VI B1 
VI C1— 58 
VI G1— 233 
VIH1— 61 
VIL1— 57 
VIL2— 62 
VII À 1 — 299 
VI FB1— 88 
VII G 1 — 188 
VIIH1— 99 
VIIH2— 97 
VIIK1 z 92 
VIIM 1— 93 
VIIM 2— 43 
VIIO1— 98 
Commission VI 
A. Bjerhammar, Sweden: A presentation of the Royal Institute of Techno- 
logy (KTH). 
Institut Géographique National (J. Cruset), France:* L'appareil S.F.O.M. 
de l'Institut Géographique National pour la projection de photographies 
aériennes en relief. 
R. Gasslander, Sweden: Brief account of the bibliography set up at the 
Photogrammetric Division of the Royal Institute of Technology in Stock- 
holm. 
B. Hallert, Sweden: A brief summary of the research and instruction at 
the Division of Photogrammetry of the Royal Institute of Technology, 
Stockholm, Sweden. 
D. Landen, USA: New developments in photogrammetric training for 
geologists. 
L. Lindskog, Sweden: The Committee of forest photogrammetry. 
Commission VII 
I. Axelson, Sweden: Effect of photo scale on the use of aerial photographs 
in Swedish forestry. 
J. Flandrin—R. Brasseur, France: Un exemple français d’exploition in- 
dustrielle des photographies aeriennes. 
N. E. Green, USA: Aerial photographic interpretation and the social struc- 
ture of the city. 
R. J. Hackman, USA: The stereo-slope comparator. 
G. Heath, USA:** A comparison of two basic theories of land classifica- 
tion and their adaptability to regional photo interpretation key. tech- 
niques. 
B. H. Kent, USA: Status of color aerial photography in geologic studies of 
the U. S. Geological Survey. 
R. H. Morris, USA: Photogeologic training in the U. S. Geological Survey. 
S. G. Moller, Sweden: Some photointerpretation problems at reallotment 
of forested land. 
P. P. Orkild, USA: New technique in photogeologic interpretation and 
mapping using vertical aerial photography in conjunction with the Kelsh 
plotter. 
*) Some of the reprints may be marked VI I 1 instead of VI C 1. 
**) Printed together with the General Report of commission VII. See part 3 of the 
Archives 
VIIR1— 91 
VII R 2 — 328 
VIL R 3 — 325 
VIIS1— 42 
VII TK 1 — 302 
VII T 2 — 193 
VII W 1 — 187 
VII YS 1 — 296 
XA] 
XB1 
X B3 
XCI1 
X HB1 
X HS2 
XII 
XI2 
XMI 
    
  
  
  
   
    
    
  
  
  
  
  
  
  
   
  
  
   
  
  
   
   
   
    
   
  
  
  
  
   
  
   
   
  
  
  
     
b= v 
Fr J