Presuming that we want to be able to
compare weather records over time without having to adjust or note for changes in exposure and land use and ground cover, it is best to locate weather stations over natural ground cover, and in an area not likely to experience significant changes in ground cover in the foreseeable future.
Not exact matches
The diversity of native species hinted that the island's ecosystem had
weathered the mammal introduction, but there were no detailed historical
records to
compare with, says Ostendorf, who presented the work at the Natural Resource Management Science Conference in Adelaide earlier this month.
The researchers
compared 100 years of
weather records from the Arctic and 50 - plus years of those kept on Antarctica with the results of four computer models.
The researchers
compared this long fire
record with
weather patterns: the well - known El Nino and La Nina cycles that occur every two to seven years, as well as longer cycles called the Pacific Decadal Oscillation and the Atlantic Multidecadal Oscillation (AMO).
Kalnay and Cai developed a more precise measurement by
comparing one set of long - term temperature data
recorded from satellite and
weather balloons, which detect the effects of warming from greenhouse gases, with another set
recorded at ground level by 1,982
weather stations across the continent.
By counting the number of those feeding events and
comparing them with
weather records, biologists might also learn whether feeding increases when it's rainy or hot.
With 70 years of
weather records across the U.S. they were able to establish
weather variability patterns and
compare them to economic indicators for various sectors of the economy.
Then they
compared them to Arctic
weather records and found that when the Arctic was warm, cold snaps happened more often in the East — and the higher that Arctic warming reached into the atmosphere in mid to late winter, the more severe winter storms hit.
Betty Kistler's sixth grade students used the Internet to obtain
weather in a country they were studying in - depth over a period of time; they then used Excel to
record and
compare the
weather in that country to their own.
Weather Use the chart to
record the
weather for 6 weeks in your local area, or use the 2nd chart to
compare 2 places or countries.
In 2009, even though
weather in the US was slightly cooler
compared to the previous two years, the ratio of
record highs to
records lows was still «more than three to two».
They
compared historical
weather records, an 1,800 - year - long simulation of the climate pre-Industrial-Revolution, and 40 simulations of climate change from 1920 to 2100 (assuming high future greenhouse gas emissions).
The report included an analysis of
weather records that showed Glacier was 2 degrees hotter on average from 2000 to 2009,
compared with 1950 to 1979.
MONITOR PRODUCTION With
weather records, model simulation, and data collection, authorities can accurately project production levels,
compare them with the number of products that actually end up in the market chain, and see whether supplies exceed the expected totals.
Based on temperature
records from 1864 to 2002, the odds of such a heatwave occurring are about 1 in 10 million.4 An event like the 2003 heatwave becomes much more likely after factoring in the observed warming of 2 °F over Europe and increased
weather variability.5 In addition,
comparing computer models of climate with and without human contribution shows that human influence has roughly quadrupled the odds of a European summer as hot as or hotter than the summer of 2003.6
Students may also
compare their Student Cloud Observations On - Line (S'COOL) observation
record of clouds with their findings regarding the validity of the
weather proverb, «The higher the clouds, the better the
weather,» to determine if the days high clouds were observed were days of fair
weather.
UPDATE 29 April 2010: Mark Richardson informs me of a blog post by Roy Spencer that
compares the GCHN
record to his own temperature
record that uses a much broader range of
weather stations combined with the satellite
record and finds pretty much an identical warming trend.
This possibly explains the greater incidence of extreme
weather events of all types noted in the historic
records compared to today, especially the prolonged periods of heavy rain leading to flooding.
Comparing summer population counts of these reindeer both before and after the January 2012 event, the researchers found that the extreme
weather caused one of the highest incidents of deer deaths on
record.
I don't watch a lot of TV
weather these days, but back - in - the - day, they seemed to love talking about
record highs here - and - there, how wet / dry we were
compared to usual, how cold / warm we were, etc..
The German scientist then randomly selected 120
weather stations around the world and manually
compared the archived data to GISS» 2012 temperature
records.
Just like last month, I'll analyse the melt pond situation by
comparing this year's
weather conditions with those of previous years that generated
records (2007, 2011 and 2012) as well as rebounds (2013 and 2014).
But nothing in the
record books can
compare to what has recently occurred in Thailand: a large country with over 120 meteorological sites that has seen half of its official
weather stations break their all - time heat
records