LandScope America is an application based on ESRI Web technology that increases the scope and effectiveness of land conservation in the U.S. This was presented during the Lightning Talks session at the 2009 ESRI International User Conference.
Merrick & Company, working for Optimal Geomatics under a contract with the U.S. Army Corps of Engineers, is collecting light detection and ranging (LiDAR) data over a 17,677-square-mile area in order to create a digital elevation model. The digital elevation model will be used in natural resources, agricultural planning and management, and to update the flood maps in the area. More specifically, it will serve as part of the wetland restoration index, a tool that is being used to prioritize habitat protection and restoration activities to achieve the greatest wetland biological return for the habitat investment dollar and for stream restoration on the Platte River as part of the Platte River Recovery Implementation Program. The project area covers almost all of south central Nebraska and four counties in north central Kansas.
…from the Billings Gazette…
Undergraduates from Little Bighorn College are taking a preliminary look at the problem on the Bighorn though a summer research program sponsored by NASA.
“The whole thing has to do with global warming and climate change,” explained Roy Stewart, who is leading the small group of students. “NASA was looking for projects that affect the environment. This tree affects the environment.”
In four weeks of research, the students plan to set up 10 plots along the river, Stewart said. He and the students are trudging through groves of the thorny invaders mapping likely plots with GPS and GIS (Geographic Information Systems) technology.
WhiteStar Corp., a supplier of cartographic data products and services to energy and natural resource industries, has introduced the WhiteStar 10-Meter DEM, the first enterprise digital elevation database delivered in ArcSDE format. The WhiteStar 10-Meter DEM may be purchased as a nationwide product or as individual state or county files.
WhiteStar developed the enterprise 10-Meter DEM product by processing the entire USGS National Elevation Dataset (NED) and converting it into the ESRI ArcSDE format, which enables users to make the GIS-compatible elevation data available across their enterprise via the Internet or intranet. The NED is the primary elevation dataset produced by the U.S. Geological Survey at 10-meter resolution.
American and Canadian scientists are setting sail this summer to map the Arctic seafloor and gather data to help define the outer limits of the continental shelf.
Each country may exercise sovereign rights over their extended continental shelf’s natural resources of the seabed and subsoil. These rights and authorities include control over minerals, petroleum and sedentary organisms such as clams, crabs and coral.
The extended continental shelf is that part of a country’s continental shelf beyond 200 nautical miles from shore, and its outer limits can be defined according to criteria set forth in the United Nations Convention on the Law of the Sea. Data collected during this mission will help determine where these criteria are met for the United States and Canada in the Arctic Ocean.
|Louis S. St. Laurent (left) and U.S. Coast Guard Cutter Healy (right) in the Arctic – Photo Credit USGS.|
|USGS scientists Ellyn Montgomery and William Danforth discuss incoming data. Photo credit USGS, taken in 2008.|
|U.S. Coast Guard Cutter Healy in the Arctic. Photo Credit USGS.|
|Louis S. St. Laurent finding a path through the Arctic sea ice – Photo Credit USGS.|
The United States and Canada are working collaboratively from August 7–September 16, 2009, using two icebreakers. The U.S. Geological Survey will work with the National Oceanic and Atmospheric Administration and the University of New Hampshire on U.S. Coast Guard Cutter Healy to collect data primarily on seafloor depths and morphology. The Geological Survey of Canada, Natural Resources Canada will lead research on the Canadian Coast Guard Ship Louis S. St-Laurent and gather information primarily on the thickness and characteristics of sub-bottom sediments.
“The Arctic Ocean is an area of great scientific interest, possible economic development and potential resource conservation,” said USGS scientist Deborah Hutchinson, who will be aboard the Canadian ship as a U.S. liaison. “Both countries benefit from this two-ship expedition by sharing technical expertise and data. Research in these remote areas of the Arctic Ocean is expensive, logistically difficult and sometimes dangerous.”
This mission will emphasize the region north of Alaska onto Alpha-Mendeleev Ridge and eastwards toward the Canada Archipelago. This is the second year the United States and Canada have collaborated in extended continental shelf data collection in the Arctic. Both countries plan to work together again in 2010.
Research is coordinated by the U.S. Extended Continental Shelf Task Force, a government-wide group headed by the U.S. Department of State. Participants in this Task Force include the U.S. Department of the Interior, U.S. Geological Survey, National Oceanic and Atmospheric Administration, U.S. Coast Guard, National Science Foundation, Joint Chiefs of Staff, U.S. Navy, U.S. Department of Energy, U.S. Environmental Protection Agency, Executive Office of the President, Minerals Management Service, and the Arctic Research Commission.
For additional information, including details on the 2009 cruise and photographs and video from past missions, visit the Extended Continental Shelf Project Web site.
You will also have access to journals and photographs during this mission and from last year’s expedition at the Arctic Chronicles.
The upcoming program follows a joint 2008 U.S.-Canada survey described at Sound Waves monthly newsletter.
You can also learn more about Canada’s Extended Continental Shelf Web site.
Information on the United Nations Convention on the Law of the Sea can be found online.
ESRI has long supported use, exploitation, and analysis of imagery across our product line. Several years ago we launched ArcGIS Image Server, a product which allowed our users to manage and disseminate vast quantities of imagery very quickly and easily. This technology has continued to mature, and last year became an extension to ArcGIS Server. At the same time, image services, which optimize the delivery of imagery over the Web, were built into the core ArcGIS Server product.
At ArcGIS 9.4, we are continuing to further integrate image services and at the same time improve the performance and capabilities of all our products with regards to imagery. Our desktop product will include basic image analysis with focused imagery tools, and very fast image display capabilities. This will allow intuitive and high performance capabilities for navigating imagery integrated with map displays inside of ArcMap. We are improving our image data modeling, management, and visualization, and adding dynamic analytic tools. We have done this in a way that supports the typical workflows associated with geospatial imagery.
With the additional imagery capabilities in ArcGIS 9.4, ESRI is making imagery a fundamental component of ArcGIS. ESRI’s strategy for providing you with increased imagery support includes highly-scalable image data management, new desktop image display and analysis tools, and leveraging the strengths of key technology partners.
Highly-Scalable Image Data Management
At 9.4 we’ve created a new type of raster catalog called a mosaic. Mosaic lives in the geodatabase for working with large image catalogs. Mosaic allows you to keep your imagery in its native format and then dynamically access your original source imagery with on-the-fly orthorectification, mosaicking, and pan sharpening. This dynamic approach to image data management, which underpins our entire image strategy, creates a foundation upon which you can build a highly-scalable solution and which greatly reduces the latency or the time required between initial imagery acquisition and its operational use.
New Desktop Image Display and Analysis Tools
At 9.4, ArcGIS Desktop becomes an image analyst workstation, and includes a very powerful new image display capability featuring a real-time roam, zoom, and rotation across imagery of virtually any size, any resolution, and any location. 9.4 also includes a new image analysis window which contains a number of new image enhancement and analysis tools that you’ve asked us for. These tools are all very easy to use, they’re all in one place, and they operate in real time. You can perform image processing tasks, such as vegetation analysis, with a single click of a button.
Leveraging the Strengths of Key Technology Partners
We are also working to further extend the ArcGIS desktop, geodatabase and server platforms with technology from our imagery partners. We are very fortunate to have a large number of technology partners in the imagery world. Working with them allows you to unlock the powerful information contained in your imagery. One such partner is ITT Visual Information Solutions and their ENVI software suite. ENVI combines the latest spectral image processing and image analysis technology with an intuitive, user-friendly interface. The new ENVI EX product—unveiled at the 2009 ESRI International user Conference, and tightly integrated with ArcGIS—delivers the accurate, scientifically proven processes that ENVI is known for in revolutionary step-by-step workflows that quickly and easily guide GIS users through advanced image processing tasks.
Highly-scalable image data management, desktop image analysis tools, and close ties with key partners will provide you with a complete imagery platform that brings imagery full circle as a core component of ArcGIS.
“FORMA = Forest Monitoring for Action: Tracking Deforestation, One Regression at a Time” demonstrates an inventive application based on ESRI Web and mobile technology that tracks deforestation in the tropics. This was presented during the Lightning Talks session at the 2009 ESRI International User Conference.