In this work we study three long series of daily rainfall measured in North-Western Italy. We analyze the global statistical properties of the three data sets and we discuss both the seasonal distribution of rainfall intensity and the long-term variation in rainfall properties. We show that the three series display a vanishingly small autocorrelation for periods longer than one or two days, consistent with the absence of multifractality in these records. These time series are largely consistent with the output of a simple chain-dependent stochastic process
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
A general consensus on the concept of rainfall intermittency has not yet been reached, and intermitt...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
In this work we study three long series of daily rainfall measured in North-Western Italy. We analyz...
Since the 18th century systematic measurements of rainfall have been collected in Italy. The daily r...
In this work a set of time-series of inter-arrival times of rainfall events, at daily scale, was ana...
Modeling of rainfall statistical structure represents an important research area in hydrology, meteo...
Daily precipitation records exist spanning several decades. A valuable amount of climatic informatio...
Modeling of rainfall statistical structure represents an important research area in hydrology, meteo...
Daily precipitation records exist spanning several decades. A valuable amount of climatic informatio...
In this work a set of time-series of inter-arrival times of rainfall events, at daily scale, was ana...
An approach that relies on L-moments is used to examine the long-term annual series of precipitation...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
A new data set of 45 daily precipitation series, covering quite uniformly Italian territory for the ...
An approach that relies on L-moments is used to examine the long-term annual series of precipitation...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
A general consensus on the concept of rainfall intermittency has not yet been reached, and intermitt...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
In this work we study three long series of daily rainfall measured in North-Western Italy. We analyz...
Since the 18th century systematic measurements of rainfall have been collected in Italy. The daily r...
In this work a set of time-series of inter-arrival times of rainfall events, at daily scale, was ana...
Modeling of rainfall statistical structure represents an important research area in hydrology, meteo...
Daily precipitation records exist spanning several decades. A valuable amount of climatic informatio...
Modeling of rainfall statistical structure represents an important research area in hydrology, meteo...
Daily precipitation records exist spanning several decades. A valuable amount of climatic informatio...
In this work a set of time-series of inter-arrival times of rainfall events, at daily scale, was ana...
An approach that relies on L-moments is used to examine the long-term annual series of precipitation...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
A new data set of 45 daily precipitation series, covering quite uniformly Italian territory for the ...
An approach that relies on L-moments is used to examine the long-term annual series of precipitation...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...
A general consensus on the concept of rainfall intermittency has not yet been reached, and intermitt...
The statistical inference of the alternation of wet and dry periods in daily rainfall records can be...