Documents / FOIA release

(EST Pub Date) Science and Technology in Communist CHINA Through 1970

Central Intelligence Agency · 1965-06-01 · 95 pages · text from the file's own layer

This Central Intelligence Agency release is a Scientific Intelligence Study, TCS No. 4425/65. The Scientific Intelligence Committee prepared it with other intelligence community committees and approved it on 3 June 1965. It assesses Communist China's capabilities in science and technology through 1970, with particular attention to military and industrial programs. The study concludes that China will lag far behind advanced nations. The exceptions are a few priority areas such as nuclear weapons, missiles and air defense. It contains no discussion of UFOs.

  • p. 18 …The latter agreement provided particu- larly for close relations between the academies of sciences of the…
  • p. 19 …Contacts have been established between the Chinese Academy of Sciences and the British Royal Society and…
  • p. 20 …execution of research and development is carried out principally by the Chinese Academy of Sciences and…
  • p. 21 …the national planning and program- ming of research and development. 65. The Academy of Sciences is…
  • p. 23 …Academy of Sciences is not clear. Within the Ministry of National Defense, the same pattern of…
  • p. 41 …far behind the leading nations of the world in geophysical science and technology. 136. a. AsTaoNoMY…
Approved for Release: 2018/01/30 C00659420
TCS 4425/as —IQP_s1=.c2£L (b
144. Since Typhoons constitute a major threat
to the economy of China, considerable research is
conducted in attempting to describe and under-
stand them. The monsoons also are studied ex-
tensively. '
145. The Chinese recently (1960 and 1961) pre-
pared comprehensive climatological atlases which
indicate clearly that much of the effort in this area
has been directed toward basic, descriptive pro-
grams providing agricultural and economic support.
146. Some native meteorological instruments are
produced, although most of this kind of equipment
is believed to be adopted from foreign equipment.
147. Little significant research in physical me-
teorology has been conducted, though interest in
weather modification has been indicated and a
small effort in cloud physics has been started. By
1970, China will be only slightly nearer the level of
advanced countries in meteorology.
148. d. GEODESY AND CRAVIMETRY——AI'10tl'161‘ ac-
tive area in Chinese earth science is geodesy,
though little original research toward describing
the geophysical features of the country, so that
surveys for cartographic and mineralogic applica-
tions constitute a large part of the geophysical
effort. Only well-known methods and equipments
appear to be in use.
149. A gravimetric base-station network has been
established, and the Chinese are capable of estab-
lishing geodetic parameters for an IRBM test
range. The establishment of an ICBM range in
the Pacific will be diflicult with current Chinese
capabilities in marine geodetic measurements.
Routine gravimetry is used in mineral exploration,
but instrumentation is in short supply.
150. e. GEOMAGNETISM AND cEoELEc:rR1c1TY—
Basic research on magnetic storms and routine geo-
magnetic observations have been conducted by the
Chinese. Both fields have been applied routinely
in the exploration of natural resources. There are
no indications of geomagnetic investigations that
may be associated with a nuclear detection system.
151. f. cEoLocY—The Chinese have conducted
concentrated programs in all subfields of geology,
mainly in support of natural resource exploration
programs but predominantly on a reconnaissance
basis. New deposits of petroleum, various min-
30 - _ -
(b)(3
erals, sub-surface water, and other natural resources
have been located. In addition, emphasis is placed
on research supporting civil engineering and agri-
culture. This trend is expected to continue, espe-
cially in the exploration for minerals, petroleum,
and subsurface water to support an increasing
economic demand. In addition, research on rock
classification, correlation, and age dating, as well
as detailed mapping of economically potential
areas, will continue, but no significant contribu-
tions are expected by 1970.
152. g. sEIsMoLocY—The Chinese have been
active for several years in earthquake recording
and zoning, with considerable effort being directed
toward antiearthquake construction. Seismology is
used extensively in mineral and subsurface water
exploration.
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8-mm
Little basic research is indicated by pub-
lished literature; and, as yet there is no evidence
of programs directed towards marine seismic ex-
ploration. A network of seismic stations in China
is capable of underground nuclear detection on a
limited scale. Most of this network was set up
with aid from the Soviets. There are no indica-
tions that this network will be improved exten-
sively by 1970. < '
153. h. OCEANOGRAPHY-—A major portion of
oceanographic research in China continues to be
directed toward the support of marine biology and
the fishing and shipping industries. A stronger
program may be indicated by the recent establish-
ment of a State Council Bureau of Oceanography.
Several extensive and systematic annual surveys
have been carried out in the ocean areas adjacent
to the China coast but with emphasis on routine
data collection. China’s participation in the Com-
munist countries’ Fisheries Research Commission
for the West Pacific is an asset to the country.
Such programs as tidal and ocean wave study,
harbor erosion and silting problems, beach and
coastline studies, near-shore bottom topography
investigations, and extensive marine biological
programs are expected to continue. Other for-
merly neglected areas, such as marine physics,
chemistry, geology, and research instrumentation
are slowly being developed.
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Approved for Release: 2018/01/ 30 C00659420

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FOIA release, from the cia-readingroom collection. The PDF is mirrored here; the original link is above. 95 pages are in the text index: search them above, or from the library's search.