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Quantification of node importance in rain gauge network: influence of temporal resolution and rain gauge density. [PDF]
Sci Rep, 2020 AbstractRain gauge network is important for collecting rainfall information effectively and efficiently. Rain gauge networks have been studied for several decades from a range of hydrological perspectives, where rain gauges with unique or non-repeating information are considered as important.
Tiwari S, Jha SK, Singh A.
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A Methodology for Rain Gauge Network Evaluation Considering the Altitude of Rain Gauge [PDF]
Journal of Wetlands Research, 2014 The observed rainfall may be different along with the altitude of rain gauge, resulting in the fact that the characteristics of rainfall events occurred in urban or mountainous areas are different. Due to the mountainous effects, in higher altitude, the uncertainty involved in the rainfall observation gets higher so that the density of rain gauges ...
Ji Ho Lee
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Remote Sensing, 2020 A well-designed rain gauge network can provide precise and detailed rainfall data for earth science research; meanwhile, satellite precipitation data has been developed to generate more real spatial features, which provides new data support for the ...
Yanyan Huang +3 more
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Optimal Rain Gauge Network Design Aided by Multi-Source Satellite Precipitation Observation
Remote Sensing, 2022 Optimized rain gauge networks minimize their input and maintenance costs. Satellite precipitation observations are particularly susceptible to the effects of terrain elevation, vegetation, and other topographical factors, resulting in large deviations ...
Helong Wang +4 more
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Rain Gauge Station Network Design for Hormozgan Province in Iran [PDF]
Desert, 2013 A rain gauge network should serve general as well as specific purposes such as water supply, hydropowergeneration, flood forecasting, irrigation, and flood control.
B. Bakhtiari +2 more
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Applied Sciences, 2020 To reduce hydrological disasters, it is necessary to operate rain gauge stations at locations where the spatio-temporal characteristics of rainfall can be reflected.
Taeyong Kwon +3 more
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Data Mining of Remotely-Sensed Rainfall for a Large-Scale Rain Gauge Network Design
IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing, 2021 Rain gauges are able to measure point rainfall with high accuracy compared with remote sensing observations. However, a single rain gauge cannot provide continuous spatial coverage, and thus, rain gauge networks need to be designed in a way that will ...
Zhenzhen Liu +3 more
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Journal of Hydrology: Regional Studies, 2015 Study region: Mahanadi Basin, India. Study focus: Flood is one of the most common hydrologic extremes which are frequently experienced in Mahanadi basin, India.
Anil Kumar Kar +3 more
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A Novel Optimal Layout Method for Rain Gauge Network Based on Mutual Information Entropy and Deep Learning Model [PDF]
SensorsRain gauge networks are the core infrastructure for hydrological and water resource monitoring, flood control and disaster mitigation early warning, and water resource planning and regulation.
Yanyan Huang +4 more
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Comparison of sensitivity of interpolation methods by rain gauge network density [PDF]
علوم و مهندسی آبیاریDifferent interpolation methods, each with their own strengths and weaknesses, are used to temporal and spatial estimation of precipitation. The accuracy of this estimate depends on the density of point data measured at rain gauge stations. In this study,
Amin Kanooni, Erfan Faraji Amogein
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