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Developed an event-driven radar operations protocol for CME events
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Tests geoeffectiveness of solar storms
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Study Ionosphere-Magnetosphere coupling
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Analyze, display and archive radar data in real time for SPARC
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Electronic workshop for solar-terrestrial data during storm events
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Designated as a primary field site within the Network for Detection of Stratospheric Change (NDSC)
– Lidar instruments
– DMI instrumentation
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DMI stratospheric ozone monitoring and Lidar polar stratospheric cloud observations
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Lidar middle atmosphere temperature
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Lidar noctilucent cloud detections
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Greenland ice cap mass balance determined by GPS and gravity measurements
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ISTP mission, radar operations and M-I science
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FAST mission, radar operations and auroral science
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TIMED mission, radar operations and lower ITM science
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GEC mission, planning based on radar results of ionospheric electrodynamics
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ESA CLUSTER mission, radar operations and cusp science
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DMI / DSRI Oersted mission, radar operations and electrodynamics science
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DMSP, radar operations for calibration and validation
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GFZ CHAMP mission, radar operations and cusp science
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IT solution to difficulties in retrieving, controlling and polling instruments at remote field sites - Sondrestrom facility testbed - because of low or unreliable Internet connections
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Adaptable and scaleable IT architecture enabling more field sites and instruments
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Broadened utility of transport system leading to new applications, such as web data mining for site’s space weather alert protocol
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