Sentences with phrase «average yearly temperatures»

The theme of my first Hong Kong climate change article was simple: average yearly temperatures here have been going up more less steadily since the Hong Kong Observatory (HKO) starting keeping track of them, but they have skyrocketed in recent decades.

Step off the plane and feel the warm embrace of Kauai with average yearly temperatures ranging between 84 and 69 degrees.

With a tropical and warm climate, average yearly temperatures range from 28 °C (82 °F) to nearly 31 °C (88 °F).

The climate is steady and hot, with an average yearly temperature of 28º C (82º F).

Climate: One of the nicest things about visiting Belize it is sub-tropical with an average yearly temperature of 84 ° F (29 °C), it's always warm, yet comfortable.

The average yearly temperature is 84 degrees (29 C), and the language spoken is English, though most Belizeans speak Creole and Spanish as well.

At approximately 1400 meters above sea level, Monteverde is cold, with an average yearly temperature of 18 degrees Celsius / 64.4 degrees Fahrenheit

Incidentally, If we take the average of UAH and RSS on a monthly basis, then calculate the average yearly temperature,...

The average yearly temperature in the Florida Keys is 77 F. Thats 22 F difference millions of people have exposed themselves to by moving and that has never been identified as a health hazard has it?

If we are able to reduce the global average yearly temperature to a single value, a value that is accurate to + / -.1 degree C, over a period of 150 years and that indicates an increase of somewhat less than a degree C, what does that mean?

Not exact matches

«As average temperatures and yearly hours of sunshine decrease and latitude increases, rates of alcohol - attributable cirrhosis increase.

From that year through 2012, Earth's yearly average surface temperature increased at one - third to one - half the average rate from 1951 through 2012.

While Mora's models, based on yearly average temperatures, don't forecast monthly highs, lows or precipitation changes, they do show warming trends.

The typical set point for office building indoor temperatures has for decades been 23 °C in Singapore, where the yearly average outdoor temperature during the day is 29 °C (84 °F).

Also, most of the ice on Greenland and Antarctica is located in areas where the yearly average temperature is already significantly below 0C — many areas multiple 10s of degrees below 0C.

The bottom line though is permanent ice melting or ice loss generally requires yearly averaged temperatures above 0C.

You wrote «The bottom line though is permanent ice melting or ice loss generally requires yearly averaged temperatures above 0C.

The area enjoys comfortable temperatures all year round and can expect a yearly average of 300 sunny days with fresh Atlantic breezes taming the heat of high summer.

Water temperature varies little with a yearly average of 24oC (76 F).

The southernmost town of Europe, with an average temperature of 20,1 °C, few rainfalls (average 440 mm of rain yearly) and a temperature that rarely dropping below 12 °C.

The Island's yearly average maximum temperature is an agreeable 28.7 °C and the minimum, a comfortable 19.5 °C.

It has average yearly coastal temperature of around 24C during the day and 14C at night - time.

Yearly low temperature plots at Green Bay WI and Park Rapids MN exhibit increases of 5 to 11 deg F from the early 1900s to 2008 — as shown on data plots (link in # 193), from 10 year moving averages.

Since many of these processes result in non-symmetric time, location and temperature dependant feedbacks (eg water vapor, clouds, CO2 washout, condensation, ice formation, radiative and convective heat transfer etc) then how can a model that uses yearly average values for the forcings accurately reflect the results?

It isn't beyond the range of daily temperature fluctuations and yearly averages too.

0.5 million km2 per decade in the last decades, the yearly average temperature trend was flat 1880 - 1920, +3.5 Â °C 1920 - 1930, variable (around a flat trend) 1930 - 1948, -3 Â °C 1949 - 1994, +3 Â °C 1995 - 2004 Even more interesting: the summer (June, July, August) temperatures dropped from average +7 Â °C in 1900 - 1980 to +3.1 Â °C in 1983, and slowly went up again to +6 Â °C in 2003 - 2004.

«Drawdown» refers to the point at which greenhouse gas concentrations in the atmosphere begin to decline on a yearly basis, and is the goal for reversing climate change and reducing global average temperatures.

So over a period of 138 years, the increase in the YEARLY AVERAGE of the temperature of the ENTIRE EARTH is 0.8 degrees.

Moreover, the «constant» occupies about 2 / 3rd of the yearly increase of CO2 in average, thus temperature is only responsible for 1 / 3rd of the increase, the rest anyway is from the emissions (or one need even more sink).

Figure 5.3 shows the linear trends (1955 to 2003) of zonally averaged temperature anomalies (0 to 1,500 m) for the World Ocean and individual basins based on yearly anomaly fields (Levitus et al., 2005a).

I know that the data that is presented on global temperatures daily, monthly and yearly, is not raw data; it has had a considerable amount of processing before it is presented as an average global temperature.

None of us are used to dealing in yearly average temperatures, and the annual mean temperature hides the combination of a cold winter and a hot summer.

The algorithms used to estimate missing temperatures, create yearly averages, combine multiple records, etc., may have unintended consequences in terms of magnifying a trend, but I doubt that they create a trend or reverse a trend.

I'll look at that web site (from where you provided the images) in more detail when I have a chance — at a first glance, though, where they assert «that the satellite data is inconclusive regarding any discernible trends in the global yearly average temperature over the last 25 years», is a bit odd, given the > 95 % statistical confidence in warming over that time period (as per @ 30).

The scientific models are obtained by collecting yearly average temperatures all around the globe and plugging that data into the computer models.

The satellite temps are more sensitive (higher swings) to ENSO and yearly variation than the surface temperatures, and the 5 - year average for 1982 (1979 - 1984) is one of the highest peaks above trend for the UAH record.

His point seemed to be, in part anyway, that after 30 years the difference in temperature is no more than a fairly ordinary yearly transition one sees every 8 years, on average.

I assume «Yearly Global Average Temperature» but the label doesn't specifically say that so, I might be wrong.

Likewise, a statistician will not automatically be aware of the difference between proxies of low resolution (which may be good at estimating average temperature on a decadal or even centennial scale) and proxies of high resolution that are good at estimating temperature at a yearly level.

The bar graph below shows two estimates of yearly average surface temperature change both derived from ERA - Interim.

In addition, I compared the yearly temperatures averaged across three different periods of record (PORs): 1895 - 1980, 1981 - 2010, and 2011 - 2016.

So low temperatures might play a direct role in increasing flooding, even if they also decreased yearly average rainfall.

Annual Global Temperature Deviations in the Troposphere and Low Stratosphere, 1958 - 2004 February 2005 Source: J. K. Angell Air Resources Laboratory National Oceanic and Atmospheric Administration Deviation of yearly temperature from the 20 - year average, Temperature Deviations in the Troposphere and Low Stratosphere, 1958 - 2004 February 2005 Source: J. K. Angell Air Resources Laboratory National Oceanic and Atmospheric Administration Deviation of yearly temperature from the 20 - year average, temperature from the 20 - year average, 1958 - 1977

This was no problem for the yearly averages, as these are near identical for the overlapping period, but summer temperatures of Egedesminde show a constant bias of 3 C below Illulisat temperatures.

The 19 degrees refers to «mean annual temperature» or MAT which is as the name suggests is the yearly average.

The TAR discussed various attempts to use proxy data to reconstruct changes in the average temperature of the NH for the period after AD 1000, but focused on three reconstructions (included in Figure 6.10), all with yearly resolution.

The point is, average temperature is indeed increasing but only because the range of yearly temps is narrowing.

Averaging up polar and tropical values and then top it all off by averaging winter and summer temperatures to give a yearly average and a ranking is really quite meaAveraging up polar and tropical values and then top it all off by averaging winter and summer temperatures to give a yearly average and a ranking is really quite meaaveraging winter and summer temperatures to give a yearly average and a ranking is really quite meaningless.

As you've seen, it's a sitting room, mudroom, potting station, and breakfast nook rolled into one — the perfect way to take advantage of a yearly average temperature of 62 degrees.