In the following table, for each each mission we list the landing and liftoff times, the start and end times for each EVA*, and the corresponding altitudes and elevations of the Sun and Earth.  The times are given in both UTC and the times used in the Journal**, usually Mission Elapsed Time.  Jim Scotti and Paul Fjeld independently calculated the altitudes and elevations after discussions that included ALSJ Contributors Phil Karn, Jr., and Ron Wells.  Differences between the Fjeld and Scotti calculations are  less than 0.5 degrees and depend on choice of emphemeris and other factors.  Fjeld and Scotti also spot checked their results with JPL Horizons, which enables ephemeris calculations for a large pallet of both observer locations and target objects.

For consistency, the Scotti results Sun and Earth Altitudes and Azimuths at each of the six Apollo landing site are Presented in the following table.

* Following Scotti, EVA start and end times are from "Apollo" by Orloff and Harland (Springer-Praxis 2006).  Elsewhere in the Journal, EVA start and end times are more rigorously defined as the start of the final depressurization from 3.6 psi to 0 and cabin presure reaching 3.6 psi during repressurization, respectively.


** Journal time is generally Mission Elapsed Time (aka Ground Elapsed Time), times since liftoff.  The exception is Apollo 17.  A 2 hour 40 minute launch delay resulted in a decision to reset of mission clocks during translunar coast to show time elapsed since the planned time of launch.  Times in the Journal are also relative to the planned time of launch.  On Apollo 14, there was a 40 minute launch delay but no changes in clock settings.  Consequently, Journal time for Apollo 14 is Mission Elapsed Time