AbstractIn this paper we propose, analyze and also quantify cross-correlations between climatological data. For this purpose we adopt the DCCA cross-correlation coefficient ρDCCA. In order to accomplish this goal, we calculate the cross-correlation between time series of air temperature and relative humidity. This analysis was performed taking into account several stations (cities) around the world. The results found here, depending on the station location, may exhibit one of the following behaviors, i.e., negative, positive, or null cross-correlations. It is noteworthy that, the level of cross-correlation between air temperature and relative humidity is quantified in these cases. Finally, DCCA cross-correlation coefficients show that, in g...
Noisy signals in many real-world systems display long-range autocorrelations and long-range cross-co...
<div><p>This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investig...
<p>a) correlations with monthly temperature; b) correlations with monthly minimum temperature; c) co...
AbstractIn this paper we propose, analyze and also quantify cross-correlations between climatologica...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
Cross-correlation between pairs of variables takes multi-time scale characteristic, and it can be to...
Daily mean temperature records over China during the past 50 years are studied by means of detrended...
AbstractWe propose in this paper to establish a well-defined relationship between αDFA (the long ran...
<p>Tmin represents monthly average minimum temperature, Tmax is the monthly average max temperature,...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
In this paper, a new method, detrended partial-cross-correlation analysis (DPCCA), is proposed. Base...
Noisy signals in many real-world systems display long-range autocorrelations and long-range cross-co...
<div><p>This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investig...
<p>a) correlations with monthly temperature; b) correlations with monthly minimum temperature; c) co...
AbstractIn this paper we propose, analyze and also quantify cross-correlations between climatologica...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
The analysis of air temperature and relative humidity is fundamental in several areas of knowledge. ...
Cross-correlation between pairs of variables takes multi-time scale characteristic, and it can be to...
Daily mean temperature records over China during the past 50 years are studied by means of detrended...
AbstractWe propose in this paper to establish a well-defined relationship between αDFA (the long ran...
<p>Tmin represents monthly average minimum temperature, Tmax is the monthly average max temperature,...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investigate the ...
In this paper, a new method, detrended partial-cross-correlation analysis (DPCCA), is proposed. Base...
Noisy signals in many real-world systems display long-range autocorrelations and long-range cross-co...
<div><p>This paper focuses on smoothed functional canonical correlation analysis (SFCCA) to investig...
<p>a) correlations with monthly temperature; b) correlations with monthly minimum temperature; c) co...