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%    GemPhase1_LP_1_25A.tex  
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%    GEMINI OBSERVATORY
%    LARGE/LONG PROGRAM PHASE I OBSERVING PROPOSAL TEMPLATE 
%    FOR SEMESTER 2025A
%
%    Version 2.0, February 24, 2023
%
%    Guidelines and assistance
%    =========================
%    2025A Announcement Web Page:
%
%    https://www.gemini.edu/observing/phase-i/llp/2025-llp-call-proposals
%
%    Do not change the margins or font sizes, doing so may cause your proposal to be rejected.
%
%    This document, attachment 1 for a Large and Long Proposal, must be written in an anonymous style.   
%    Check the instructions for details.
%
%    Please contact the Gemini Help Desk if you need assistance. 
%    http://www.gemini.edu/sciops/helpdesk/submit-general-helpdesk-request
%
%   THE PROPOSAL NARRATIVE (Sections 2 plus 3) IS LIMITED TO A TOTAL OF 10 PAGES, 
%.  AND THE SCIENCE JUSTIFICATION CANNOT EXCEED 5 PAGES, INCLUDING FIGURES AND REFERENCES. 
%   The page limit does not include the ITC section and the Distribution of Targets table. 
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% Please do not modify or delete this line.
\documentclass[11pt]{article}
\usepackage{gem-observing-proposal_25A}

% Please do not modify or delete this line.
\begin{document}

% [ SCIENTIFIC JUSTIFICATION ]
%
% Give the scientific justification for the proposed observations.
% This section should consist of paragraphs of text followed by any
% references and figures.  Be sure to include overall significance to astronomy.  
% Please see the call for proposals to determine specific criteria for each section. 
% Unless otherwise noted criteria is as follows: THE SCIENTIFIC JUSTIFICATION SHOULD 
% BE LIMITED TO FIVE PAGES INCLUDING FIGURES AND REFERENCES.

% If you wish to use our "reference" environment, follow the following
% example (journal commands are compatible with AASTeX v4.0):
%
%\begin{references}
%\reference Armandroff \& Massey 1991 \aj, 102, 927.
%\reference Berkhuijsen \& Humphreys 1989 \aap, 214, 68.
%\reference Massey 1993 in Massive Stars: Their Lives in the
% Interstellar Medium (Review), ed. J. P. Cassinelli and E. B.
% Churchwell, p. 168.
%\reference Massey \& Armandroff 1999, in prep.
%\end{references}

% Figures:
%
% You can now use any file type for your figures. See examples below on how to include a pdf figure.
%
% \begin{figure}
% \epsscale{0.85}
% \plotone{sample.figure}
% \caption{Sample figure showing important results.}
% \end{figure}
%
\scijustllp    % Do not delete this command.


% [ EXPERIMENTAL DESIGN ]
%
% This section should consist of text only (no figures).

% Describe your overall observational program.  
% How will these observations contribute toward the accomplishment of the goals
% outlined in the science justification?  Include information such as why the specific 
% targets were selected, the sample size, the analysis, etc.  Describe any necessary
% calibrations in addition to the baseline calibrations. Describe how you may need modify
% the program if it is allocated time in Band 2.
%
\expdesignllp    % Do not delete this command.


\bigskip

% [ TECHNICAL CASE ]
%
% Justify the instrument configuration, the exposure times 
% and the constraints requested (seeing, cloud cover, sky brightness and 
% if appropriate water vapor and elevation).  
% Specify the total time needed (including overheads), and the minimum requested 
% time. If you are applying for instruments on both Gemini North and Gemini South,
% please state the time request for each site.%

\techdescriptionllp    % Do not delete this command.


\bigskip

% [ MODE OF OBSERVATION ]
% 
% Describe the chosen mode of observation for your proposed large/long program. 
% The default mode of observation is priority visiting observing, but queue and 
% classical observing modes are also available.  Requests for classical and fully 
% queue mode must be accompanied by a justification for the request.

\observingmode


\bigskip

% [ MANAGEMENT PLAN ]
%
% Describe the overall organizational plan for conducting the proposed 
% large/long program, including data reduction and analysis, preparation 
% of survey deliverables, and staffing requirements.  List the roles and 
% responsibilities of the Co-Is with their anticipated time commitments 
% directed to achieving the goals of the survey. 
% You may also wish to detail external sources of support that will be used 
% in the program.  Please detail any use of non-Gemini observational facilities 
% that are required to achieve the overall goals of the survey program.

\manplan


\bigskip

% [ ADDED VALUE ]
%
% Describe, if any, added value to Gemini Observatory and the broader community
% from your proposed large/long program. This added value can be through the 
% public release of data products, data reductions routines, catalogs, software, 
% hardware (eg. filters), public outreach, or other outcomes beyond the proposed 
% science results.  
% Include a timeline and the mechanism of their  release to the community.  
% Please differentiate between intermediate products developed during the 
% execution of the survey versus the final products likely to be produced 
% after the full observations have been obtained.

\addedvalue


\bigskip

% [ DUPLICATE OBSERVATIONS ]
%  
% A search of the Gemini Observatory Archive 
% (https://archive.gemini.edu) will reveal whether
% Gemini has previously been used to observe your targets using similar or
% identical observing setups.  If there are duplicate observations, please
% justify why new observations should be taken in the \justifyduplications
% section.  If the Archive search finds no duplicates, please enter
% ``The GOA search revealed no duplicate observations''.

\justifyduplications


\bigskip

% [ Distribution of Targets ]		
%
%  List in the Table below the approximate distribution of hours per
% semester and per RA bin for the entire allocation request of the LLP
% proposal.  If your request includes observations at multiple observing
% constraints (i.e. IQ70 and IQ85 observations), please indicate the
% number of hours in each bin at each condition state.  

\targetdist %Do not delete this command

\begin{table}[h]
\begin{center}
\begin{tabular}{|l|l|l|l|l|l|l|}
\hline
RA     & 24B & 25A & 25B & 26A & 26B & 27A \\ \hline
0-3h   &     &     &     &     &     &     \\ \hline
3-6h   &     &     &     &     &     &     \\ \hline
6-9h   &     &     &     &     &     &     \\ \hline
9-12h  &     &     &     &     &     &     \\ \hline
12-15h &     &     &     &     &     &     \\ \hline
15-18h &     &     &     &     &     &     \\ \hline
18-21h &     &     &     &     &     &     \\ \hline
21-00h &     &     &     &     &     &     \\ \hline
\end{tabular}
\end{center}
\end{table}


\bigskip

% [ ITC Attachments ]
%
% Use the Gemini Integration Time Calculator (ITC) for a typical source for each 
% instrument requested, see
% http://www.gemini.edu/sciops/instruments/integration-time-calculators
% Save the ITC output as a PDF file and include that in this section. The ITC pages 
% will not count against the page limits.  You may either merge the ITC PDF output 
% to the PDF version of this document or include the ITC PDF output
% using \includepdf, eg.
%
% \includepdf[pages={-}]{ITCoutput.pdf}
%
% See the PIT FAQ (http://www.gemini.edu/node/11087/) for additional suggestions.

\itcresults



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\end{document}
