Monte Carlo inversion techniques were first used by Earth scientists more than 30 years
ago. Since that time they have been applied to a wide range of problems, from the inversion …

Hydrometric network design for surface water monitoring is employed to address a wide
range of environmental and water resources problems. Historical overview of hydrometric …

Planning for drought relief and floods in developing countries is greatly hampered by the
lack of a sufficiently dense network of weather stations measuring precipitation. In this paper …

The variogram structure is an effective tool in order to appraise the rainfall spatial variability.
In areas with disperse raingauge network, this paper suggests a 3-D estimation of the …

Hydrology and Global Environmental Change presents the hydrological contribution to, and
consequences of, global environmental change. Assuming little or no prior knowledge on …

Groundwater monitoring networks are direct sources of information for revealing subsurface
system dynamic processes. However, designing such networks is difficult due to …

Rainfall data are a fundamental input for effective planning, designing and operating of
water resources projects. A well‐designed rain gauge network is capable of providing …

Sensors and sensor networks play an important role in decision-making related to water
quality, operational streamflow forecasting, flood early warning systems, and other areas. In …

This paper develops a non-linear programming optimization model with an integrated soil
water balance, to determine the optimal reservoir release policies, the irrigation allocation to …

Rain‐gauge networks are often used to provide estimates of area average rainfall or point
rainfalls at ungauged locations. The level of accuracy a network can achieve depends on …