Year
.
1969
23 800 a
---
19 600 a
1970
22 400 a
22 400 a
24 479 a
1971
25 900 a
25 900 a
28 744 a
1972
25 100 a
25 100 a
15 594 b
1973
22 000 a
23 000 a
15 286 c
1974
20 900 d
---
21 954 e
1975
34 650 a
---
72 959 g
1976
48 300 h
---
77 230 i
1977
79 900 j
---
92 019 k
1978
90 800 l
---
95 868 m
a Includes studies in the fields of communications, Earth resources, geodesy, meteorology, and navigation. Traffic management was added in FY 1973. As of FY 1974, advanced research and technology funds were divided among the various programs.
b Includes $412 000 for design and development of advanced experimental meteorological instruments; $4 614 000 for advanced techniques in weather observing and forecasting; $1 978 000 for environmental sensor definition and feasibility evaluation; $427 000 for design and development of advanced experimental Earth resources instruments; $261 000 for design and development of advanced experimental geodesy instruments; $1 102 000 for geodesy measurement systems and forecasting techniques; $909 000 for design and development of advanced experimental communications instruments; and $5 500 000 for communications systems techniques and technology.
c Includes $4 400 000 for advanced techniques in weather observing and forecasting; $2 300 000 for pollution monitoring sensor definition and feasibility evaluations, modeling, and operational methodology; $1 859 000 for Earth and ocean physics measurement systems, forecasting techniques, and modeling advanced studies; $2 033 000 for communications systems technology and techniques; and $4 694 000 for advanced applications experiment studies.
d Includes $500 000 for design and development of advanced experimental meteorology instruments; $5 700 000 for advanced techniques in weather observations and forecasting; $2 700 000 for environmental sensor definition and feasibility evaluation; $1 600 000 for design and development of advanced experimental Earth resources instruments; $400 000 for design and development of advanced experimental geodesy instruments; $2 700 000 for geodesy measurement systems and forecasting techniques; $3 100 000 for space processing advanced experiment definition and development (formerly funded under Space Flight Operations); and $2 000 000 for applications studies.
e Includes $4 828 000 for weather and climate advanced techniques in observing and forecasting; $2 796 000 for pollution monitoring sensor definition and feasibility evaluations, modeling, and operational methodology; $3 000 000 for Earth and ocean physics measurement systems, forecasting techniques, and modeling advanced studies; $2 825 000 for space processing; $2 540 000 for communications technology consultation and support studies; $4 700 000 for advanced applications flight experiments; and $1 265 000 for applications systems analyses.
f Includes $5 000 000 for advanced techniques in weather observing and forecasting; $2 800 000 for pollution monitoring sensor definition and feasibility evaluations, modeling, and operations methodology; $2 000 000 for tectonic plate motion study; $2 600 000 for Earth and ocean physics measurement systems, forecasting techniques, and modeling advanced studies; $3 500 000 for space processing; $2 000 000 for energy applications; $1 650 000 for communications technology consultation and support studies; $1400 000 for advanced communications research; $4 000 000 for data management; $4 700 000 for advanced applications experiment studies; and $5 000 000 for applications systems analysis.
g Includes $32 209 000 for Earth resources detection and monitoring applications research and technology development; $1 900 000 for tectonic plate motion study; $4 800 000 for applications research and technology, development; $5 600 000 for ocean condition monitoring and forecasting applications research and technology development; $7 400 000 for environmental quality monitoring applications research and technology development; $9 000 000 for weather and climate observations and forecasting applications research and technology development; $4 600 000 for materials processing; $1 650 000 for communications technology consultation and support studies; $2 600 000 for communications applications research and technology development; $3 200 000 for information management.
h Includes $8 100 000 ($2 400 000 for the transition quarter) for advanced techniques in weather observing and forecasting; $5 400 000 ($1 200 000 for the transition quarter) for pollution sensor definition and feasibility evaluations, modeling, and operational methodology; $3 400 000 ($800 000 for the transition quarter) for tectonic plate motion study; $4 000 000 ($900 000 for the transition quarter) for Earth and ocean physics measurement systems, forecasting techniques, and modeling advanced studies; $4 900 000 ($1 200 000 for the transition quarter) for space processing; $2 700 000 ($600 000 for the transition quarter) for communications technology consultation and support studies; $1 900 000 ($500 000 for the transition quarter) for advanced communications research; $5 500 000 ($1 500 000 for transition quarter) for data management; $6 400 000 ($1 400 000 for the transition quarter) for applications systems analyses; and $6 000 000 ($1 300 000 for the transition quarter) for advanced applications flight experiments.
i Includes $32 100 000 for Earth resources detection and monitoring applications research and technology development; $2 600 000 for tectonic plate motion study; $3 300 OW for Earth dynamics monitoring and forecasting applications research and technology development; $4 800 000 for ocean condition monitoring and forecasting applications research and technology development; $9 000 000 for environmental quality monitoring applications research and technology development; $12 030 000 for weather and climate observations and forecasting applications research and technology development; $5 900 000 for materials processing; $2 100 000 for communications technology consultation and support studies; and $5 400 000 for communications applications research and technology development.
j Includes $32 500 000 for Earth resources detection and monitoring applications research and technology development; $1 900 000 for tectonic plate motion study; $1 300 000 for applications research and technology development; $3 500 000 for ocean condition monitoring and forecasting applications research and technology development; $9 900 000 for environmental quality monitoring applications research and technology development; $13 000 000 for weather and climate observations and forecasting applications research and technology development; $9 200 000 for materials processing; $2 600 OW for communications technology consultation and support studies; $2 800 000 for communications applications research and technology development; and $3 200 000 for information management.
k Includes $53 162 000 for Earth resources detection and monitoring applications research and technology development; $1 890 000 for tectonic plate motion study; $1 625 000 for Earth dynamics monitoring and forecasting applications research and technology development; $1 100 000 for ocean condition monitoring and forecasting applications research and technology development; $7 901 000 for environmental quality monitoring applications research and technology development; $7 099 000 for global weather program support; $600 000 for climate research applications research and technology development; $8 090 000 for materials processing; $2 550 000 for communications technology consultation and support studies; and $8 002 000 for communications applications research and technology development.
l Includes $32 000 OW for Earth resources detection and monitoring applications research and technology development; $2 200 000 for tectonic plate motion study; $3 800 000 for Earth dynamics monitoring and forecasting applications research and technology development; $5 000 000 for ocean condition monitoring and forecasting applications research and technology development; $9 200 000 for environmental quality monitoring applications research and technology development; $11 900 000 for weather and climate observations and forecasting applications research and technology development; $15 500 000 for materials processing; $3 100 000 for communications technology consultation and support studies; $900 000 for communications applications transfer and demonstration program; and $7 200 000 for communications applications research and technology development.
m Includes $6 9 ' 40 000 for tectonic plate (geodynamics) study; $29 630 000 for resource observations applications research and data analysis; $5 600 000 for environmental observations operational satellite improvement program (advanced research and development); $29 298 000 for environmental observations applications research and data analysis; $2 000 000 for applications systems data management; $3 100 000 for space communications technology consultation and support studies; $5 650 000 for space communications applications research and data analysis; and $13 650 000 for materials processing.