Hopefully the egg recipe works
the same at your altitude... you'll have to let us know!
Note that ppm and delta13C are not
the same at all altitudes and evolve progressively, as illustrated by the airborne measurements of Nakazawa et al., Time and space variations of the carbon isotopic ratio, Tellus, 1993.
Not exact matches
I'm
at the
same altitude as Elana so I can't imagine i need to adjust for that but maybe.
For Waffles: Everything is the
same, but I used only 1 cup of milk alternative, even
at high
altitude.
It also has
altitude hold that keeps it
at the
same height.
Just as the
same genes that allow Deinococcus to thrive on the ground may give it the ability to survive
at high
altitudes, the ice - nucleation gene may originally have given syringae and bacteria like it an advantage other than rainmaking.
While the altimeter data also showed that the liquid in some of the canyons around Ligeia Mare is
at sea level — the
same altitude as the liquid in the sea itself — in others it sits tens to hundreds of feet (tens of meters) higher in elevation.
In fact, the alternative jet fuel — known as synthetic paraffinated kerosenes — has as good or better qualities than Jet A refined from petroleum: It does not freeze
at high -
altitude temperatures, delivers the
same or more power to the engines, and is lighter, as well.
«We found that elevated concentrations of these
same chemicals were present
at altitudes of 12 km over tropical regions, many thousands of kilometres away from their likely source, and in a region where air is known to be transferred into the stratosphere,» says Oram.
In the dry season, surface water reservoirs are
at the
same level as the aquifer that feeds them:
altitude measurements of the surface water then made possible direct observations of the height of the groundwater.
Although no one is sure what triggers their formation, one theory is that cosmic dust, or debris from burned - up meteors, seed the ice particles, which is plausible because meteors typically are incinerated in the upper mesosphere
at about the
same altitude where these clouds form.
An earlier study by the
same researchers found that Anna's hummingbirds (Calypte anna) accelerated more slowly and had other performance falloffs
at altitudes higher than the birds» home range.
The subjects reached the outpost
at 2650 meters
altitude almost effortlessly, by cog railway and cable car, and once there could only take the
same number of steps each day that they were accustomed to taking
at home, as monitored with a pedometer.
In April 2016, a French satellite will blast off to see whether two free - floating cylinders of different materials orbit Earth
at exactly the
same altitude.
A team led by New Horizons team member Jeffrey Moore, a research scientist
at NASA's Ames Research Center in California's Silicon Valley, has determined that formation of the bladed terrain begins with methane freezing out of the atmosphere
at extreme
altitudes on Pluto, in the
same way frost freezes on the ground on Earth, or even in your freezer.
Same as water boiling at sea level at 100C (212F) but at lower temp at high altitudes because pressure is less, same rule applies to refriger
Same as water boiling
at sea level
at 100C (212F) but
at lower temp
at high
altitudes because pressure is less,
same rule applies to refriger
same rule applies to refrigerant.
Unlike internal combustion engines that need oxygen to produce power (something that's pretty rare
at the high
altitude of the Pikes Peak course), electric motors don't have to breathe and will make the
same power
at any height.
Pilots would like to take advantage of the low drag
at high
altitudes to go faster, but a naturally aspirated engine does not produce enough power
at the
same altitude to do so.
We tasted three wines of the
same variety that were grown
at three different
altitudes.
The annual average rainfall on Madeira Island is greater on the northern coast than on the southern coast and increases with
altitude; however Ponta Delgada generally has less rainfall compared to other north - facing areas
at the
same altitude.
The object is as mundane, neutral and commonly shared as it can possibly be, highlighting the arbitraryness of the classification,
at the
same time stressing the chosen code: the
altitude from which the professions are supposed to take place.
In that case, the thermal lapse rate starts
at a higher temperature
at the top of the atmosphere but
at the
same altitude it always started from.
Please see / / chge.med.harvard.edu/publications/journals/documents/bamsmosquito.pdf, which depicts the biological «fingerprint» study (where data matches models) and the confluence of data on montane glacier retreat, upward migration of plant communities and, mosquitoes
at high
altitudes and warming
at same.
These are part of their developmental programming, similar to our adjusting the number of capillaries
at different
altitudes — probably for the
same reason as this would result in their ability to better adapt to different
altitudes, increasing the range of the species or subspecies.
The term «photosphere» for a star has essentially the
same meaning as any of the six terms «Effective -LCB- Emission Radiation Radiating -RCB--LCB- Height Level -RCB-» for the atmosphere of a planet, being the
altitude at which the gas above has an optical depth of 2/3, i.e.
at which about 50 % of the radiation leaving that
altitude vertically upwards escapes to space.
So you will draw 200 cores from a stand of trees, screen them for correlation to temperature from some series of instrumental temperatures, hopefully taken
at more or less the
same altitude within 100 miles of the stand of trees, and claim that tree X is a good treemometer because it correlates with the temperature record while tree Y which grew 20 feet away is a bad treemometer because it correlates less well, and throw away 60 % of the cores accordingly, and then claim that you can extrapolate what the temperature in that stand of trees was doing 500, 700, 1000 years earlier based on the 40 % you retain?
Did you know that the ice cap on Greenland is
at far higher
altitudes than required for there to be an glacier,
same at Antarctic.
That fluctuation is amplified by land surface temperatures in the
same latitude band of about the
same area, because the land surface temperatures are
at a higher average
altitude with a lower average specific heat capacity and the (Tmax + Tmin) / 2 method of determining «average» amplifies the variance.
Should the water amplification mechanism of CO2's GHG effect be true, one would also expect to see an increase in the humidity,
at altitude,
at the
same light flux.
«Classic thermodynamics», tempterrain include the original Clausius statement of the Second Law of Thermodynamics, which only related to heat transfer
at the
same altitude, so that there was no change in potential energy.
If a band is free of lines, that cooling capacity is unhindered; but if it has important absorption lines, it will be «blocked» = > the
same sort of photosphere questions we have discussed before: a high -
altitude photosphere means little power can be transported through that band, whereas an unencumbered band has its photosphere
at ground - level.
And places like Phoenix also have relatively low amounts of GHGs, yet have very hot temperatures (relative to Atlanta, which is
at virtually the
same latitude and
altitude, but which has over 3 times as much GHG).
In contrast, the chart's dark blueish columns show the Earth's atmosphere
at the
same altitude is an incredibly frigid temperature of minus 75C degrees.
As Steve McIntyre has noted, one problem is the different behaviour of moss
at 2 sites close to each other and about the
same altitude.
Does not your thought experiment fail, because most of the molecules in the atmosphere are all
at the
same heat (kinetic energy), while the difference in temperature with
altitude (on a thermometer) is simply an effect of the number of molecules you meet (pressure and density).
In fact, you'll see he says that the velocity distribution — and therefore kinetic - energy distribution —
at any
altitude is the
same as
at any other.
The individual molecules
at altitude have about the
same temperature (kinetic energy) as those
at sea level.
But for exactly that
same reason, there are fewer molecules
at high
altitude.
blueice, you sound as a dedicated person; so let me correct you regarding establishment of desert being warmer than rainforest, on
same latitude /
altitude: deserts are hotter
at daytime / colder
at night, than in the rainforest.
If you imagine moving Venus away from the Sun until its distance is as for Earth, and use the Stefan - Boltzmann law to compute what the temperature
at that
altitude would then be, it turns out to be precisely the
same as
at the surface of the Earth.
Uplift continues as long as the rising air is lighter than the surrounding air
at the
same altitude.
Look up two places
at the
same latitude and
altitude, you'll find the
same daily or yearly temperature (say Bangkok and Tombouctou).
As Alan D. McIntire (16:36:32) points out, the surface area of a shell
at 8 km
altitude is pretty much the
same as the surface area of the earth (or rather, an earth - sized sphere).
If a tree has stayed
at the
same relative position to the tree line for its entire life or life to the point of coring,
altitude should not be a factor other than determining how much of its signal is temperature..
Remember that the Eemian ice from GISP / GRIP / NGRIP / NEEM was deposited
at approximately the
same altitude and temperature as top of the current icecap.
At the same time, Dr. Grabherr said, increasing atmospheric carbon dioxide concentrations could theoretically increase plant productivity at high altitudes, leading plants to spread upslop
At the
same time, Dr. Grabherr said, increasing atmospheric carbon dioxide concentrations could theoretically increase plant productivity
at high altitudes, leading plants to spread upslop
at high
altitudes, leading plants to spread upslope.
If the high -
altitude winds don't blow
at the
same speed
at all levels — if wind shears are present — the storm becomes disorganized and weakens.
Three, the temperatures are NOT higher in areas with very high levels of GHGs (e.g., Atlanta, GA) than in areas with very low levels of GHGs that are
at the
same latitude and
altitude.
This certainly fits my observations that the temperature
at various places on the Planet don't seem to have anything to do with the quantity of GHGs in the atmosphere above those places, even when
altitude and latitude are the
same.
That the molecules i the atmosphere all have roughly the
same amount of energy due to convection, but since there are many more of them per cubic meter
at lower
altitudes, there is more energy per cubic meter, which we register as increased temperature.