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Rain gauge inter-comparsion quantifies differences in precipitation monitoring
(2020)
Efforts to correct precipitation measurements have been ongoing for decades, but are scarce for tropical highlands. Four tipping-bucket (TB) rain gauges with different resolution that are commonly used in the Andean mountain ...
Comparison of rain estimates using TRMM, NEXRAD and rain gauges over Puerto Rico
(University of Puerto Rico, 2002)
Se presente el ambiente computacional interactivo RAIN_PROC (Procesamiento de lluvias por sus siglas en inglés) para el análisis, comparación y visualización de datos de precipitación. Se emplearon técnicas de visualización ...
Red de pluviómetros de productores de los llanos de La Rioja
(Estación Experimental Agropecuaria La Rioja, INTA, 2021)
La red entró en funcionamiento en el año 2020, con la
instalación de los primeros pluviómetros en los departamentos
General San Martín, Chamical, General Belgrano y
General Ángel V. Peñaloza. Después esta red se ...
Quantitative precipitation estimation integrated by Poisson'S equation using radar mosaic, satellite, and rain gauge network
(2017-05-01)
High-resolution quantitative precipitation estimation (QPE) from radar and satellite combined with rain gauges is one of the most important guides for hydrological forecasts. Whereas rain gauges provide accurate measurement ...
A Step towards Integrating CMORPH Precipitation Estimation with Rain Gauge Measurements
(Hindawi Ltd, 2019-01-01)
Accurate daily rainfall estimation is required in several applications such as in hydrology, hydrometeorology, water resources management, geomorphology, civil protection, and agriculture, among others. CMORPH daily rainfall ...
Annual erosivity models using rain gauge records for the Pacific slope of GuatemalaModelos de erosividad anual utilizando registros pluviómetros para la vertiente del pacífico de Guatemala
(Universidad de San Carlos de Guatemala, 2022)
Impact of rain gauge density on hydrological simulation in a small mountain catchment in southern Ecuador
(2018-03-14)
In places with high spatio-temporal rainfall variability, as mountain regions, input data could be a large source of uncertainty in hydrological modelling. Here we evaluate the impact of rainfall estimation in runoff ...
A comparative analysis of TRMM-rain gauge data merging techniques at the daily time scale for distributed rainfall-runoff modeling applications
(American Meteorological Society, 2015-01)
This study compares two nonparametric rainfall data merging methods-the mean bias correction and double-kernel smoothing-with two geostatistical methods-kriging with external drift and Bayesian combination-for optimizing ...
COMPARACIÓN ENTRE PLUVIÓMETROS CUANTIFICA DIFERENCIAS EN EL MONITOREO DE LA PRECIPITACIÓN
(2020-03)
Por décadas se ha trabajado para corregir las medidas de precipitación, sin embargo estos esfuerzos han sido escasos
en zonas tropicales montañosas. Cuatro pluviómetros de balancín (TB), con distinta resolución y ...
Rainfall monitoring network design using conditioned latin hypercube sampling and satellite precipitation estimates: an application in the ungauged Ecuadorian Amazon
(2019)
Rain gauge networks are crucial for enhancing the spatio‐temporal characterization of precipitation. In tropical regions, scarcity of rain gauge data, climatic variability, and variable spatial accessibility make conventional ...