WMOD00378

• Title: Physical Investigations of Winter Orographic Clouds in Utah
• Date: 3/1/1984
• State: UT
• Weather Modification - Doc Type: Report

Page

Table 19. Corrected total duration of precipitation stratified 117
by gage and PET for all twenty STORMS combined

Table 20. Percentage of time during each PET that precipitation 119
is observed at a given gage for all twenty STORMS
combined

Table 21. Raw total precipitation before and after CI RP A for the 123
14 STORMS with CIRPAS

Table 22. Raw total precipitation before and after FROPA for the 124
13 STORMS with FROPAS

Table 23. Distribution of valid radiometer data by PET 129

Table 24. Median of mean radiometer liquid water depths for 136
western and eastern quadrants and full 360 degree scan

Table 25. Estimated liquid water concentrations in A, C, and 137
NP PETs

Table 26. Amount of supercooled liquid water detector data 151

Table 27. Amount of trip point data stratified by PET 156

Table 28. Distribution of trip point data by PET and 157
distribution of PETs

Table 29. Mean concentration and flux of supercooled liquid 159
water and mean wind speed at detector

Table 30. Multiple regression analysis of supercooled liquid 161
water concentration at detector versus Adamsville
rawinsonde variables and precipitation at gage P6

Table 31. STORM-integrated supercooled liquid water flux 166

Table 32. Contingency diagrams showing simultaneity and sign 168
of supercooled liquid water detector and radiometer
data during STORMS

Table 33. Lidar operational periods 172

Table 34. Relation of lidar depolarization ratio is and 174
properties of back scattering hydrometeors

Table 35. Frequency, height, and temperature of supercooled 177
liquid water in analyzed Iidar data

Table 36. Date and time of each flight and data collection 179
period of the instrumented cloud physics aircraft

xvi i i