NIWA NDACC UV-vis station report Karin Kreher, Paul Johnston and Alan Thomas NORS/NDACC UV-vis Working Group Meeting, BIRA-IASB, Brussels, Belgium 3-4.

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Presentation transcript:

NIWA NDACC UV-vis station report Karin Kreher, Paul Johnston and Alan Thomas NORS/NDACC UV-vis Working Group Meeting, BIRA-IASB, Brussels, Belgium 3-4 July 2012 National Institute of Water and Atmospheric Research Lauder, New Zealand

Lauder Staff Scientists: 6 Engineers/Technicians: 5 Admin./Computing: 1-2 Students: typically 2 PhD students & 2 overseas students (work experience) Visiting scientists (extensive international collaboration) (NIWA staff ~650)

Reference Upper Air Network (GRUAN), Lindenberg, Germany, February 2008: Lauder, New Zealand within NDACC National Institute of Water and Atmospheric Research UV-visible spectroscopy: BrO (1995-present), NO 2 (1981-present) FTIR spectroscopy: HCl, HNO 3, ClONO 2, HF, CFCs, CO & GHG Dobson, balloon sondes, lidar, microwave radiometer: ozone Aerosol lidar UV spectrometer Chemistry Climate Modelling

Status of NIWA NDACC UV-vis stations: Kiruna (67.8N), ceased in April 2010, archived from July 1996 Moshiri/Rikubetsu (44.4N), archived from April December 2007, instrument status probably ok but need more time to quality-check and process. Mauna Loa (19.5N), failed on 1 March 2008, was replaced with a new instrument (NO2 and BrO) on 28 April 2009 until present; occasional small hick-ups. Lauder (45.0S), archived from Dec 1980, quality check and processing up-to-date. Macquarie Island (54.5S), quality check and processing up-to-date., proposal to AAD (for logistics support) highly likely successful to continue measurements. Arrival Heights (77.8S), archived since 1991, quality check and processing up-to-date

Future of NIWA NDACC UV-visible stations & research: Currently very uncertain – funding will be substantially reduced from July 2012 onwards. What does this mean? Best case scenario: measurements continue without any support until any problems arise …. Worst case: feel free to use your imagination MAX-DOAS seen as very low priority in NIWA’s science interests and will most likely at this stage not further be supported.