International audienceWe propose a method for estimating the parameters in a latent Gaussian field used for modeling daily rainfall. For the rainfall variable, a monotonie transformation is applied to achieve marginal normality, thus, defining a latent variable, with zéro rainfall values corresponding to censored values below a threshold. Methodology is presented for model estimation and validation illustrated using accumulated daily rainfall data from a network of 14 stations in the Southern Sweden. Performance of the model is judged through its ability to accurately reproduce a sériés of temporal and spatial dependence measures
Estimating precipitation volume over space and time is essential for many reasons such as evaluating...
A model based on the two‐dimensional stochastic advection‐diffusion equation is developed to forecas...
Subdaily rainfall data, though essential for applications in many fields, is not as readily availabl...
International audienceWe propose a method for estimating the parameters in a latent Gaussian field u...
ABSTRACT A monotonic transformation is applied to hourly rainfall data to achieve marginal normality...
We propose a vector autoregressive moving average process as a model for daily weather data. For the...
We propose a vector autoregressive moving average process as a model for daily weather data. For the...
A daily stochastic spatiotemporal precipitation generator that yields precipitation realizations tha...
SummaryLarge scale rainfall models are needed for collective risk estimation in flood insurance, inf...
A new hidden Markov model for the space-time evolution of daily rainfall is developed which models p...
Rainfall is a key parameter for understanding the water cycle. An accurate rainfall measurement is v...
none2Two features are often observed in analyses of both daily and hourly rainfall series. One is t...
A method is introduced for stochastic rainfall downscaling that can be easily applied to the precip...
International audienceSimulation methods for design flood estimations in dam safety studies require ...
A method is introduced for stochastic rainfall downscaling that can be easily applied to the precipi...
Estimating precipitation volume over space and time is essential for many reasons such as evaluating...
A model based on the two‐dimensional stochastic advection‐diffusion equation is developed to forecas...
Subdaily rainfall data, though essential for applications in many fields, is not as readily availabl...
International audienceWe propose a method for estimating the parameters in a latent Gaussian field u...
ABSTRACT A monotonic transformation is applied to hourly rainfall data to achieve marginal normality...
We propose a vector autoregressive moving average process as a model for daily weather data. For the...
We propose a vector autoregressive moving average process as a model for daily weather data. For the...
A daily stochastic spatiotemporal precipitation generator that yields precipitation realizations tha...
SummaryLarge scale rainfall models are needed for collective risk estimation in flood insurance, inf...
A new hidden Markov model for the space-time evolution of daily rainfall is developed which models p...
Rainfall is a key parameter for understanding the water cycle. An accurate rainfall measurement is v...
none2Two features are often observed in analyses of both daily and hourly rainfall series. One is t...
A method is introduced for stochastic rainfall downscaling that can be easily applied to the precip...
International audienceSimulation methods for design flood estimations in dam safety studies require ...
A method is introduced for stochastic rainfall downscaling that can be easily applied to the precipi...
Estimating precipitation volume over space and time is essential for many reasons such as evaluating...
A model based on the two‐dimensional stochastic advection‐diffusion equation is developed to forecas...
Subdaily rainfall data, though essential for applications in many fields, is not as readily availabl...