% \begin{figure}
% \centering
% \includegraphics[width=\linewidth{}]{./images/map/schweiz_stationshoehen}
% \caption{Stations with meter above sea level: Bargen (SH) (BAR), Bière (BIR), Binningen (Basel) (BAS), Col du Grand St-Bernard (GSB), Egolzwil (EGO), Genève-Observatoire (GEO), Jungfraujoch (JUN), La Brévine (BRL), Lugano (LUG), Männlichen (MAE), Matro (MTR), Mosen (MOA), Passo del S. Gottardo (GOH), Schaffhausen (SHA), Schüpfheim (SPF), Segl-Maria (SIA), Sion (ION), Zollikofen (Bern) (BER) and Zürich (SMA)}\label{fig:ch_stationen_karte}
% \end{figure}


% \begin{figure}
% \centering
% \input ./images/PM10/plots_AoS_RM_1998-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Weekly Cycle of \PM{10}. Errorbars $\pm1$ standard error. Average over stations (welche?...). RM. 1998-01-01--2006-12-31}\label{fig:pm10_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[6-Day-Week]{
%  \input ./images/PM10/plots_6-Day-Week_AoS_RM_1998-01-01_bis_2006-12-31_005.pdftex_t
% }\hfill
% \subfigure[8-Day-Week]{
%  \input ./images/PM10/plots_8-Day-Week_AoS_RM_1998-01-01_bis_2006-12-31_005.pdftex_t
% }
% \caption{Weekly Cycle of \PM{10}. Errorbars $\pm1$ standard error. Average over Stations RM. 1998-01-01--2006-12-31}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/PM10/plots_spektren_RM_1998-01-01_bis_2006-12-31_004.pdftex_t
% \caption{Smoothed Periodogram of \PM{10} with bandwidth=0.00243. 1998-01-01--2006-12-31 % smoothed spans=c(20,20)
% The first peak is at $\frac{1}{31}$ because everthing before is filtered out through the running mean of 31-day. Peaks between $\frac{1}{31}$ and $\frac{1}{7}$ are caused through unfilted trends. % TODO between 7 and 31 days.
% \protect\\
% ``The cross emblem in the upper right corner of the plot represents the bandwidth of the smoother (cross-piece) and the upper and lower bounds off a pointwise 95\% confidence interval for the spectral density about the plotted curve (vertical line of the cross)'' \protect\cite[page 49]{smith1999}.}\label{fig:pm10_periodogram}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[Weekly Cycle
% ]{
%  \input ./images/PM1/plots_AoS_RM_2003-01-01_bis_2006-12-31_005.pdftex_t
%  \label{fig:pm1_weekly_cycle}
% }\hfill
% \subfigure[Smoothed Periodogram with bandwidth=0.00176.% smoothed spans=c(7,7)
% ]{
%  \input ./images/PM1/plots_spektren_RM_2003-01-01_bis_2006-12-31_003.pdftex_t
%  \label{fig:pm1_periodogram}
% }
% \caption{\PM{1} Average over all stations (jun,...). RM. 2003-01-01--2006-12-31
% }\label{fig:pm1_weekly_cycle_periodogram}
% \end{figure}

% The first peak is at $\frac{1}{31}$ because everthing before is filtered out through the running mean of 31-day. Peaks between $\frac{1}{31}$ and $\frac{1}{7}$ are caused through unfilted trends. % TODO between 7 and 31 days.
% \protect\\
% ``The cross emblem in the upper right corner of the plot represents the bandwidth of the smoother (cross-piece) and the upper and lower bounds off a pointwise 95\% confidence interval for the spectral density about the plotted curve (vertical line of the cross)'' \protect\cite[page 49]{smith1999}.

% \begin{figure}
% \centering
% \input ./images/precipitation/plots_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Weekly Cycle of Precipitation (daily precipitation total 5:40 to 5:40 UTC). Average over stations RM. 1992-01-01--2006-12-31}\label{fig:precipitation_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[6-Day-Week
% ]{
%  \input ./images/precipitation/plots_6-Day-Week_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
%  \label{fig:6-day_weekly_cycle}
% }\hfill
% \subfigure[8-Day-Week
% ]{
%  \input ./images/precipitation/plots_8-Day-Week_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
%  \label{fig:8-day_weekly_cycle}
% }
% \caption{Weekly Cycle of Precipitation (daily precipitation total 5:40 to 5:40 UTC). Average over stations RM. 1992-01-01--2006-12-31
% }\label{fig:precipitation_6_8_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/temperature/plots_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Weekly Cycle of Temperature 2\,m above Ground. Average over stations RM. 1992-01-01--2006-12-31}\label{fig:temperature_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/temperature/plots_spektren_RM_1992-01-01_bis_2006-12-31_004.pdftex_t
% \caption{Smoothed Periodogram of Temperature 2\,m above Ground with bandwidth=0.00146. 1992-01-01--2006-12-31 % smoothed spans=c(20,20)
% The first high peak is at $\frac{1}{31}$ because everthing before is filtered out through the running mean of 31-day, the peak before at $\frac{1}{365}\approx0.003$ is the not perfekt filtred out seasonal cycle. Peaks between $\frac{1}{31}$ and $\frac{1}{7}$ are caused through unfilted trends. % TODO between 7 and 31 days.
% \protect\\
% ``The cross emblem in the upper right corner of the plot represents the bandwidth of the smoother (cross-piece) and the upper and lower bounds off a pointwise 95\% confidence interval for the spectral density about the plotted curve (vertical line of the cross)'' \protect\cite[page 49]{smith1999}.}\label{fig:temperature_periodogram}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/sunshine/plots_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Weekly cycle of sunshine duration (daily sunshine duration total). Average over stations RM. 1992-01-01--2006-12-31}\label{fig:sunshine_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/range/plots_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Weekly cycle of daily temperature range ($T_{\text{max}}-T_{\text{min}}$). Average over stations RM. 1992-01-01--2006-12-31}\label{fig:range_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \includegraphics[viewport=85 50 710 507, clip, width=\linewidth{}]{./images/sommer2007/pressure/matlab_sommer07_pressure_fit.pdf}
% \caption{Curve fitting. Summer 2007 (2007-06-01--2007-09-30). air pressure at sea level (\ac{QFF})
% }\label{fig:summer_pressure_fitting}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[Boxplot
% ]{
%  \input ./images/sommer2007/pressure/plots_AoS_RM_2007-06-01_bis_2007-09-30_002.pdftex_t
%  \label{fig:summer_pressure_boxplot}
% }\hfill
% \subfigure[Errorbars $\pm1$ standard error
% ]{
%  \input ./images/sommer2007/pressure/plots_AoS_RM_2007-06-01_bis_2007-09-30_005.pdftex_t
%  \label{fig:summer_pressure_cycle}
% }
% \caption{Summer 2007 (2007-06-01--2007-09-30). Air pressure at sea level (\ac{QFF}). Average over stations. RM.
% }\label{fig:summer_cycle_pressure}
% \end{figure}
% 
% \begin{figure}
% \centering
% \subfigure[\PM{10}
% ]{
%  \input ./images/sommer2007/PM10/plots_AoS_RM_2007-06-01_bis_2007-09-30_005.pdftex_t
%  \label{fig:summer_PM10}
% }\hfill
% \subfigure[Mean Daily Temperature Anomaly
% ]{
%  \input ./images/sommer2007/temperature/plots_AoS_RM_2007-06-01_bis_2007-09-30_005.pdftex_t
%  \label{fig:summer_pressure_cycle}
% }
% \caption{Summer 2007 (2007-06-01--2007-09-30). \PM{10} Average over stations. RM. Errorbars $\pm1$ standard error
% }\label{fig:summer_cycle}
% \end{figure}
% 
% \begin{figure}
% \centering
% \subfigure[Sunshine
% ]{
%  \input ./images/sommer2007/sunshine/plots_AoS_RM_2007-06-01_bis_2007-09-30_005.pdftex_t
%  \label{fig:summer_sunshine}
% }\hfill
% \subfigure[Temperature Range ($T_{\text{max}}-T_{\text{min}}$)
% ]{
%  \input ./images/sommer2007/range/plots_AoS_RM_2007-06-01_bis_2007-09-30_005.pdftex_t
%  \label{fig:summer_precipitation}
% }
% \caption{Summer 2007 (2007-06-01--2007-09-30). \PM{10} Average over stations. RM. Errorbars $\pm1$ standard error
% }\label{fig:summer_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/wetterlagen/wetterlage_001.pdftex_t
% \caption{Distribution of the different weather condition per weekday}\label{fig:range_weekly_cycle}
% \end{figure}

% \begin{figure} % falls problem überprüfen ob auch ein ° vor dem C in der pdftex_t datei steht.
% \centering
% \subfigure[10 minutes values]{
%  \input ./images/data_problems/matro_data_problem_001.pdftex_t
% }\hfill
% \subfigure[Daily values]{
%  \input ./images/data_problems/matro_data_problem_002.pdftex_t
% }
% \caption{Temperature 2\,m above ground in August 2003 recorded at Matro.}\label{results:fig:data_problems}
% \end{figure}

% \begin{figure}
% \centering
% %\input ./images/pm10/pm10_AoS_RM_1998-01-01_bis_2006-12-31_005.pdf_t
% \caption{dc da da }\label{fig:pm10_since1998}
% \end{figure}
% 
% \begin{figure}
% \centering
% \subfigure[1872-01-01--1886-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1872-01-01_bis_1886-12-31_005.pdftex_t
% }\hfill
% \subfigure[1887-01-01--1901-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1887-01-01_bis_1901-12-31_005.pdftex_t
% }\hfill
% \subfigure[1902-01-01--1916-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1902-01-01_bis_1916-12-31_005.pdftex_t
% }\vspace{1em}\\
% \subfigure[1917-01-01--1931-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1917-01-01_bis_1931-12-31_005.pdftex_t
% }\hfill
% \subfigure[1932-01-01--1946-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1932-01-01_bis_1946-12-31_005.pdftex_t
% }\hfill
% \subfigure[1947-01-01--1961-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1947-01-01_bis_1961-12-31_005.pdftex_t
% }\vspace{1em}\\
% \subfigure[1962-01-01--1976-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1962-01-01_bis_1976-12-31_005.pdftex_t
% }\hfill
% \subfigure[1977-01-01--1991-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1977-01-01_bis_1991-12-31_005.pdftex_t
% }\hfill
% \subfigure[1992-01-01--2006-12-31]{
%  \input ./images/changeovertime/temperature/AoS_RM_temp_ch_1992-01-01_bis_2006-12-31_005.pdftex_t
% }

% \begin{figure}
% \centering
% \input ./images/wetterlagen/sommer_wetterlagen_001.pdftex_t
% \caption{Distribution of the different weather condition per weekday in summer (2007-06-01--2007-09-30)}\label{fig:range_weekly_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[The \RM{} in random order (sample)]{
%  \input ./images/simulation/precipitation/simulation_rain_1960-01-01-1989-12-31_001.pdftex_t
%  \label{fig:simlation_sample_precipitation}
% }\hfill
% \subfigure[Series with the same standard deviation and length as \RM{}
% ]{
%  \input ./images/simulation/precipitation/simulation_rain_1960-01-01-1989-12-31_011.pdftex_t
%  \label{fig:simlation_distribution_precipitation}
% }
% \caption{Amplitude of 1000 simulated time series for precipitation (daily precipitation total 5:40 to 5:40 UTC from 1960-01-01 to 1989-12-31). The amplitude of the original time series is at the dashed blue line. Inside of the range---marked with the both vertical grey lines---are 95\% of the simulated values.
% }\label{fig:simulation_1_precipitation}
% \end{figure}
% 
% \begin{figure}
% \centering
% \input ./images/pressure/plots_AoS_RM_1992-01-01_bis_2006-12-31_005.pdftex_t
% \caption{Pressure anomaly. Weekly Cycle. Errorbars $\pm1$ standard error. Average over stations, \RM{}}\label{fig:pressure_cycle}
% \end{figure}

% \begin{figure}
% \centering
% \input ./images/anzahl_signifikante_tests/plot_sig.pdftex_t
% \caption{Number of siginificant tests (for $\alpha=5\%$) on precipitation data in 15 years period steps between 1872-01-01 and 2006-12-31. The total amount of tests is 3 times 140.}\label{fig:sig_tests}
% \end{figure}

% \begin{figure}
% \centering
% \subfigure[Original figure from \protect\citet{baeumer2007feb}
% ]{
%  \includegraphics[page=2, width=0.49\linewidth{}, height=56.5mm, viewport=87 615 271 733, clip]{../literatur/papers/Baeumer_Vogel_2006}
%  \label{fig:german_orig}
% }\hfill
% \subfigure[Our check
% ]{
%  \vspace{-5cm}
%  \input ./images/germany/plots_RM_1991-01-01_bis_2005-12-31__run_time_2008_02_07_1829_005.pdftex_t
%  \label{fig:german_rm}
% }
% \caption{Checking of the calculation procedure for the german stations: Aachen, Berlin-Tempelhof, Düsseldorf, Frankfurt/Main Flughafen, Helgoland, Hohenpeissenberg, Kahler Asten, Karlsruhe, Konstanz, Rostock-Warnemünde, Stuttgard-Echterdingen and Zugspitze in the period 1991-01-01--2005-12-31. The \RM{} of all stations are grouped directly by weekday (assumption that the stations are absoluty selfcontained), no average over the stations. Errorbars $\pm1$ standard error.
% }\label{fig:baeumer_vergleich}
% \end{figure}
% 
% \begin{figure}
% \centering
% \subfigure[6-Day-Week. Amplitude is 0.17. % 0.167509
% ]{
%  \input ./images/germany/plots_6-Day-Week_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_6-day-week_rm}
% }\hfill
% \subfigure[7-Day-Week. Amplitude is 0.17. % 0.16909
% ]{
%  \input ./images/germany/plots_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_7-day-week_rm}
% }\hfill
% \subfigure[8-Day-Week. Amplitude is 0.30 % 0.295929
% ]{
%  \input ./images/germany/plots_8-Day-Week_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_8-day-week_rm}
% }\\\vspace{2ex}
% \subfigure[6-Day-Week. Average over stations. % 0.167509
% ]{
%  \input ./images/germany/plots_6-Day-Week_AoS_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_6-day-week_rm}
% }\hfill
% \subfigure[7-Day-Week. Average over stations. % 0.16909
% ]{
%  \input ./images/germany/plots_AoS_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_7-day-week_rm}
% }\hfill
% \subfigure[8-Day-Week. Average over stations. % 0.295929
% ]{
%  \input ./images/germany/plots_8-Day-Week_AoS_RM_1991-01-01_bis_2005-12-31_005.pdftex_t
%  \label{fig:german_8-day-week_rm}
% }
% 
% \caption{6-, 7- and 8-day-week for the german stations: Aachen, Berlin-Tempelhof, Düsseldorf, Frankfurt/Main Flughafen, Helgoland, Hohenpeissenberg, Kahler Asten, Karlsruhe, Konstanz, Rostock-Warnemünde, Stuttgard-Echterdingen and Zugspitze in the period 1991-01-01--2005-12-31. In the first row the \RM{} of all stations are grouped directly by weekday (assumption that the stations are absoluty selfcontained), no average over the stations. In the second row is first computed a single time series with mean values for every single day. Errorbars $\pm1$ standard error. The range of the ordinate is from week to week different.
% }\label{fig:baeumer_vergleich}
% \end{figure}
