Sentences with phrase «average elevation in»

With the highest average elevation in the United States, as well as a variety of thriving outdoor activities, residents of Colorado have highly individualized needs when it comes to term life insurance.

«The average elevation in Florida is 6 feet,» London said.

In particular, the high leucine content is being responsible for the above average elevation in MPS.

Not exact matches

One study reported that traders made significantly higher profits on days when their morning testosterone levels were above their daily average, and that increased variability in profits and uncertainty in the market was reliably associated with elevations in their cortisol levels27.

He runs four to five times a week, averaging between 20 and 40 miles per outing with elevation gains in the thousands.

Nine of the 10 moved up the mountain, altogether averaging a 213 - foot gain in elevation.

Ruiz, who contributed to the report, noted that an analysis of weather records at one páramo research station showed increases in minimum temperatures were almost twice that of lower elevations, while increases in maximum temperatures jumped to nearly three times the average at lower elevations.

Not surprisingly, O'Gorman found that under relatively high warming scenarios, low - elevation regions with winter temperatures initially just below freezing experienced about a 65 percent reduction in average winter snowfall.

At an elevation of 2,835 meters (9,300 feet), South Pole has an average monthly temperature in the austral summer of -28 °C -LRB--18 °F); in the austral winter, the average monthly temperature is -60 °C -LRB--76 °F).

The resistance - training group had a slight elevation in resting metabolic rate that averaged 63 calories per day.

A brisk walk into the surrounding hills near Goulongzhu's home would quickly leave me breathless; Zhongchacun is 7,614 feet above sea level, and in an area where 14,000 feet above sea level is the average altitude, the village's elevation is relatively mild.

6» weighing in at 198, average kick ass build, Retired, 4 dogs, Debt Free, Long Hair, Long Beard, Wear Glasses, have my teeth & eat clean, Quote; will soon be growing everything that we eat, quote un quote & I live in the higher elevations ie Snow Country

Three major landforms, Uplands, Old Fluvial / Deltaic Plains and Young Fluvial Plains are identified from the Lower Gangetic Plains of West Bengal, India, on Australia has some impressive «high country» but it is in fact the lowest continent in the world with an average elevation of just 330 metres.

Australia has some impressive «high country» but it is in fact the lowest continent in the world with an average elevation of just 330 metres.

Are we in the Anthropocene and no longer in the Australia has some impressive «high country» but it is in fact the lowest continent in the world with an average elevation of just 330 metres.

There are no EPA estimates available regarding fuel economy, but even with my rather exuberant driving in a mixture of speeds, elevations, and traffic patterns, I averaged about 33 mpg.

The Central Sierra highlands maintain an average elevation of 9,000 feet (2743 m), resulting in daytime temperatures that range from 50 °F (10 °C) to 60 °F (15.6 °C).

Willow Springs International Motorsports Park With a blistering lap time of just 1 minute 6 seconds held by legendary racer Michael Andretti, the 9 - turn track is the oldest permanent road course in the United States with elevation changes and high average speeds making it a favourite amongst drivers.

The warming trends in looking at numerous 100 year temperature plots from northern and high elevation climate stations... i.e. warming trends in annual mean and minimum temperature averages, winter monthly means and minimums and especially winter minimum temperatures and dewpoints... indicate climate warming that is being driven by the accumulation of greenhouse gases in the atmosphere — no visible effects from other things like changes in solar radiation or the levels of cosmic rays.

This leads to a higher equilibrium temperature, but balance is reestablished again in a sense that time averages of energy in - and - out are equal for each volume element, given some fixed elevation of greenhouse gas concentration.

In fact, these elevations experienced 2.5 times the average rainfall.

This latter region lies at an elevation of over 4500m on average, meaning that there is strong warming over a significant depth in the troposphere.

In an earlier posting, I pointed out the striking change in altitude of samples at this site, with 13th century samples averaging from an altitude of about 310 m. (NATO 1996, Figure 4, top panel), while modern samples all come from between 200 and 250 m. Briffa says that the elevations of the subfossil cores are known precisely, but not the modern cores (p. 35In an earlier posting, I pointed out the striking change in altitude of samples at this site, with 13th century samples averaging from an altitude of about 310 m. (NATO 1996, Figure 4, top panel), while modern samples all come from between 200 and 250 m. Briffa says that the elevations of the subfossil cores are known precisely, but not the modern cores (p. 35in altitude of samples at this site, with 13th century samples averaging from an altitude of about 310 m. (NATO 1996, Figure 4, top panel), while modern samples all come from between 200 and 250 m. Briffa says that the elevations of the subfossil cores are known precisely, but not the modern cores (p. 35).

Not only did Greenland Ice Sheet surface melt in 2012 occur over a bigger - than - average area, it also began about two weeks earlier at lower elevations and, for any given elevation, lasted longer.

«Calculating the annual average temperature of the 119 temperature gauges in Nepal located at elevations on between 72 m and 4100 m, reveals an upward trend in values from 1961 — 1996 at a rate of almost 7C per 100 years (or 0.07 C / year)»

Here is a graph of global average annual relative humidity at various elevations in the atmosphere expressed in milli - bars (mb) from 300 mb to 700 mb for the period 1948 to 2008.

We posit that these characteristics are the result of demonstrable differences between corresponding topographical datasets used in the gridded observations and CRCM, the resulting errors propagated to physical variables tied to elevation and the beneficial effect of subsequent spatial averaging.

As proof of warmer average temperatures in northern Europe, they cite the existence of wheat cultivation and vineyards at latitudes and elevations that were far higher than today.

A measurement comparing these systems demonstrates an unprecedented atomic clock instability of 1.6 × 10 ^ -18 after only 7 hours of averaging... Clock measurement at the 10 ^ -18 level can be used to resolve spatial and temporal fluctuations equivalent to 1 cm of elevation in Earth's gravitational field (25 — 28), potentially impacting geodesy, hydrology, geology, and climate change studies.

Minimum temperatures play an especially important role in March, when the average overnight low temperatures in high elevations hover around the freezing point.

In 2005 the Greenland ice sheet lost around 53 cubic miles (220 cubic kilometers) of mass — more than two times the amount it lost in 1996 (22 cubic miles, or 90 cubic kilometers).5 The melt area set a new record in 2007: it was about 60 percent larger than the previous record in 1998, and extended farther inland.7, 8 By 2007 the melt season at elevations above 6,500 feet (2,000 meters) was a month longer than the average from 1988 to 2006In 2005 the Greenland ice sheet lost around 53 cubic miles (220 cubic kilometers) of mass — more than two times the amount it lost in 1996 (22 cubic miles, or 90 cubic kilometers).5 The melt area set a new record in 2007: it was about 60 percent larger than the previous record in 1998, and extended farther inland.7, 8 By 2007 the melt season at elevations above 6,500 feet (2,000 meters) was a month longer than the average from 1988 to 2006in 1996 (22 cubic miles, or 90 cubic kilometers).5 The melt area set a new record in 2007: it was about 60 percent larger than the previous record in 1998, and extended farther inland.7, 8 By 2007 the melt season at elevations above 6,500 feet (2,000 meters) was a month longer than the average from 1988 to 2006in 2007: it was about 60 percent larger than the previous record in 1998, and extended farther inland.7, 8 By 2007 the melt season at elevations above 6,500 feet (2,000 meters) was a month longer than the average from 1988 to 2006in 1998, and extended farther inland.7, 8 By 2007 the melt season at elevations above 6,500 feet (2,000 meters) was a month longer than the average from 1988 to 2006.9

I have seen very slow growth rates in larch from northern Siberia, but as you can see in the Salzer et al figure 4a the growth rates of the high elevation trees are ~ 0.4 mm on average compared to ~ 0.2 mm for the lower, precip limited site.

Two summers back, here within view of Colorado Springs» Waldo Canyon conflagration, I vividly recall some details: a) a hoisted ember astonishingly re-igniting things across a mile wide mountain lake, breaching the NE perimeter; b) our relative humidity, the day of the blaze, was so low the am weatherman uttering «you night as well say we have none;» c) the flown - in Commander, on camera and perhaps the best mind in all the world on matters such, describing never before witnessed probabilities for live ember re-ignitions, as «perhaps two out of three;» & d) that sad day's all - time record setting mark of 101 F., here @ 6,500 feet + elevations, in that astonishing summer where lower - 48 averages jumped by more than a single degree Fahrenheit in one realm - altering excursion.

The most likely candidate for that climatic variable force that comes to mind is solar variability (because I can think of no other force that can change or reverse in a different trend often enough, and quick enough to account for the historical climatic record) and the primary and secondary effects associated with this solar variability which I feel are a significant player in glacial / inter-glacial cycles, counter climatic trends when taken into consideration with these factors which are, land / ocean arrangements, mean land elevation, mean magnetic field strength of the earth (magnetic excursions), the mean state of the climate (average global temperature), the initial state of the earth's climate (how close to interglacial - glacial threshold condition it is) the state of random terrestrial (violent volcanic eruption, or a random atmospheric circulation / oceanic pattern that feeds upon itself possibly) / extra terrestrial events (super-nova in vicinity of earth or a random impact) along with Milankovitch Cycles.

The elevation that year of CO2 at MLO above the global average was the highest recorded in the 27 years between 1982 and 2008 - presumably as a consequence of the 1998 El Nino.

The high - elevation samples occur in the medieval period and were not averaged with Little Ice Age -LSB-...]

It's actually somewhat difficult to define the average temperature of a region, because of things like the changes in temperature with elevation over even short distances.

A comparison of glacier surface elevation in 1983 and 2002 identifies the average thinning in the twenty year period from the USGS aerial photography in 1983 to 2002, for the northern branch is 15 m.

In total, 180 coastal municipalities in the conterminous U.S.A. with populations over 50,000 have an average of 36 % of their land area at or below 6 meters of elevation and connected to the seIn total, 180 coastal municipalities in the conterminous U.S.A. with populations over 50,000 have an average of 36 % of their land area at or below 6 meters of elevation and connected to the sein the conterminous U.S.A. with populations over 50,000 have an average of 36 % of their land area at or below 6 meters of elevation and connected to the sea.

Is it not true that the equilibrium radiation in / out is consistent with a temperature of about 255K, which is the average temperature at about 5 km elevation?

Inhomogeneities in the data arise mainly due to changes in instruments, exposure, station location (elevation, position), ship height, observation time, urbanization effects, and the method used to calculate averages.