thumb|right|240px|Oblique view of Mons Hadley, including Hadley Rille (lower right), from orbit

thumb|right|240px|Hadley C crater, with [[ejecta filling in part of Hadley Rille]]

Mons Hadley is a massif in the northern portion of the Montes Apenninus, a range in the northern hemisphere of the Moon. It has a height of above the adjacent plain and a maximum diameter of 25 km at the base.

Rima Hadley

This sinuous lunar rille follows a course generally to the northeast, toward the Mons Hadley peak, for which it is named. This feature is centered at selenographic coordinates 25.0° N, 3.0° E, and lies within a diameter of 80 km. It begins at the crater Béla, an elongated formation with the long axis oriented to the northwest.

Nearby craters

thumb|right|Selenographic features of Rima Hadley and its small craters

Four small craters near this rille have been assigned names by the IAU. These are listed in the table below.

{| class="wikitable"

! style="background:#eeeeee;" |Crater

! style="background:#eeeeee;" |Coordinates

! style="background:#eeeeee;" |Diameter

! style="background:#eeeeee;" |Name source

|-

|Béla

|

|align="right"|11 × 2 km

|Hungarian masculine name

|-

|Carlos

|

|align="right"|4 km

|Spanish masculine name

|-

|Jomo

|

|align="right"|7 km

|African masculine name

|-

|Taizo

|

|align="right"|6 km

|Japanese masculine name

|}

Satellite craters

By convention these features are identified on lunar maps by placing the letter on the side of the crater midpoint that is closest to Mons Hadley.

{| class="wikitable"

!width="25%" style="background:#eeeeee;" |Hadley

!width="25%" style="background:#eeeeee;" |Latitude

!width="25%" style="background:#eeeeee;" |Longitude

!width="25%" style="background:#eeeeee;" |Diameter

|-

|align="center"|C

|align="center"|25.5° N

|align="center"|2.8° E

|align="center"|6 km

|}

The crater Joy was formerly known as Hadley A, prior to being renamed by the IAU in 1973.

See also

  • List of mountains on the Moon

References

  • LTO-41B4 Hadley — L&PI Lunar Topographic Orthophotomap