The Apennine Mountains Home

Move your mouse over the picture to see the names of some of the features.

The Apennine mountains form the south-western rim of the Mare Imbrium.  They are 980 km long and rise to 5400 metres (Mons Huygens).  At the northern end of the range, between Mons Hadley (4800 metres) and Mons Hadley Delta is the landing site of Apollo 15 close to Hadley Rille which doesn't show up in this picture (but see my Apollo 15 page).  I was pleased at how many of the mountains here I was able to find names for, along with two Laci (Lakes) and the charmingly named Palus Pudridinis (the Putrid Marsh).  Archimedes is the largest crater, 85 Km in diameter and 2100 metres deep.  It is fairly old by lunar standards at about 3,500 million years and it has been flooded by lava as attested to by the flat floor and lack of a central mountain.  Autolycus, on the other hand, is less than 1,000 million years old, is 41 Km in diameter and 3400 metres deep.  It has central mountains but they don't show up well in this picture due to the high Sun.

The picture below was taken in what would be the late morning on the Moon.
The scale markers are approximately 100 km long north and east.
The picture was taken with a ToUcam attached to my LX200 on 5th March 2005, when the Moon was 9.1 days old.

Apennines Date and Time: 5th March 2004 19:40 UT
Camera: ToUcam 740K
Telescope: LX200 at prime focus
Capture: K3CCDTools. High gamma, 1/100", 9% gain, 308 frames
Processing: Registax. 74 frames stacked. Wavelet 1-2 = 10

The Mountain Rilles.

This picture of the central part of the Apennine Mountains, at a greater magnification, is a composite of two pictures and shows three rilles in this area rather well.  They were taken in the late evening on the Moon.
The pictures were taken with a ToUcam attached to my LX200 with a X2 adaptor lens on 6th September 2004 when the Moon was 21.8 days old.
Date and Time:
6th September 2004 04:25 UT
Camera: ToUcam 740K
Telescope: LX200 with X2 lens
Capture: K3CCDTools. High gamma, 1/50", 23% gain
Processing: Registax. Wavelet 1,2 = 10 

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