Dr. Nozomu Nishitani of the Institute for Space-Earth Environmental Research (ISEE) of Nagoya University hosted a workshop to review the accomplishments of the mid-latitude component of the SuperDARN network. The participants include the PIs of current and future mid-latitude radars and specialists in the research that is enabled by mid-latitude radar observations. Just more than ten years have passed since the first radars specifically purposed as mid-latitude instruments came on the air at NASA Wallops Space Flight Center in Virginia (2005) and at Rikubetsu Observatory in Hokkaido (2006). The workshop was made possible by an award from the ISEE Center for International Collaborative Research (CICR): http://cicr.isee.nagoya-u.ac.jp/index_e.html
Photo credit: Dr. Pasha Ponomarenko (U. Saskatchewan) and Ms. Yoko Tanaka (ISEE)
Christmas card from Longyearbyen
The newest SuperDARN radar in Svalbard is nearest Santa's workshop at more than 78 deg north geographic latitude! Reindeer graze nearby. Click on image to read news items.
The JAXA ERG satellite mission launches from the Uchinoura Space Center on December 20, 2016
The Exploration of energization and Radiation in Geospace (ERG) mission will study Earth's radiation belts and regions of the inner magnetosphere that are conjugate to SuperDARN radar fields of view in the ionosphere
Radar coverage tool
Plot SuperDARN fields-of-view at any date since its beginning, or watch a full time lapse of SuperDARN development.
SuperDARN: An International Collaboration
SuperDARN is made possible through the cooperation and funding of nine different countries... a true international effort!
Mapping the global pattern of ionospheric plasma convection
View global convection maps using the Map Potential Plot tool available on the VT SuperDARN web site.
Large geomagnetic storm occurs on St. Patrick's Day 2015 and produces aurora visible from Virginia
The aurora was photographed from a mountain near Blacksburg on the evening of March 17, 2015. See the News item or click on image for more information, Photo credit: Alex Thornton (Virginia Tech)
NASA MMS mission launched on March 12, 2015
Atlas 5 rocket carrying the MMS mission awaits liftoff at Cape Canaveral. MMS will make measurements in Earth's magnetosphere of processes that produce space weather.
DaViTpy: the SuperDARN Data Visualization and Analysis Toolkit - in Python
Experience the power of Python to browse, mine and visualize SuperDARN data. Use Github to access and/or contribute to our new analysis toolkit. Presented at the 2013 SuperDARN student workshop.
Footpoints of the RBSP satellites in the ionosphere
Click on this image to see more orbit projections for various days.
Repair trip to the SuperDARN radar at McMurdo Station, Antarctica
VT Graduate student Nathaniel Frissell assisted a University of Alaska Fairbanks (UAF) team lead by PI Bill Bristow (*Click photo* to read News item)
First large-scale instantaneous mapping of Sub Auroral Polarization Stream (SAPS)
Map of the line-of-sight plamsa velocity for 08:40 UT, March 9th, 2011 (after Clausen et al. )
Coordinated mapping with Total Electron Content (TEC) obtained from GPS measurements
The SAPS feature observed with SuperDARN is seated in the trough-like feature mapped by TEC
Ray tracing tool
Model HF propagation in the ionosphere for any SuperDARN radars or your own fantasy HF radar...
Construction of the SuperDARN radars at Adak, Alaska (Credit: NSF Mid-Sized Infrastructiure Program)
View of the completed arrays of antenna poles - September, 2012 (Photo credit: N. Frissell)
Heating experiment with EISCAT and SuperDARN/CUTLASS - July 3, 2012
The SuperDARN/CUTLASS radar at Hankasalmi (Finland) observes scatter during 2-min intervals of ionospheric heating
Geometry of heating experiment with EISCAT and SUPERDARN/CUTLASS
The SuperDARN/CUTLASS radars at Pykkvibaer and Hankasalmi look over the site of the EISCAT heater at Tromso (Norway)(credit: Sebastien's 'Radar Finder' tool)
Welcome to SuperDARN!
SuperDARN stands for Super Dual Auroral Radar Network. The network consists of more than 30 low-power HF radars that look into Earth's upper atmosphere beginning at mid-latitudes and extending into the polar regions. The radars operate continuously and observe the motion of charged particles (plasma) in the ionosphere and other effects that provide scientists with information on Earth's space environment. The knowledge gained from this work provides insight into space weather hazards including radiation exposure for high-altitude travelers and disruptions to communication networks, navigation systems (GPS), and electrical power grids.
The SuperDARN Research Group at Virginia Tech (VT) collaborates with an international community of scientists and engineers to operate radars and share data. The VT Group operates five radars. For a summary of the radars and their affiliations, visit the Radar Maps/Tables/Links web page.
By: miker on: Thu., Jan. 12, 2017 12:19 AM EST (143 Reads)
Launch of the Japan Aerospace Exploration Agency (JAXA) ERG Satellite takes place, now nicknamed 'Arase'By: miker on: Tue., Dec. 20, 2016 04:14 PM EST (212 Reads)
By: ksterne on: Wed., Dec. 14, 2016 03:05 PM EST (239 Reads)
Read All SuperDARN News Articles.
By: ksterne on: Mon., Nov. 07, 2016 03:34 PM EST (878 Reads)
By: ksterne on: Fri., Sep. 02, 2016 03:17 PM EDT (1127 Reads)
Read All SuperDARN Technical News Articles.