The weather was fine and the clear blue skies seemed a good omen for a start of
the new observational instrument.
Not exact matches
Now, thanks to a combination of
new instruments and refined
observational techniques, the missing reel of the universe's story is about to be slotted in — presented in the crackle and hiss of giant radio waves.
With the availability of multiple years of data from
new and improved passive
instruments launched as part of the Earth Observing System (EOS) and active
instruments belonging to the A-Train constellation (L'Ecuyer and Jiang 2010), a more complete
observational record of ERB variations and the underlying processes is now possible.
Additionally,
observational programs are faced with the challenge of sustaining historical time series by sampling with seemingly obsolete
instruments in order to maintain comparability over the decades while also utilizing the
newest technologies.
From its home within DOE's Office of Biological and Environmental Research, ARM organized around a task that was both big and
new: To establish, over time, a series of
instrumented platforms that would provide an
observational basis for studying the Earth's climate.
«While the
new satellite
instruments discussed in this study have clearly advanced the state - of - the - art in cloud - radiation
observational capabilities, there is a critical need to extend the length of these records over multiple decades and further improve their accuracy in order to quantify how clouds are changing in a warmer climate and how cloud changes impact the Earth's radiation budget.
Standard
observational practices (such as the use of a Stevenson screen to house the
instruments) were in place at most sites in Queensland and South Australia by the mid-1890s, but in
New South Wales and Victoria many sites were not standardised until between 1906 and 1908.