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Emirates Mars Mission Overview

The Emirates Mars Mission (EMM) ​is the United Arab Emirates’ (UAE) ​first mission to Mars. EMM is designed to ​orbit Mars and study the dynamics in ​the Martian atmosphere on a global scale, and on both diurnal and seasonal timescales. Using three scientific instruments on board of the spacecraft, EMM will provide a set of measurements fundamental to an improved understanding of ​circulation and weather in the Martian lower and middle atmosphere. Combining such data with the monitoring of the upper layers of the atmosphere, EMM measurements will reveal the mechanisms behind the upward transport of energy and particles, and the subsequent escape of atmospheric particles from the gravity of Mars.


    The Mars Exploration Program Advisory Group (MEPAG) is a central forum through which consensus is reached among the international Mars science community about the scientific goals and investigations that should be pursued in order to further humanity’s knowledge of Mars. The 2020 MEPAG Goals Document outlines four primary goals: I) Determine if Mars ever supported life, or still supports, life, II) Understand the processes and history of climate on Mars, III) Understand the origin and evolution of Mars as a geological system and IV) Prepare for human exploration. Each of these high-level goals is flowed down to a series of objectives, each of which are in turn flowed down to one or more sub-objectives and recommended investigations.

    The EMM science objectives and investigations are primarily relevant to MEPAG Goal II: Understand the processes and history of climate on Mars. Specifically, by studying the lower and upper atmosphere simultaneously, all four EMM investigations addresses MEPAG Objective II.A: "Characterize the state and controlling processes of the present-day climate of Mars under the current orbital configuration."


    The First Complete Picture of the Martian Atmosphere.


    Understand climate dynamics and the global weather map through characterizing the lower atmosphere of Mars.


    Explain how the weather changes the escape of Hydrogen and Oxygen through correlating the lower atmosphere conditions with the upper atmosphere.


    Understand the structure and variability of Hydrogen and Oxygen in the upper atmosphere, as well as identifying why Mars is losing them into space.