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Browsing International Symposium on Hydrology of Mountainous Areas, 28-30 May 1992 at Shimla (India). by Title

Browsing International Symposium on Hydrology of Mountainous Areas, 28-30 May 1992 at Shimla (India). by Title

Now showing items 1-20 of 65

1-Hydrometeorology - General reporter's report

Lal, Jitendra (National Institute of Hydrology, 1992)
1.1-Determination of precipitation gradients in mountains

Molnar, L.; Kubjatko, F. (National Institute of Hydrology, 1992)

The areal distribution of precipitations in mountains is described by means of precipitation gradients using long term standard network data and comparing them with the experimental ...
1.2-Evapotranspiration in the Tatra mountains in Central Europe

Miklanek, P. (National Institute of Hydrology, 1992)

Evapotranspiration in the mountains represents an important water balance element. Unfortunately, our knowledge and possibilities for its direct determination are only limited. Results of the actual ...
1.3-Temporal variation of rainfall and temperature in the Ganga basin

Kothyari, U. C.; Singh, V. P. (National Institute of Hydrology, 1992)

A study of the climatic change in a region is important for agro-economic planning. Three stations, viz. Agra, Delhi and Dehradun, were selected for the study of temporal variations ...
1.4-Hydrometeorological aspects of September 1988 storm over Western Himalayas

Ramasastri, K. S. (National Institute of Hydrology, 1992)

The western Himalayan region covers the hilly areas in the states of Jammu and. Kashmir, Himachal Pradesh and Uttar Pradesh in India. The rivers in the region namely Jhelum, Chenab, Ravi, ...
1.5-Mountainous convective storm rainfall model - Hydrological applications

Lopes, Vicente L.; Fogel, Martin M. (National Institute of Hydrology, 1992)

The purposes of this paper are: 1. To provide a stochastic system framework for analyzing convective storm rainfall events on mountainous areas. 2. To present examples of utilizing an event-based precipitation model ...
2-Measurement techniques and network design for mountainous areas -General reporter's report

Rawat, J. S. (National Institute of Hydrology, 1992)
2.1-Some remarks to precipitation measurements in mountains

Holko, L. (National Institute of Hydrology, 1992)

The results of distribution of precipitation in a mountainous catchment are presented. Seasonal variations of precipitation gradients with altitude are pronounced, although winter regression ...
2.2-Reasons and limitations of transpiration measurements in mountainous areas

Molnar, L.; Meszaros, I.; Konicek, A. (National Institute of Hydrology, 1992)

Paper presents the up-to-date method of measurement of the transpiration, its application and also limitations in mountainous areas. The relationship of measured transpiration to ...
2.3-Automated estimation of snow cover parameters and meteorological quantities in mountainous regions for hydrological purposes.

Kanaev, I. A. (National Institute of Hydrology, 1992)

The paper presents information concerning setting up of automated system for data collection, processing and interpretation and possibilities of these systems application for hydrological problems solution. The problems ...
2.4-Discharge measurement of river Teesta in Sikkim using tracer dilution technique

Kumar, Bhishm; Navada, S. V.; Vatsa, Rajan (National Institute of Hydrology, 1992)

River Teesta is a perennial river with substantial flow even in lean season. It flows in North-South direction along the length of the state of Sikkim and forms the single major river in ...
2.5-Instrumentation & measurement techniques for the study of water equvalent of snow and snow pack and glacier using isotope techniques.

Kumar, Bhishm; Dwivedi, A. K. (National Institute of Hydrology, 1992)

The study of the formation of snow cover and measurement of its water is of great scientific and practical importance for land which is covered with snow for a large part of the year. ...
2.6-Capabilities of an advanced data acquisition system for mountainous regions.

Goyal, V. C.; Dwivedi, A. K. (National Institute of Hydrology, 1992)

Capabilities of an advanced data acquisition system for hydrometeorological measurements in mountainous regions have been described, The system is capable of collecting data on hydrometeorological ...
3-Modelling of snow and glacier melt - General reporter's report

Upadhyay, D. S. (National Institute of Hydrology, 1992)
3.1-Large-scale mathematical simulation of snow life in mountains

Isaev, A. A. (National Institute of Hydrology, 1992)

Theoretical ground of snow cover desription by mathematical model is defined. Non-regular scheme of numerical relief model (UHL) presenting adequate reflection of complex mountainous orography is developed. Computational ...
3.2-Snowpack dynamics in mountains area research finding in the South Western United States

Ffolliott, Peter F. (National Institute of Hydrology, 1992)

Lees than 10 percent of the annual precipitation in the southwestern United States is recovered for use by people. A large portion of the precipitation that is recovered originates on forested watersheds in ...
3.3-Short term glacio-hydrological relationships and their effect on the water balance in a glacierised basin

Bhutiyani, M. R. (National Institute of Hydrology, 1992)

The results of glaciological studies carried out during 1988 expedition to Chhota Shigri glacier basin have been discussed. The analysis of hourly temperature data collected at 3 different ...
3.4-Computation and reconstruction of the mass balance and glacier runoff in the Akshiyrak glacier system -Tien shah

Mikhalenko, V. N. (National Institute of Hydrology, 1992)

The Akshiyrak mountain-glacier system in the Tien Shan, consists of 178 glaciers. The comparison of two topographic surveys of 1943 and 1977 has permitted to obtain graphic and numerical data on the area, volume and ...
3.5-Snow hydrology project (UNDP) in Yamuna Basin - An overview

Iyer, S. S. (National Institute of Hydrology, 1992)

Hydrology is concerned with the study, understanding and evaluation of all the components of the hydrological cycle, quantitative evaluation of all factors that influence each of ...
3.6-Integration of remotely sensed data, Meteorological parameters & topographical details in snowmelt-runoff modelling

Tangri, Anjani K.; Shukla, Sudhakar (National Institute of Hydrology, 1992)

The capability to predict the possible discharge from a predominently snow cover watershed goes a long way in helping in proper management of various water resources related projects. The ...

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Browsing International Symposium on Hydrology of Mountainous Areas, 28-30 May 1992 at Shimla (India). by Title

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