Lacy from UMIAQ picked us up at the Barrow airport and
within 30 minutes we had received our mandatory safety orientation, issued BEO
permits, and keys to our field vehicle for the week. I dropped Rich and Gus off
at the ARM Duplex located on the old Naval Arctic Research Laboratory (NARL)
site. The DOE has had their Atmospheric Radiation Measurement (ARM) facility in
Barrow for many years and BER program manager, Wanda Ferrell, had kindly offered
ARM housing to us for this trip. This was ideal for Rich and Gus. I chose to
stay with NGEE Arctic scientists in our Boxer Street apartment that was being
provided to our team through UMIAQ. This represented a good opportunity to
interact with project staff and to hear what had been happening in the last few
weeks.
Friday morning the three of us gathered at the ARM
facility where we received a briefing on the many instruments that are used as
atmospheric scientists learn more about cloud physics and chemistry, and their
role in climate. Dan Lucero and Walter Brower, both associated with the ARM
program, walked us through the facilities and explained the operation of the
instruments. It is a remarkable array of capabilities where measurements are
taken, processed, subjected to QA/QC, uploaded to their data portal, and made
available to project personnel and others all within a short period of time.
Dan and Walter had arranged for us to also visit the NOAA
facility just east of Barrow. Matthew Martinsen is the physical science
technician for the facility, he and his colleagues collect a wide variety of
atmospheric and environmental data throughout the year. Long-term records,
including carbon dioxide concentrations, are a hallmark of their efforts. A
graphic on the wall showed that Barrow was one of the first locations in the
world to reach 400ppm; an ominous distinction. There was also a figure posted
on the bulletin board that showed the date of snow melt recorded at the station
since 1940. The trend has been for snow melt to occur earlier and earlier in
the year. A note pinned next to this figure indicated that date of snow melt
for 2013 was June 2 or the 153rd day of the year; more than 2 weeks earlier
than in 1940.