Esri announced the launch of a new site aimed to help citizens locate organizations sharing open data around the world and provide direct access to thousands of open government datasets. Citizens can search, download, filter, and visualize this data through their web browser or mobile device.
Archive for the ‘NASA’ Category
The inaugural ASPRS UAS Conference was held October 20-22 in Reno, Nevada, bringing together a diverse group of technologists, pilots, surveyors, vendors and consultants to talk about this emerging technology. 500 attendees and 50 exhibitors were in attendance.
Master of Ceremonies, Lewis Graham of GeoCue, opened with his comments on the importance of miniaturization, connectivity and sensors in the UAS market.
“Miniaturization and connectivity and sensors. Sensors will communicate in intelligent ways, software in background to make that happen,” said Graham. In addition, “Sense and avoid” type of technology/ software makes decisions based on proximity of the aerial system.”
The confluence of miniaturization, guidance and control systems, motors, sensors, on the photogrammetry side, new technologies out of robotic vision, taking point clouds of photos and taking information from this all conspire to bring UAS to the forefront and make it a force to be reckoned with.
Satellite imagery has undergone a paradigm shift in the past couple of years.
GISCafe Voice is running a Special Feature Blog on the topic of Unmanned Aircraft Systems (UAS) the week of October 20th. If you wish to have your company included, please let me know, Susan Smith at firstname.lastname@example.org The GISCafe UAS Questionnaire will be sent to all companies who offer UAV and UAS products and services, so that we may thoroughly cover all opportunities available. Or, you can print it yourself from this blog and email it to me.
Today DigitalGlobe of Longmont, Colorado, announced the successful launch of WorldView-3, the company’s sixth and highly advanced high-resolution, super-spectral commercial satellite. From Vandenberg Air Force Base in California, the satellite launched on a Lockheed Martin Atlas V rocket at 11:10 PDT.
Mid-January 2013 air quality proved to be dangerous to the health of Beijing residents and those of many other cities in China. Authorities warned people to stay indoors as the nation faced one of the worst periods of air quality in recent history. Factories were government-ordered to scale back emissions. According to news reports, hospitals experienced more than 20 to 30 percent increase in patients complaining of respiratory issues.
According to NASA Earth Observatory, the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA’s Terra satellite acquired these natural-color images of northeastern China on January 14 (top) and January 3, 2013. The top image shows extensive haze, low clouds, and fog over the region. The brightest areas tend to be clouds or fog, which have a tinge of gray or yellow from the air pollution. Other cloud-free areas have a pall of gray and brown smog that mostly blots out the cities below. In areas where the ground is visible, some of the landscape is covered with lingering snow from storms in recent weeks. (Snow is more prominent in the January 3 image.)
The underwater volcanic eruption off El Hierro Island continues four months after it began.
Collected on February 10, 2012, this natural color satellite image shows the site of the eruption, near the fishing village of La Restinga. The beautiful aquamarine water indicates high concentrations of volcanic material. Right above the vent a patch of brown water can resemble a turbulent hot tub when the eruption is strongest.
This image was acquired by the Advanced Land Imager (ALI) aboard the Earth Observing-1 (EO-1) satellite. The eruption is just off the southern coast of El Hierro, the youngest of the Canary Islands. El Hierro is about 460 kilometers (290 miles) west of the coast of Morocco and Western Sahara.
According to El Hierro Digital measurements of the sea floor by the Instituto Oceanográfico Español showed that the volcano’s summit is now only 120 meters (390 feet) beneath the ocean surface—10 meters (30 feet) higher than it was in mid January. The height of the erupting cone is about 210 meters (690 feet) from the former ocean bottom, with a total volume over 145 million cubic meters (512 million cubic feet) of new material.
NASA Earth Observatory image by Jesse Allen and Robert Simmon, using EO-1 ALI data. Caption by Robert Simmon.
Released by an international team of scientists is a laser-radar image of the area surrounding the site of a Magnitude 7.2 earthquake that occurred in Mexicali, Mexico, in 2010. The laser radar technique can spot surface changes of just a few centimetres; in this image the blue represents a post-quake reduction in height and red indicates an increase.