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Posts Tagged ‘Technology transfer’

PurVIEW Expands the GeoSAR User Experience

Monday, February 8th, 2010

In our last post, we wrote about the release of the updated FugroViewer software. This week, the software news continues. As you may have seen in our recent news release, Fugro EarthData and ESRI Canada announced a strategic partnership and global distribution agreement related to ESRI’s PurVIEW mapping software. Why are we talking about it in this blog? Because the implications of this relationship to GeoSAR users is pretty big.

Over the past year, Fugro EarthData and ESRI Canada have worked to modify the PurVIEW software to accommodate use of dual-band IFSAR data. That means users now have a tool that enables them to photogrammetrically capture accurate 3D geospatial information from GeoSAR data (roads, hydrography, cultural features, etc.) directly into their GIS database, as an ArcGIS extension. In a nutshell, it takes “radargrammetry” to a whole new level; no translations, no missing attributes, all native ESRI formats.

We’ve written before about the importance of technology transfer–putting the full power of the data and its potential into the hands of GeoSAR users. PurVIEW exemplifies our commitment to this notion. Within days of the original announcement, we received numerous requests from GeoSAR customers interested in learning more. The demos are lining up!

If you are among those interested, send us an email: info@geosar.com. You can also learn more about PurVIEW at ESRI Canada’s website. We’ll also be on hand at the ESRI Federal User Conference later this month, so look for us there.

Remote Sensing and Climate Change Part III: The COP-15 Recap

Wednesday, December 23rd, 2009

As the last entry in our series about remote sensing and climate change, we offer a rundown on COP-15. Overall, the meeting did not deliver on most of the major aims:

– No deadline for a legally-binding agreement
– No greenhouse gas emissions reduction targets for 2020
– No goal for reducing global emissions by 2050
– No deadline for global greenhouse emissions to reach their peak
– No mention of aviation and shipping (specific sectoral agreement)

But that’s not to say COP-15 was a failure. There was some progress on monitoring, reporting, and verification; REDD; financing; and technology transfer. Details on each of these topics follow.

Monitoring, reporting, and verification: China, India, and other developing nations are to publish their emissions curbing commitments in annexes to a new global agreement. They would then communicate progress to those goals according to internationally agreed upon standards.

REDD: On deforestation, there should be the “immediate establishment of a mechanism, including REDD-plus” to mobilize capital from developed countries for “reducing emissions from deforestation and forest degradation” and enhancing “removals of greenhouse gas emission by forests”.

Financing: Developed countries are to “support a goal of mobilizing jointly 100 billion dollars a year by 2020 to address the needs of developing countries”. This funding will come from a wide variety of sources, public and private, bilateral and multilateral, including alternative sources of finance. There will also be 30 billion dollars made available over the 3-year period of 2010 to 2012, balanced between climate change adaptation and emissions mitigation. Further, a new UN Framework Convention on Climate Change mechanism called the Copenhagen Green Climate Fund will be established to support funded “projects, programs, and policies” on mitigation, REDD-plus, adaptation, capacity building, technology development and transfer.

Technology transfer: A new technology mechanism will also be established to further accelerate technology development and transfer under a country-by-country approach. (This is in contrast to the existing CDM which takes a project-based approach.)

So what does this mean for remote sensing? Without a binding agreement, it may still be too early to tell. But cautiously speaking, it appears we are headed down a path where REDD (or REDD-plus) will be properly funded, which means the remote sensing technologies we discussed last week will be used to help measure and monitor forest carbon.

This, along with the emphasis on technology transfer holds real promise. By increasing the number of users skilled in the science and application of geospatial data, climate change policy can impact countless other areas of a developing nation’s existence, from infrastructure planning to emergency response to economic development. Now that’s something to be optimistic about in the New Year.

The Importance of Technology Transfer

Tuesday, July 21st, 2009

GeoSAR_Blog_2

The temperature outside San Diego’s convention center last week perfectly matched the mood of ESRI User Conference attendees inside: comfortable. With turnout reportedly down 30 percent due to the global economic recession, the event was short on fireworks but long on focus. Instead of major announcements and elaborate product launches, speakers and exhibitors honed in on solution-based themes, such as personalizing the user experience and creating actionable data. Ideas worth celebrating, these trends require varying levels of technology transfer, a concept that is near and dear to our GeoSAR hearts.

Why do we promote technology transfer? It’s not just a catch-phrase, it’s a service we provide to help customers maximize their data. IFSAR mapping and analysis is still very cutting edge and as such is met with some resistance. The data looks and acts differently than traditional image-based and LiDAR mapping. When processed to resemble a traditional map product, however, clients are well pleased—astounded even—with the result. Training customers to analyze the data and create finished GeoSAR products themselves adds value to the overall geospatial investment. Rather than relying on a third-party contractor for these services, the technology transfer empowers customers to utilize GeoSAR data in ways that would otherwise be prohibitive. In this way, data that originally was intended to support topographic mapping could be used later to support a wide range of other applications, such as national defense, hydrology studies, or carbon mapping.

And here’s something else to celebrate…while we noted there were no elaborate product launches unveiled at ESRI, Fugro EarthData’s rather quiet debut of a new panoramic mapping capability is likely to generate a lot of buzz down the line. With simultaneous capture of high resolution vertical and oblique imagery, this system promises GeoSAR users an efficient alternative to satellite collections for multi-sourced spatial data frameworks. Stay tuned for more information.