32
Water In Ecosystems: A Non Renewable Resource
[50] ISO. Measurement of liquid flow in open channels, International Organization for
Standardization Handbook, 16, 518 (1983).
[51] WMO. Technical Regulations 1988 Vol. III - Hydrology Supplement World Meteorological
Organization (1992).
[52] Sevruk B. and Hamon W.R., International Comparison of national gauges with a reference pit
gauge, World Meteorological Organization Instruments and Observing Methods Report No.
17 (1984).
[53] Goodison B.E., Elomaa E., Golubev V., Gunther T. and Sevruk B., WMO Solid Precipitation
Measurement lntercomparison: preliminary results. World Meteorological Organization
Instruments and Observing Methods, Report No. 57, 15-19 (1994).
[54] WMO. Measurement and Estimation of Evaporation and Evapotranspiration WMO Technical
Note No. 83,121 (1966).
[55] Starosolszky O. and Muszkalay L., Intercomparison of principal hydrometric instruments,
World Meteorological Organization Commission for Hydrology (CHy), unpublished report
(1978).
[56] Wiebe K., Second phase - intercomparison of principal hydrometrical instruments, WMO
Technical Reports in Hydrology and Water Resources No. 43 (1994) (in press).
[57] Miller J.B., Making the software available: WMO experience in technology transfer; in
Hydroinformatics '94 (Verwey, A., Minns, A.W., Babovic, V., and Maksomovic, C., Eds.),
Institute of Hydraulic Engineering, Delft, 437-442 (1994).
[58] ISO. International Organization for Standardization, 9000 News 2, (1993).
[59] Mosley M.P. and McMillan D., Quality Assurance for Hydrological Data, World
Meteorological Organization Bulletin 43, 29-35 (1994).
[60] Young G.J., Dooge J.e.1. and Rodda J.C., Global Water Resources Issues. Cambridge
University Press, 194 (1994).
Water In Ecosystems: A Non Renewable Resource
[50] ISO. Measurement of liquid flow in open channels, International Organization for
Standardization Handbook, 16, 518 (1983).
[51] WMO. Technical Regulations 1988 Vol. III - Hydrology Supplement World Meteorological
Organization (1992).
[52] Sevruk B. and Hamon W.R., International Comparison of national gauges with a reference pit
gauge, World Meteorological Organization Instruments and Observing Methods Report No.
17 (1984).
[53] Goodison B.E., Elomaa E., Golubev V., Gunther T. and Sevruk B., WMO Solid Precipitation
Measurement lntercomparison: preliminary results. World Meteorological Organization
Instruments and Observing Methods, Report No. 57, 15-19 (1994).
[54] WMO. Measurement and Estimation of Evaporation and Evapotranspiration WMO Technical
Note No. 83,121 (1966).
[55] Starosolszky O. and Muszkalay L., Intercomparison of principal hydrometric instruments,
World Meteorological Organization Commission for Hydrology (CHy), unpublished report
(1978).
[56] Wiebe K., Second phase - intercomparison of principal hydrometrical instruments, WMO
Technical Reports in Hydrology and Water Resources No. 43 (1994) (in press).
[57] Miller J.B., Making the software available: WMO experience in technology transfer; in
Hydroinformatics '94 (Verwey, A., Minns, A.W., Babovic, V., and Maksomovic, C., Eds.),
Institute of Hydraulic Engineering, Delft, 437-442 (1994).
[58] ISO. International Organization for Standardization, 9000 News 2, (1993).
[59] Mosley M.P. and McMillan D., Quality Assurance for Hydrological Data, World
Meteorological Organization Bulletin 43, 29-35 (1994).
[60] Young G.J., Dooge J.e.1. and Rodda J.C., Global Water Resources Issues. Cambridge
University Press, 194 (1994).