I think
including the upper atmosphere is likely to distort the record, as it is cooling while closer to earth it is warming, but am not going to take the time right now to look up exactly where the change occurs.
I think
including the upper atmosphere is likely to distort the record, as it is cooling while closer to earth it is warming
Not exact matches
In reality, earth science goes far beyond direct climate change research — and
includes everything from the health of oceans to the threat of devastating solar storms in the
upper atmosphere.
Initial projects (both theoretical and practical)
include seeking evidence for the existence of biomolecules and cells in the
upper atmosphere, as well as in comets and interstellar dust; looking for evidence of biological molecules and processes in material recovered from space; and investigating the effect of space conditions on living systems.
Solar storms can cause dramatic change in the temperatures of the
upper atmosphere,
including the ionosphere, which ranges from about 30 miles in altitude to about 600 miles high — the edge of space.
The mission would
include an orbiter and a lander, and possibly a solar - powered airship that would fly through Venus»
upper atmosphere.
Another possible explanation is that the positrons originated from cosmic rays, particles from outer space that collide with atoms in the
upper atmosphere to produce short - lived showers of highly energetic particles,
including γ - rays.
They
include the first comprehensive measurements of the composition of Mars»
upper atmosphere and electrically charged ionosphere.
The spacecraft has 8 instruments designed to characterize the
upper atmosphere of the planet and the processes controlling the
atmosphere,
including how atoms and molecules can escape the gravitational attraction of the planet and escape to space.
On the way down, Cassini will continue to send data,
including measurements of the composition of Saturn's
upper atmosphere.
The three instrument suites on MAVEN will
include a remote sensing package built by LASP that will determine global characteristics of the
upper atmosphere.
We can divide the
atmosphere into a lower part (LP), which
includes the surface and is the source of IR, and an
upper part (UP), which we are asked to assume will cool when CO2 increases, in conjunction with the expected warming of LP from the enhanced greenhouse effect.
Included in the distribution available here is code for simulations of the
upper atmospheres of Jupiter and Saturn and of the troposphere and lower stratosphere of the Saturn moon Titan.
Note that this argument applies to all levels of the
atmosphere,
including the
upper levels where carbon dioxide is relatively less abundant, and that the line of reasoning also becomes more potent (in the sense that less additional warming is forced) the more carbon dioxide that either humans or nature emit.
Heat is being radiated into space from GH gases (
including water vapour) in the
upper atmosphere.
Living things —
including you and me — contain 14C that is continuously generated in the
upper atmosphere (and from above - ground nuclear tests in the 50s and 60s).
Research published in 2008 by Arizona State University professor Peter Crozier suggests that this nanoscale atmospheric aerosol species is abundant in the
atmosphere over East Asian countries and should be explicitly
included in models of radiative forcing (the gap between energy radiation reaching the Earth and that leaving through the
upper atmosphere).
These indicators
include greenhouse gas concentrations, temperature of the lower and
upper atmosphere, cloud cover, sea surface temperature, sea - level rise, ocean salinity, sea ice extent and snow cover.
There was one WUWT thread which discussed the organic molecules plankton puts into the air, and how they can reach the
upper atmosphere, and, (because they
included elements ending in «ine,» such as Bromine, Fluorine, Chlorine, and Iodine,) alter the amount of Ozone, which in turn effected the types and powers of sunlight.
By the way, water is the only molecule in the
upper atmosphere of significant quantity to radiate the balance of IR beyond the minor CO2 radiation plus the IR window radiation and as such is the primary earth cooling agent (
including cloud reflection) and thus is a negative feedback to any actual changes in solar input energy.
PCIC's PRISM climatologies use observations of temperature and precipitation from thousands of stations in BC and integrate other sources of information,
including digital elevation data, snow data,
upper atmosphere climatologies, glacier inventories, and local and expert knowledge in order create a climatology of the province at a scale of 800 metres, for the period of 1971 — 2000.
The ten indicators of climate change
include measurements of sea level rise taken from ships, the temperature of the
upper atmosphere taken from weather balloons and field surveys of melting glaciers.
Radiative forcing is a multiplier that is added to the carbon emissions factor, that quantifies these additional effects;
including the fact that emitting GHGs in the
upper atmosphere has a greater heat - trapping effect than emitting GHGs at ground level.
Proposals
include artificially brightening clouds, increasing the reflectivity of surface - level planetary features, or depositing reflective particles in the earth's
upper atmosphere.
However,
including other greenhouse gases and taking into account a «thermal shrinking» of the
upper atmosphere result in a cooling of a few degrees per decade.
One effect is that TMT and TLT still
include a large effect from
upper atmosphere (and this is even based on theoretical models of how they * ought * to react), so they will both see some salami slice of cooler
upper tropospheric radiance in their figures.
The spread of temperatures in the graph in the article are mostly between UAH which measure the
upper atmosphere, and the others
including NASA and hadcrut that measures the surface.
The
atmosphere ECV breakout group was asked to consider 10 ECVs related to observations of the
atmosphere: Earth radiation budget (
including solar irradiance); aerosol properties; ozone; carbon dioxide, methane, and other greenhouse gases; cloud properties; precipitation; water vapor; surface wind speed and direction;
upper - air wind; and
upper - air temperature.
Because scientists around the world,
including James Hansen, America's leading climatologist, have calculated that 350 parts per million is the safe
upper limit for carbon dioxide (CO2) concentrations in the
atmosphere.