there’s nothing in our industry quite like it. It is the largest and most important trade show of the year for retail and retail technology. Retail professionals from every aspect of the industry come to the show to connect, meet with technology partners, and see what’s new in the industry.
The Esri Retail team is excited to showcase many of the ways ArcGIS can help retailers bring precision to their enterprise and extend their capabilities in merchandising, marketing, operations and business intelligence. With the release of ArcGIS 10.5 and Insights for ArcGIS, it’s never been easier for retailers to understand why things happen where they do.
ArcGIS brings precision to retail by enabling retailers to leverage the power of geography in their decision making and execution. Every retail transaction happens in a location for a reason. By connecting data, events, and transactions, retailers can discover the insights they need to find target customers, drive sales, reduce expenses, and engage with their customers. As retailers continue to develop and execute their strategies to support unified commerce, a location data management strategy enabled by ArcGIS is critical.
By Clint Brown – Director, Product Engineering, Esri
At Esri, we believe that geographic information system (GIS) technology provides a critical framework for understanding, communicating, and organizing information about our world. Underpinning our work at Esri is the belief that applied geographic science provides a powerful medium for understanding complex challenges and that, through the application of GIS, we can explore possible solutions. In light of this, we have been closely tracking the process of establishing the United Nations (UN) Sustainable Development Goals (SDGs), creating capabilities that will help create and monitor the SDG data indicators. We believe that Esri’s ArcGIS platform is highly relevant as an applied toolset to achieve the goals set forth in the 2030 Agenda.
This story map is about the use of GIS to support SDGs. Visit sdgs.maps.arcgis.com/apps/MapJournal/index.html?appid=c921e7d2cfef4c8ab98b839e27eda74a.
A primary goal of GIS is to provide a framework for organizing and communicating the collective global knowledge about our world and the impact of human activities. GIS and maps are used in all fields across every nation, providing a universal language for communicating and sharing ideas and insight. They offer the unique capability of integrating many different kinds of data. GIS uses spatial location and digital map overlays to organize the content of our world. And overlays can be used to integrate information and analyze relationships among and between all SDG initiatives.
City Website Empowers Citizens and Businesses with Open Data and Apps
Long Beach, California, just launched a comprehensive data hub called DataLB, which makes the city’s data available to the public online. Using Esri’s geographic information system (GIS) platform, DataLB enables citizens, businesses, and academic institutions to use civic data to improve decision-making.
Since 2014, Long Beach mayor Robert Garcia has been committed to implementing Esri technology within the city to display data in maps and make information easily discoverable and shareable between departments over the web. DataLB extends these capabilities to the public with an easily accessible website that connects people with the civic initiatives that benefit them. For instance, in the case of Measure A, which invested $150 million in Long Beach infrastructure, parks, and public safety, the hub has made all the data on the initiative available via a public story map. This visual tool includes interactive maps showing where funds will be used for specific improvements. And BizMap, a new application, allows the public to look up and export business license information in Long Beach’s business improvement districts and areas.
“DataLB will make huge amounts of city data accessible to the public, staff, and anyone who is interested in learning about or improving our community,” said Garcia. “Long Beach is doing more than just making data public. We are actually making it easy for people to see data in maps and use the site and apps to track public works, open new businesses, and find other resources.”
As a public engagement tool, DataLB reveals city data that was previously only accessible to internal staff. The hub also contains apps specifically designed to enable citizen engagement. For instance, Long Beach is working on an initiative to gather data using Esri’s Survey123 for ArcGIS that may be used in a future information product in order for the hub to visualize the impact of homelessness in Long Beach. This will help public safety and welfare agencies better allocate resources.
Florida presents unique challenges for the water industry. The groundwater is so close to the surface that I have often heard the phrase “Surface water is groundwater that you can see.” The karst geology adds to this problem. Everything is connected. This has caused great concern regarding water quality and the health of Florida’s rich ecosystems. You’ve probably guessed by now that these water quality concerns have created a diverse regulatory environment.
Image of downtown Orlando. Explore more in this storymap
In addition, water resources and water utilities face challenges surrounding construction, sea level rise, and data collection. Groundwater and tide conditions have to be considered before construction projects can begin. Sea level rise is causing flood inundation and salt water intrusion leading to corrosion. Remote locations, wetlands, sinkholes, and wildlife can make data collection difficult.
By Frits van der Schaaf – Head of Business Development, Automotive
The National Safety Council estimated that in 2015, approximately 38,300 people were killed on U.S. roads and 4.4 million sustained injuries. These tragic statistics are compelling car makers to add connectivity to their safety designs. Their cars will connect to an ecosystem of cloud-based networks that share information to make drivers more aware of their environment and avoid accidents.
Equipped with sensors that create a 360 degree awareness field, a connected vehicle gathers road hazard data. A geographic information system (GIS) processes the real-time data and transforms it into useful information. Using live weather data and historical incident data, for instance, GIS can predict the risk of an accident occurring on a specific section of road when it is raining or when fog will make the road hard to see.
GIS will also play an important role in vehicle and infrastructure sensor systems that share real-time data with each other. While drivers are traveling down the road, their vehicles are “talking” with various roadside structures. A geofence around a school and elderly housing can alert a car’s system to tell the driver to slow down inside the zone. Car sensors detect treacherous potholes and report the locations to other drivers and the city. Roadside sensor systems can capture real-time data about highway traffic conditions in the lane ahead and automatically relay it to the car’s dashboard to forewarn the driver.
By Frits van der Schaaf – Head of Business Development, Automotive
Today is the beginning of CES (Consumer Electronics Show). The event in Las Vegas draws close to 177,000 atendees and is the world’s largest gathering focused on the business of consumer technologies.
At CES, Esri will join Microsoft’s connected car showcase also including NXP, IAV, Cubic Telecom and Swiss Re to demonstrate the concept of the connected car where cloud, artificial intelligence, mapping and wireless communications provide a personalized in-car driving experience.
While manufacturers continue to add more sophisticated sensors to cars, data platform providers are extending their web platform services. On-board sensors will stream data back and forth between car and platform via the Internet of Things to create some pretty interesting capabilities that will make driving more convenient.