Wilson is a lunarcrater that lies in the southern part of the Moon's near side, to the southwest of the large Clavius walled plain. It is nearly attached to the southeastern rim of the slightly larger Kircher crater. Almost due east lies the Klaproth walled plain. Selenographic coordinates are used to refer to locations on the surface of Earths moon. ... Diameter is an AAA (authentication, authorization and accounting) protocol for applications such as network access or IP mobility. ... The depth of any crater in a solid planet or moon - whether it is an impact crater, a volcanic crater, or a subsidence crater - may be measured from the local surface to the bottom of the crater, or from the rim of the crater to the bottom. ... Selenographic coordinates are coordinates that refer to locations on the surface of the Moon. ... An eponym is the name of a person, whether real or fictitious, which has (or is thought to have) given rise to the name of a particular place, tribe, discovery or other item. ... For the 1970s MP of this name see Alexander Wilson (Scottish politician) Alexander Wilson Alexander Wilson ( July 6, 1766 – August 23, 1813) was a Scottish-born American poet, ornithologist, naturalist and illustrator. ... Charles Thomson Rees Wilson (February 14, 1869 - November 15, 1959) was a Scottish physicist. ... Ralph Elmer Wilson (April 14, 1886 – March 25, 1960) was an American astronomer. ... Bulk composition of the moons mantle and crust estimated, weight percent Oxygen 42. ... Tycho crater on Earths moon. ... Bulk composition of the moons mantle and crust estimated, weight percent Oxygen 42. ... Clavius on the moon Clavius is one of the largest crater formations on the Moon, and it is the third largest crater on the visible near side. ... Kircher is a lunar crater that is located in the south-southwestern part of the Moon, near the southern limb. ... Klaproth is an old lunar crater that lies in the rugged southern highlands of the Moons near side. ...
This crater has a heavily eroded outer rim that now forms an irregular rise about the relatively level interior floor. The flooded remains of a crater intrudes part way into the rim and inner wall along the south-southeastern section. Several other small craters lie along the eastern and northern rim. The narrow section of surface between Wilson and Kircher is irregular and contains a small, cup-shaped crater that joins both outer rims. The interior floor is marked by a number of tiny craterlets of various dimensions, and there is a small crater along the edge of the eastern inner wall.
Satellite craters
By convention these features are identified on lunar maps by placing the letter on the side of the crater mid-point that is closest to Wilson crater.
Wilson
Latitude
Longitude
Diameter
A
71.3° S
53.5° W
15 km
C
71.9° S
45.1° W
26 km
E
72.5° S
55.0° W
24 km
F
70.4° S
39.3° W
13 km
References
See the reference table for the general listing of literature and web sites that were used in the compilation of this page.
This dark-haloed crater (#15 in Figure 8) is so prominent that its halo can clearly be seen in the 750 nm filter image of Figure 2a and is also identifiable in the color composite of Figure 2b as a distinct yellow halo surrounding the crater.
This dark-haloed crater, in the southwest quadrant of Schickard, displays a series of spectra that progress from basaltic to highland to basaltic (#12, 13, 14 respectively), beginning at the crater rim and moving closer to the bottom (Figure 6).
For small craters, the presence of basalt spectra on the crater slopes allows the crater'sdepth of excavation to be used as a maximum estimate for the depth to the top of the cryptomafic layer.
Like Birch, Wilson argues that the scale of the increasing impact of industrial civilization on the Earth and the rate of change that this impact is having on the global environment is way beyond the natural levels of evolution.
Wilson now asks the critical question: Does the drive to global environmental conquest, population growth, and human control over the environment demonstrate that "humanity is suicidal?" He argues that we aren't suicidal, we aren't doomed to destroy ourselves by destroying the ability of the global environment to support human life.
Wilson concludes that we have "perhaps 50 to 100 years" to stabilize the global environment and transform our values, our political and economic systems, and our development and use of science and technology.
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