Nighttime visible-light sky brightness and transparency are reported for the Polar Environment Research Laboratory (PEARL), located on a 610 m high ridge near the Eureka research station at 80\ub0 latitude, on Ellesmere Island, Canada. Photometry of Polaris obtained in the V band with the PEARL All Sky Imager (PASI) over two winters is supported by standard meteorological measurements and visual estimates of sky conditions from sea level. These data show that during the period of the study, 2008/2009 and 2009/2010 October through March, the sky near zenith had a mean surface brightness of 19:7 mag arcsec -2 when the Sun was more than 12\ub0 below the horizon, reaching 20:7 mag arcsec -2 during astronomical darkness with no Moon. Skies were ...
The sunphotometry-lidar synergy has proven to be effective for the characterization of aerosol event...
As part of a program to measure and evaluate atmospheric turbulence on mountains at the most norther...
We present recent progress related to the night-time retrievals of aerosol and cloud optical depth u...
We present the first measurements of the near-infrared (NIR), specifically the J-band, sky backgroun...
The 13th Symposium on Polar Science/Interdisciplinary sessions [IW] Whole atmosphere, Fri. 18 Nov
We present the first measurements of the near-infrared (NIR), specifically the J-band, sky backgroun...
Time-domain astrophysics benefits from extreme-latitude sites, which can combine intrinsically exten...
We report results of a two-year campaign of measurements, during arctic winter darkness, of optical ...
Antarctica has long been recognised as an exceptionally good location for astronomy. On the Antarcti...
The unique advantages for astronomy on the Antarctic plateau are now well established. In particular...
The objective of this Ph.D. is to investigate the atmospheric radiative budget and composition in th...
Observations from near the Eureka station on Ellesmere Island, in the Canadian High Arctic at 80 ◦ N...
We report the first measurements of 225 GHz atmospheric opacity at Summit Camp (Latitude 72\ub0.57 N...
We present recent progress on nighttime retrievals of aerosol and cloud optical properties over the ...
The Earth's polar regions offer unique advantages for ground-based astronomical observations with it...
The sunphotometry-lidar synergy has proven to be effective for the characterization of aerosol event...
As part of a program to measure and evaluate atmospheric turbulence on mountains at the most norther...
We present recent progress related to the night-time retrievals of aerosol and cloud optical depth u...
We present the first measurements of the near-infrared (NIR), specifically the J-band, sky backgroun...
The 13th Symposium on Polar Science/Interdisciplinary sessions [IW] Whole atmosphere, Fri. 18 Nov
We present the first measurements of the near-infrared (NIR), specifically the J-band, sky backgroun...
Time-domain astrophysics benefits from extreme-latitude sites, which can combine intrinsically exten...
We report results of a two-year campaign of measurements, during arctic winter darkness, of optical ...
Antarctica has long been recognised as an exceptionally good location for astronomy. On the Antarcti...
The unique advantages for astronomy on the Antarctic plateau are now well established. In particular...
The objective of this Ph.D. is to investigate the atmospheric radiative budget and composition in th...
Observations from near the Eureka station on Ellesmere Island, in the Canadian High Arctic at 80 ◦ N...
We report the first measurements of 225 GHz atmospheric opacity at Summit Camp (Latitude 72\ub0.57 N...
We present recent progress on nighttime retrievals of aerosol and cloud optical properties over the ...
The Earth's polar regions offer unique advantages for ground-based astronomical observations with it...
The sunphotometry-lidar synergy has proven to be effective for the characterization of aerosol event...
As part of a program to measure and evaluate atmospheric turbulence on mountains at the most norther...
We present recent progress related to the night-time retrievals of aerosol and cloud optical depth u...