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Summary and Conclusions 
In summary, site selection and/or site qualification 
studies for nuclear power plants, according to NRC criteria 
and guidelines, require geologic/tectonic analysis and envi- 
ronmental baseline studies on both a regional and local scale. 
The regional geologic analysis is performed to locate major 
lineaments that may be associated with local faults which 
may in turn have an effect on determining the level of 
seismicity to which a nuclear power plant site may be sub- 
jected during its operational life. Satellite data is used 
for regional analysis to define possible problem areas and 
aerial photography, SLAR, aeromagnetic and gravimetric data 
are used in establishing geomorphic/geologic relationships 
associated with satellite linears. If the feature is spu- 
rious, i.e. cultural, it is documented and all activity 
ceases. If it is seasonal, a field reconnaissance is initi- 
ated to determine if non-structurally controlled drainage 
or moisture patterns are the cause. If it is coincident on 
two or more sensors, i.e. Landsat and aeromag, or Landsat 
and aerial photography, etc., an extensive geotechnical in- 
vestigation may be necessary. This would include field 
geologic reconnaissance and may include low level aeromag- 
netic surveys, black and white, color and infrared aerial 
photography, SLAR and detailed geologic mapping and stress 
field determination for the feature or area in question. 
The results would be synthesized with the seismotectonic 
history of the site area in particular and the region in 
general. A conclusion would then be made regarding the 
potential of a site experiencing a seismic event (earthquake) 
larger than the site has experienced to date. 
From the foregoing, it can be seen that site selection 
or site qualification for a nuclear power plant employs the 
same (if not more) remote sensing methodology and the same 
engineering and environmental skills that are required in 
any safety-sensitive siting, planning and development project. 
Remote sensing in conjunction with detailed field investi- 
gation is the most rapid and cost effective method of ac- 
quiring a detailed data base from which analysis can be made. 
July 27, 1978