The Radiation Measurement System (RAMS) on board the NASA ER-2 was used to acquire several optical parameters of interest during the FIRE Cirrus IFO 2. In this abstract we present results from the 26 Nov. IFO when the ER-2 flew over the Coffeyville airport hub site. We show retrieved optical thickness and cloud temperature, along with optical thickness obtained from RAMS instruments on the NCAR Sabreliner and at the surface site B. Independent retrieval of optical thickness, from the ER-2 and at the surface, are in agreement during the overpasses. Cirrus optical depths, derived from each platform, ranged between 1 and 2
Spectral upward and downward solar irradiances from vertically collocated measurements above and bel...
Infrared radiance measurements were acquired from a radiometer on the NASA ER-2 during a coincident ...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground bas...
A description of the radiative properties of two cirrus clouds sampled on 10/28/88 in the FIRE cirru...
A simultaneous examination was conducted of cirrus clouds in the FIRE Cirrus IFO-I on 10/28/86 using...
Primary goals for the FIRE field experiments were validation of satellite cloud retrievals and study...
During the FIRE Cirrus IFO II, a set of passive radiometers were deployed at the Coffeyville, Kansas...
Measurements of the upwelling infrared radiance at 10.5 and 6.5 microns were obtained during the FIR...
The inference of cirrus cloud properties has many important applications including global climate st...
It is well known that clouds are significant modulators of weather and climate because of their effe...
October 1989.Also issued as William L. Smith's thesis (M.S.) -- Colorado State University, 1989.Incl...
One of the main difficulties in detecting cirrus clouds and determining their correct altitude using...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground-bas...
The First ISCCP Regional Experiment (FIRE) Cirrus Intensive Field Observations (IFO) provide an oppo...
Meteorological satellite instrument pixel sizes are often much greater than the individual cloud ele...
Spectral upward and downward solar irradiances from vertically collocated measurements above and bel...
Infrared radiance measurements were acquired from a radiometer on the NASA ER-2 during a coincident ...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground bas...
A description of the radiative properties of two cirrus clouds sampled on 10/28/88 in the FIRE cirru...
A simultaneous examination was conducted of cirrus clouds in the FIRE Cirrus IFO-I on 10/28/86 using...
Primary goals for the FIRE field experiments were validation of satellite cloud retrievals and study...
During the FIRE Cirrus IFO II, a set of passive radiometers were deployed at the Coffeyville, Kansas...
Measurements of the upwelling infrared radiance at 10.5 and 6.5 microns were obtained during the FIR...
The inference of cirrus cloud properties has many important applications including global climate st...
It is well known that clouds are significant modulators of weather and climate because of their effe...
October 1989.Also issued as William L. Smith's thesis (M.S.) -- Colorado State University, 1989.Incl...
One of the main difficulties in detecting cirrus clouds and determining their correct altitude using...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground-bas...
The First ISCCP Regional Experiment (FIRE) Cirrus Intensive Field Observations (IFO) provide an oppo...
Meteorological satellite instrument pixel sizes are often much greater than the individual cloud ele...
Spectral upward and downward solar irradiances from vertically collocated measurements above and bel...
Infrared radiance measurements were acquired from a radiometer on the NASA ER-2 during a coincident ...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground bas...