400
M. Menenti
system rehabilitation and management. in: A.Vidal (ed.). Proceedings of ICID Special
Technical Session on the Role of Advanced Technologies in Making Effective Use of Scarce
Water Resources, Rome, Italy. vol. 2: hs5.I-hs5.13
Veerlapati-Govardhan, 1993. Remote sensing and water management in command areas (Ed. I).
International Book Distributing Co; Lucknow; India: xxii + 353 pp.
Verdin, J.P., D.W. Eckhardt and G.R.Lyford, 1988. Evaluation of SPOT imagery for monitoring
irrigated lands. Proc. SPOT-I, utilisation des images, bilan, resultats. Cepadues Editions,
Toulouse, France: 81-91.
Vidal A., 1990. Estimation de I'evapotranspiration par teledetection. Application au controle de
I'irrigation. Collection Etudes du CEMAGREF, Serie Hydraulique Agricole. No.8: 180 pp.
Vidal, A., 1995. Proceedings of ICID Special Technical Session on the Role of Advanced
Technologies in Making Effective Use of Scarce Water Resources, Rome, Italy, 1995.
Volume 2. 1995,hsI7.I-hsI7.IO;
Vidal-A and A.Perrier, 1990. Irrigation monitoring by following the water balance from NOAAA VHRR thermal infrared data. IEEE Transactions on Geoscience and Remote Sensing. vol.
28 (5): 949-954
Vincent B., A.Vidal, D.Tabbet, A. Baqri and M. Kuper, 1996. Use of satellite remote sensing for
the assessment of waterlogging or salinity as an indication of the performance of drained
systems. Proc. Workshop Sustainability of irrigated agriculture: evaluation of the performance of subsurface drainage systems. 16th ICID Congress, Cairo, Egypt, 15-22 September
1996: 203-216
Volovik, V.V. and D.V. Kochergin, 1993. Studying the old irrigation lands based on materials of
multizonal space photography. Problems of Desert Development. vol. (I): 53-70. translated
from Problemy Osvoeniya Pustyn vol. 1: 16-21
Wang, J.M., K. Sahashi, E. Ohtaki, T. Maitani, O. Tsukamoto, Y. Mitsuta, T. Khobayashi, H.
Zheng, I. Li and Z. Xie, 1993. Energy and mass transfer characteristics of soil-vegetationatmosphere system in oasis area. Outline of the biometeorological observation period (BOP).
Proc. Int. Symposium on HEIFE. Natural Disaster Research Institute, Kyoto, Japan: 507-514
Wessmann, C.A., 1992. Imaging spectrometry for remote sensing of ecosystem processes. Adv.
Space Res. vol. 12 (7): 361-368
Wiegand, C.L., J.H. Everitt and A.J. Richardson, 1992. Comparison of multispectral video and
SPOT-l HRV observations for cotton affected by soil salinity. lnt. J. Rem. Sens. vol. 13 (8):
1511-1525
Wiegand, C.L., J.D. Rhoades, D.E. Escobar and J.H. Everitt, 1994. Photographic and
videographic observations for determining and mapping the response of cotton to soil
salinity. Rem. Sens. Env. vol. 49 (3): 212-223
Wildman, W.E., 1982. Detection and management of soil, irrigation and drainage problems. in:
Johannsen and Sanders (eds). Remote sensing for resource management: 387-401
Younes, H.A., A.Gad and M.A. Rahman, 1993. Utilization of different remote sensing
techniques for the assessment of soil salinity and water table levels in the Serry Command
Area, Egypt. Egyptian J. Soil Sci. vol. 33 (4): 343-354
M. Menenti
system rehabilitation and management. in: A.Vidal (ed.). Proceedings of ICID Special
Technical Session on the Role of Advanced Technologies in Making Effective Use of Scarce
Water Resources, Rome, Italy. vol. 2: hs5.I-hs5.13
Veerlapati-Govardhan, 1993. Remote sensing and water management in command areas (Ed. I).
International Book Distributing Co; Lucknow; India: xxii + 353 pp.
Verdin, J.P., D.W. Eckhardt and G.R.Lyford, 1988. Evaluation of SPOT imagery for monitoring
irrigated lands. Proc. SPOT-I, utilisation des images, bilan, resultats. Cepadues Editions,
Toulouse, France: 81-91.
Vidal A., 1990. Estimation de I'evapotranspiration par teledetection. Application au controle de
I'irrigation. Collection Etudes du CEMAGREF, Serie Hydraulique Agricole. No.8: 180 pp.
Vidal, A., 1995. Proceedings of ICID Special Technical Session on the Role of Advanced
Technologies in Making Effective Use of Scarce Water Resources, Rome, Italy, 1995.
Volume 2. 1995,hsI7.I-hsI7.IO;
Vidal-A and A.Perrier, 1990. Irrigation monitoring by following the water balance from NOAAA VHRR thermal infrared data. IEEE Transactions on Geoscience and Remote Sensing. vol.
28 (5): 949-954
Vincent B., A.Vidal, D.Tabbet, A. Baqri and M. Kuper, 1996. Use of satellite remote sensing for
the assessment of waterlogging or salinity as an indication of the performance of drained
systems. Proc. Workshop Sustainability of irrigated agriculture: evaluation of the performance of subsurface drainage systems. 16th ICID Congress, Cairo, Egypt, 15-22 September
1996: 203-216
Volovik, V.V. and D.V. Kochergin, 1993. Studying the old irrigation lands based on materials of
multizonal space photography. Problems of Desert Development. vol. (I): 53-70. translated
from Problemy Osvoeniya Pustyn vol. 1: 16-21
Wang, J.M., K. Sahashi, E. Ohtaki, T. Maitani, O. Tsukamoto, Y. Mitsuta, T. Khobayashi, H.
Zheng, I. Li and Z. Xie, 1993. Energy and mass transfer characteristics of soil-vegetationatmosphere system in oasis area. Outline of the biometeorological observation period (BOP).
Proc. Int. Symposium on HEIFE. Natural Disaster Research Institute, Kyoto, Japan: 507-514
Wessmann, C.A., 1992. Imaging spectrometry for remote sensing of ecosystem processes. Adv.
Space Res. vol. 12 (7): 361-368
Wiegand, C.L., J.H. Everitt and A.J. Richardson, 1992. Comparison of multispectral video and
SPOT-l HRV observations for cotton affected by soil salinity. lnt. J. Rem. Sens. vol. 13 (8):
1511-1525
Wiegand, C.L., J.D. Rhoades, D.E. Escobar and J.H. Everitt, 1994. Photographic and
videographic observations for determining and mapping the response of cotton to soil
salinity. Rem. Sens. Env. vol. 49 (3): 212-223
Wildman, W.E., 1982. Detection and management of soil, irrigation and drainage problems. in:
Johannsen and Sanders (eds). Remote sensing for resource management: 387-401
Younes, H.A., A.Gad and M.A. Rahman, 1993. Utilization of different remote sensing
techniques for the assessment of soil salinity and water table levels in the Serry Command
Area, Egypt. Egyptian J. Soil Sci. vol. 33 (4): 343-354