%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% AGUtmpl.tex: this template file is for articles formatted with LaTeX2e,
% Modified November 2013
%
% This template includes commands and instructions
% given in the order necessary to produce a final output that will
% satisfy AGU requirements.
%
% PLEASE DO NOT USE YOUR OWN MACROS
% DO NOT USE \newcommand, \renewcommand, or \def.
%
% FOR FIGURES, DO NOT USE \psfrag
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% All questions should be e-mailed to latex@agu.org.
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% Step 1: Set the \documentclass
%
% There are two options for article format: two column (default)
% and draft.
%
% PLEASE USE THE DRAFT OPTION TO SUBMIT YOUR PAPERS.
% The draft option produces double spaced output.
%
% Choose the journal abbreviation for the journal you are
% submitting to:

% jgrga JOURNAL OF GEOPHYSICAL RESEARCH
% gbc   GLOBAL BIOCHEMICAL CYCLES
% grl   GEOPHYSICAL RESEARCH LETTERS
% pal   PALEOCEANOGRAPHY
% ras   RADIO SCIENCE
% rog   REVIEWS OF GEOPHYSICS
% tec   TECTONICS
% wrr   WATER RESOURCES RESEARCH
% gc    GEOCHEMISTRY, GEOPHYSICS, GEOSYSTEMS
% sw    SPACE WEATHER
% ms    JAMES
% ef    EARTH'S FUTURE
%
%
%
% (If you are submitting to a journal other than jgrga,
% substitute the initials of the journal for "jgrga" below.)

\documentclass[draft,jgrga]{agutexSI}
%\documentclass[jgrga]{agutexSI}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
%  SUPPORTING INFORMATION TEMPLATE
%
%% ------------------------------------------------------------------------ %%
%
%
%Please use this template when formatting and submitting your Supporting Information.

%This template serves as both a “table of contents” for the supporting information for your article and as a summary of files.
%
%
%OVERVIEW
%
%Please note that all supporting information will be peer reviewed with your manuscript.
%In general, the purpose of the supporting information is to enable authors to provide and archive auxiliary information such as data %tables, method information, figures, video, or computer software, in digital formats so that other scientists can use it.
%The key criteria are that the data:
% 1. supplement the main scientific conclusions of the paper but are not essential to the conclusions (with the exception of
%    including %data so the experiment can be reproducible);
% 2. are likely to be usable or used by other scientists working in the field;
% 3. are described with sufficient precision that other scientists can understand them, and
% 4. are not exe files.
%
%USING THIS TEMPLATE
%
%***All references should be included in the reference list of the main paper so that they can be indexed, linked, and counted as citations.  The reference section does not count toward length limits.
%
%All Supporting text and figures should be included in this document. Insert supporting information content into each appropriate section of the template. %Figures and tables should appear above each caption.  To add additional captions, simply copy and paste each sample caption as needed.

%Tables may be included, but can also be uploaded separately, especially if they are larger than 1 page, or if necessary for retaining table formatting. Data sets, large tables, movie files, and audio files should be uploaded separately, following AGU naming conventions. Include their captions in this document and list the file name with the caption. You will be prompted to upload these files on the Upload Files tab during the submission process, using file type “Supporting Information (SI)”

%IMPORTANT NOTE ON FIGURES AND TABLES
% Placeholders for figures and tables appear after the \end{article} command, after references.
% DO NOT USE \psfrag or \subfigure commands.
%
%  Uncomment the following command to include.eps files
\usepackage{graphicx}

\usepackage{rotating}

%
%  Uncomment the following command to allow illustrations to print
%   when using Draft:
% \setkeys{Gin}{draft=false}
\setkeys{Gin}{draft=false}
%
% Substitute one of the following for [dvips] above
% if you are using a different driver program and want to
% proof your illustrations on your machine:
%
% [xdvi], [dvipdf], [dvipsone], [dviwindo], [emtex], [dviwin],
% [pctexps],  [pctexwin],  [pctexhp],  [pctex32], [truetex], [tcidvi],
% [oztex], [textures]
%
%
%% ------------------------------------------------------------------------ %%
%
%  ENTER PREAMBLE
%
%% ------------------------------------------------------------------------ %%

% Author names in capital letters:
\authorrunninghead{LAXENAIRE ET AL.}

% Shorter version of title entered in capital letters:
\titlerunninghead{Anticyclonic eddies connecting the western boundaries of Indian and Atlantic oceans}

%Corresponding author mailing address and e-mail address:
\authoraddr{Corresponding author: R. Laxenaire,
Laboratoire de M\'et\'eorologie Dynamique, 
UMR 8539 \'Ecole Polytechnique, ENS, CNRS, Paris, France.
(rlaxe@lmd.ens.fr)}

%\authoraddr{Corresponding author: A. B. Smith,
%Department of Hydrology and Water Resources, University of
%Arizona, Harshbarger Building 11, Tucson, AZ 85721, USA.
%(a.b.smith@hwr.arizona.edu)}

\begin{document}

%% ------------------------------------------------------------------------ %%
%
%  TITLE
%
%% ------------------------------------------------------------------------ %%

%\includegraphics{agu_pubart-white_reduced.eps}


\title{Supporting Information for ``Anticyclonic eddies connecting the western boundaries of Indian and Atlantic oceans''}
%
% e.g., \title{Supporting Information for "Terrestrial ring current:
% Origin, formation, and decay $\alpha\beta\Gamma\Delta$"}
%
%DOI: 10.1002/%insert paper number here%

%% ------------------------------------------------------------------------ %%
%
%  AUTHORS AND AFFILIATIONS
%
%% ------------------------------------------------------------------------ %%

\authors{R. Laxenaire,\altaffilmark{1}
S. Speich,\altaffilmark{1}
B. Blanke, \altaffilmark{2}
A. Chaigneau,  \altaffilmark{3,4,5}
C. Pegliasco,  \altaffilmark{3} and
A. Stegner \altaffilmark{1}}

\altaffiltext{1}{Laboratoire de M\'et\'eorologie Dynamique, UMR 8539 \'Ecole Polytechnique, ENS, CNRS, Paris, France}
\altaffiltext{2}{Laboratoire d'Oc\'eanographie Physique et Spatiale, UMR 6523, CNRS, Ifremer, IRD, UBO, Brest, France}
\altaffiltext{3}{Laboratoire d'Etudes en G\'eophysique et Oc\'eanographie Spatiales, UMR CNES, CNRS, IRD, UPS, Toulouse, France}
\altaffiltext{4}{Institut de Recherches Halieutiques et Oc\'eanologiques du B\'enin (IRHOB), Cotonou, B\'enin}
\altaffiltext{5}{International Chair in Mathematical Physics and Applications (ICMPA-UNESCO Chair), University of Abomey-Calavi, Cotonou, Republic of Benin}


%% ------------------------------------------------------------------------ %%
%
%  BEGIN ARTICLE
%
%% ------------------------------------------------------------------------ %%


\begin{article}

%% ------------------------------------------------------------------------ %%
%
%  TEXT
%
%% ------------------------------------------------------------------------ %%



\noindent\textbf{Contents of this file}
%%%Remove or add items as needed%%%
\begin{enumerate}
\item Introduction
\item Persistence sensitivity of the algorithm
\item Trajectories and frequency maps of five sub-groups of the Agulhas Ring Eddy Network (AREN) 
\item Trajectories for eddies disconnected from AREN
\item Ratio of the mean AREN propagation speed over the mean surface geostrophic velocity derived from satellite altimetry maps
%if Tables are larger than 1 page, upload as separate excel file
\end{enumerate}

%Delete all unused file types below. Copy/paste for multiples of each file type as needed.

%% ------------------------------------------------------------------------\%%
%% REFERENCE LIST AND TEXT CITATIONS

\noindent\textbf{Introduction}

The supplementary materials presented here aim to complete some aspects of the analyses described in the core of the article. In the first section, we present the trajectories and frequency maps of five sub-groups of the Agulhas Ring Eddies Network (AREN). This will provide a clearer view on the trajectory partitions as function of the orders of the AREN which complements the information given in Figure 10 in the main article where the AREN trajectories are shown all together. We also present three examples of order-0 (or "main") AREN trajectories. Finally, we present the trajectories of all the anticyclonic eddies that are not connected to the AREN.

\noindent\textbf{Trajectories and frequency maps for five sub-groups of Agulhas Ring Eddy Network (AREN) trajectories}

\noindent\textbf{Trajectories for eddies disconnected from AREN}

\noindent\textbf{Ratio of the mean AREN propagation speed over the mean surface geostrophic velocity derived from satellite altimetry maps}


\begin{thebibliography}{1}
\providecommand{\natexlab}[1]{#1}
\expandafter\ifx\csname urlstyle\endcsname\relax
  \providecommand{\doi}[1]{doi:\discretionary{}{}{}#1}\else
  \providecommand{\doi}{doi:\discretionary{}{}{}\begingroup
  \urlstyle{rm}\Url}\fi

\bibitem[{\textit{Smith and Sandwell}(1997)}]{Smith:1997}
Smith, W., and D.~Sandwell (1997), {Global Sea Floor Topography from Satellite
  Altimetry and Ship Depth Soundings}, \textit{Science}, \textit{277}(5334),
  1956--1962.

\end{thebibliography}


%% ------------------------------------------------------------------------\%%
%
% END ARTICLE
%
%% ------------------------------------------------------------------------\%%
\end{article}
% enter figures and tables here:
%
% EXAMPLE FIGURE
% ---------------



\begin{figure}
\centering
\setfigurenum{S1}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S1.pdf}
\caption{a) The order-0 Agulhas Ring Eddy Network trajectories. The trajectories color is related to their order.  b) Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_0_0}
\end{figure}

\begin{figure}
\centering
\setfigurenum{S2}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S2.pdf}
\caption{a) Orders 1 to 4 of Agulhas Ring Eddy Network trajectories. The trajectories color is related to their order.  b) Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_1_6}
\end{figure}

\begin{figure}
\centering
\setfigurenum{S3}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S3.pdf}
\caption{a) Orders 5 to 10 of Agulhas Ring Eddy Network trajectories. The trajectories color is related to their order.  b) Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_7_10}
\end{figure}


\begin{figure}
\centering
\setfigurenum{S4}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S4.pdf}
\caption{a) Orders 11 to 20 of Agulhas Ring Eddy Network trajectories. The trajectories color is related to their order.  b) Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_11_20}
\end{figure}


\begin{figure}
\centering
\setfigurenum{S5}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S5.pdf}
\caption{a) Orders 21 to 29 of Agulhas Ring Eddy Network trajectories. The trajectories color is related to their order.  b) Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_21_33}
\end{figure}


\begin{figure}
\centering
\setfigurenum{S6}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S6.pdf}
\caption{a) Trajectories non connected with the Agulhas Ring Eddy Network. Percentage of time each  2$^\circ$x2$^\circ$ grid cell lies within an Agulhas Ring Eddy Network. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_21_33}
\end{figure}


\begin{figure}
\centering
\setfigurenum{S7}%Change number for each figure
\noindent \includegraphics[scale=.5]{./Figure_S7.pdf}
\caption{Three order-0 Agulhas Ring Eddy Network trajectories with their properties specified at the crossing of the lines [C-F]. The gray shading in each figure represents water depths less than 3500 m in the ETOPO2 data set \citep{Smith:1997}.}
\label{Traj_Order_21_33}
\end{figure}



\begin{figure}
\centering
\setfigurenum{S8}%Change number for each figure
\noindent \includegraphics[scale=.4]{./Figure_S8.pdf}
\caption{Density plot of the ratio of the mean AREN speed of propagation over the mean surface geostrophic geostrophic velocity derived from AVISO maps. This ratio is obtained by dividing the 2$^\circ$x2$^\circ$ averaged propagation speed (see Figure 12a in the main article) by the temporal and spatial averaged of the AVISO surface geostrophic velocity calculated in the same grid-cel (see Figure 13a in the main article).}
\label{Ratio_speed}
\end{figure}





\newpage


\end{document}
