REPORT OF COMMISSION II: PLOTTING, THEORY AND INSTRUMENTS 
UQ—The teaching of elementary photo- 
grammetry to surveying students; 8 years. 
UNE—Elementary photogrammetry and 
photo-interpretation for geology and geog 
raphy students; 3 years. 
UWA—Activity confined to 8 lectures and 
three 3-hour practical periods for fourth- 
year civil engineering degree students; 3 
years. 
SAID—Engaged in lecturing and instructing 
undergraduates in surveying; 4 years. 
Personnel 
SMHEA—7; DLSA—11; LSB—10; DLS— 
H,T—11; DNM—42; DPL—15; DLS-WA 
—24; DL-S—45; DCLS—31; RASC—70; 
AAP—10; AAMP—5; QAS—14; US—2; 
UM—1; UNSW—9; UA—1; RM IT—4; 
UQ—1; UNE—3; UWA—1; SAIT—not 
known. 
Plotting and Aerial Triangulation 
Equipment 
SMHEA: 1 Wild A7; 1 Zeiss Stereotope. 
DLSA: 3 Wild A5; 4 Wild A6. 
LSB: 1 Wild A8; 1 Zeiss Stereopret; etc. 
DLS-H,T: 1 Wild A7; 3 Wild A8; Hilger— 
Watts Stereocomparator. 
DNM: Wild B8; 1 Wild A6; 9 Zeiss Stereo 
tope. 
DPL: 1 Wild A5; 1 Wild A8; 1 Wild A6; 2 
Wild B8; 5 Williamson Multiplex SP3. 
DLS-WA: 1 Wild A7; 2 Wild A8; 1 Thomp 
son-Watts Plotter; 2 Kelsh plotters; 3 
Multiplex (7 projectors) 2 Stereotope. 
DL-S: 2 Wild A5; 2 Wild A8; 7 Wild A6; 3 
Wild B8; 1 Kelsh; 1 Multiplex. 
DCLS: 2 Wild A5; 6 Wild A6; 2 Wild A7; 
1 Wild A8; 5 Williamson Multiplex (1-7 
Projectors; 4-3 Projectors); 1 Kern PG2; 
1 Zeiss Stereotope. 
RASC: 32 Williamson-Ross Multiplex (22— 
3 Projectors; 10—7 Projectors); 1 Zeiss 
Multiplex; 1 Wild A9; 2 Wild B9; 3 W ild 
B8; 11 Zeiss Stereotope. 
AAP: 1 Wild A7; 1 Wild A8; 1 Nistri Photo 
mapper; 4 Williamson Multiplex. 
AAMP: 2 Wild A8. 
QAS: 1 Wild A8. 
SAIT: 1 Wild B9; 2 Stereoscopes (1 Zeiss; 1 
Tokyo); 1 Zeiss R.S. II Templet Outfit 
Aerial Data Recording 
cameras 
SMHEA: Wild RC8—115 mm. and 210 mm.; 
18X18 cm. 
DLSA: Wild RC5—115 mm. and 210 mm.; 
18X18 cm. Wild RC7a—100 mm. and 170 
mm.; 14X14 cm.; Wild RC9—88 mm.; 
23 X23 cm. 
LSB: F-24—5 in.; 5X5 in. format. 
DLS-H,T: Wild RC8—\\ in. and 8£ in.; 7x7 
in. 
DNM: Wild RC9—88.5 mm.; 23X23 cm. 
DPL: Eagle IX—152 mm.; 9X9 in.; Wild 
RC5a—152 mm.; 9X9 in.; Wild RC8-—152 
mm.; 9X9 in.; Wild RC9—88.5 mm.; 9X9 
in. 
DLS-WA: Zeiss RMKA—6 in., 9x9 in.; 
Eagle IX—6 in. (no longer in use), 9X9 
in.; Eagle IX—12 in., 9X9 in. 
DL-S: Wild RC5a—114 mm. and 210 mm.; 
18X18 cm. 
DCLS—Wild RC7, 100 mm. and 170 mm.; 
14 X 14 cm. glass. 
AAP: Wild RC8—6 in., 9x9 in. Wild RC5— 
4j in., 7X7 in.; OSC—6 in., 9X9 in.; Wild 
RC9—3i in., 9X9 in.; Eagle IX—6 in., 
8j in., 10 in., 12 in., 14 in.; 9X9 in. 
AAMP: OSC—6 in., 9X9 in.; Wild RC8—6 
in., 9X9 in. 
QAS: Wild RC8—115 mm. and 153 mm., 
7X7 in.; Wild RC9—88.5 mm., 9X9 in.; 
T-ll, 153 mm., 9X9 in.; Eagle IX—153 
mm., 9X9 in. 
INFRARED AND COLOR 
LSB: Color—Future use in soil classification 
and vegetation surveys. 
DLS-WA: Infrared—First work carried out 
in June 1963 in a project to determine the 
area of high and low tides within a special 
area. Results were excellent. Planned at 
present— flood photography; city and sub 
urban areas will be flown to locate probable 
mosquito breeding grounds. Color— Ekta- 
chrome tested in location of iron ore and 
further photography is planned for forestry 
and agriculture purposes. Camouflage de 
tection film tested in forestry to locate 
“Die-Back” in hardwoods; results fair 
only. Future photography is planned in 
this and soil surveys. 
RASC: Infrared and radar—Under current 
consideration for the future. 
AAP: Infrared and Color—Limited use at 
present. 
RMIT: Infrared—Appears to be useful for 
terrestrial. 
New Instruments and Techniques 
DPL: Instruments—1 Multiplex APN for 
plotting; 2 Wild B8 for plotting; 1 Wild 
EK5a for digitizing for bridging of terrain 
models. Techniques: GE225 Electronics 
Computer programs strip adjustments of