<p>Component loading of each PC against mean monthly, seasonal and annual temperatures and precipitation for the period 1901–2000 (right).</p
<p>(A) Density of occurrences of <i>T</i>. <i>crinita</i> (shaded area, more dense shading indicates...
Sea surface temperature is an important indicator of the state of the earth's climate system. T...
<p>Scores of a principal component analysis on climatic variables for the “full” and “wintering” dat...
<p>The variations of climatic variables were derived from CRU_TS 2.1 data. (a): mean annual temperat...
<p>We also show for each principal component the percent of the total variance across all eight vari...
<p>Evolution of shared growth variability (estimated by the PC1) since 1928 using subintervals of 20...
The spatial patterns of precipitation variability over the UK are examined for the period 1861-1970 ...
1<p>Climatic data for the May to October growing season (1910–2010) (see <a href="http://www.plosone...
By using the orthogonal transformations between principal components and original variates, a loadin...
The authors describe the construction of a 0.5 ° latitude/longitude gridded dataset of monthly terre...
Representing 20th century space-time climate variability. I: Development of a 1961--1990 mean month...
<p>Note that the axis 1 and 2 explain respectively 50.8% and 20.6% of the total variation. The third...
<p>Loadings and variation explained in two Principal Components Analysis using five environmental va...
The purpose of the following study is to investigate the existence, nature, and prominence of month-...
<p>Two principal components, explaining 66.3% of the total variation, were retained from the PCA ana...
<p>(A) Density of occurrences of <i>T</i>. <i>crinita</i> (shaded area, more dense shading indicates...
Sea surface temperature is an important indicator of the state of the earth's climate system. T...
<p>Scores of a principal component analysis on climatic variables for the “full” and “wintering” dat...
<p>The variations of climatic variables were derived from CRU_TS 2.1 data. (a): mean annual temperat...
<p>We also show for each principal component the percent of the total variance across all eight vari...
<p>Evolution of shared growth variability (estimated by the PC1) since 1928 using subintervals of 20...
The spatial patterns of precipitation variability over the UK are examined for the period 1861-1970 ...
1<p>Climatic data for the May to October growing season (1910–2010) (see <a href="http://www.plosone...
By using the orthogonal transformations between principal components and original variates, a loadin...
The authors describe the construction of a 0.5 ° latitude/longitude gridded dataset of monthly terre...
Representing 20th century space-time climate variability. I: Development of a 1961--1990 mean month...
<p>Note that the axis 1 and 2 explain respectively 50.8% and 20.6% of the total variation. The third...
<p>Loadings and variation explained in two Principal Components Analysis using five environmental va...
The purpose of the following study is to investigate the existence, nature, and prominence of month-...
<p>Two principal components, explaining 66.3% of the total variation, were retained from the PCA ana...
<p>(A) Density of occurrences of <i>T</i>. <i>crinita</i> (shaded area, more dense shading indicates...
Sea surface temperature is an important indicator of the state of the earth's climate system. T...
<p>Scores of a principal component analysis on climatic variables for the “full” and “wintering” dat...