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PACIFIC REGIONAL PLANETA.RY DATA CENTER
NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
LUNAR ORBITAL SCIENCE VISUAL OBSERVATION SITE GRAPH~CS
APOLLO MISSION 17 DECEMBER 1972 LAUNCH DATE
,_'".. / PREPARED BY DMAAC FOR NASA / lc..ae>JSL~tl_. U ·,c__ APOLLO 17 VISUAL OBSERVATION SITE GRAPHIC INDEX
1. KOROLEV (2 graphics) 6. PASTEUR (2 graphics) 11. COPERNICUS (3 graphics) 2. AITKEN (3 graphics) 7. MARE SMYTHII (1 graphic) 12. EULER HILLS (1 graphic) 3. GAGARIN (3 graphics) 8. CRISIUM-SERENITATIS (5 graphics) 13. REINER 1' (2 graphics) 4. TSIOLKOVSKY (5 graphics) 9. LANDING SITE (4 graphics) 14. POST TEl VIEW (2 graphics) 5. ARABIA (3 graphics) 10. D-CALOERA (2 graphics)
1st EDITION NOVEMBER. 1972 (DMAAC) L COPERNICUS (1 of 3)
Use photograph to identify features for observation in Earthshine.
1ST EDITION NOVEMBER, 1972 (DMAAC) .. ·j ~ .. .f/·.':: J;, ~.: Jo,'·.·. '
•' . l<;' ..,.:
COPERNICUS (2 of 3)
Study the floor of Copernicus and compare its material to that on the wall terraces.
'" mmoN N<"""'"· '"' (OMAA~ COPERNICUS (3 of 3)
When viewed from the opposite direction is there an extension of the structure in the middle central peak? What is the nature of that structure? ·
1ST EDITION NOVEMBER, 1972 (DMAAC) LANDING SITE (1 of 4)
1. In the highland units east of the Serenitatis basin, compare the color and texture of massif units to the sculptured hills. 2. Compare the dark mantle to the Serenitatis mare material (texture and color). 3. Compare the colors of the Serenitatis annulus to the material in the inner basin.
1ST EDITION NOVEMBER, 1972 (DMAAC) _j LANDING SITE (2 of 4)
1. Look for definitive sources of the dark mantle. 2. What is the age relationship between the dark deposit and the following: a. The Littrow Rilles? b. The Serenitatis mare material? c. The concentric mare ridge system? 1ST EDITION NOVEMBER, 1972 (DMAAC) LANDING SITE (3 of 4)
1. Are there any structures on North and South Massifs that may be visible from the ground? (layers, ledges, blocks, color boundaries) 2. How common are small scale undulations on the landslide? (Any comments an trafficability?) 3. Do craters of the Pentagon appear to expose pre-mantle material? (Where are the best exposures?) 4. What are the likely sources of the dark mantle in the area? (dark halo craters. irregular depressions) 5. Are the irregularities of the scarp due to mare ridge-like construction or"en echelon faulting"?(Any comments on continuations?) L 1ST EDITION NOVEMBER, 1972 (DMAAC) LANDING SITE (4 of 4)
Is F Crater a cinder cone? Use binoculars to study the following: 1. Shape of crater profile. 2. Rim crest and probable breaching. 3. Smoothness and distribution of rim deposits. 4. Superposition relationships with Family Hill.
1ST EDITION NOVEMBER, 1972 (DMAAC)
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AITKEN ( 1OF 3)
Determine the relative age of the crater based on: 1. Freshness of wall and ejecta materials. 2. Brightness of rim deposits. 3. Extent of rays and/or secondary crater chains.
1ST EDITION NOVEMBER, 1972 (DMAAC) AITKEN (2 of 3)
Examine the interior of crater Aitken with emphasis on the following: 1. Albedo, textures, and structures of the dark floor fill; compare with floors of surrounding craters. 2. Nature of light swirls in the southwest quadrant of the floor. 3. Structures and rock exposures on the central peak, and possibl~' lava marks:' AITKEN (3 of 3) Study the clover-leaf cluster of craters in the eastern part of the floor: 1. What are the grape-like do mica I hills inside the craters? (Are they volcanic plugs and domes or fractured floor material?) 2. Are the individual crater rims symmetrical and are they layered? (Any lava marks?) 3. Is there a relationship between the dark floor material (that terminates in scarps to the east) and the crater cluster?
1ST EDITION NOVEMBER, 1972 (DMAAC) ARABIA (1 OF 3)
Is there an observable topographic rise associated with the middle ring of Arabia basin? Note particularly the areas north and south of the craters King and Saenger.
1ST EDITION NOVEMBER, 1972 (DMAAC) ..
..~·~
,"""":::!, . ~ '-. \~:~;,: ,., ..
ARABIA (2 of 3)
Study the light colored swirls in the highlands from Abul Wafa to AI-Biruni. Compare with the sinuous markings in Mare Marginis.
L 1ST EDITION NOVEMBER, 1972 (DMAAC) ARABIA (3 of 3)
1. Study the swirls northwest of Abul Wafa: a. Are there any topographic expressions associated with them? b. Are their boundaries sharp or gradational? c. Are they more textured and rougher than the surrounding material? 2. Compare the swirls to: a. Bright ejecta of the crater King to the east. b. Rays of Giordano Bruno to the north. 1ST EDITION NOVEMBER, 1972 (DMAAC) L c. Bright patch on the southwestern rim of lobachevsky. r•; A i
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t I a • •·' • ..41 .• ' \'
,I L,,·\ :. - . ! • ! ' ;
__ l_._,_-
CRISIUM-SERENITATIS (1 of 5)
Determine the color boundary in western Mare Crisium. 1. Color tones or shades between units. 2. Location of color boundary relative to the mare ridge system. (Does ridge cross color boundaries?)
1ST EDITION NOVEMBER, 1972 (DMAAC) CRISIUM-SERENITATIS (2 OF 5)
\ 1. Compare the color of the rim deposits of the crater Picard to that of the surrounding mare material. 2. Examine the inner terraces of Picard for color variations and layering. (Can you determine different units based on color and slope characteristics?) 3. Comcare the central ceak material to that of the crater walls and surrounding material. \ 1ST EDITION NOVEMBER, 1972 (DMAAC)
------~--- CRISIUM-SERENITATIS (3 of 5)
Examine the dark halo craters in western Mare Crisium. (Are they impact or volcanic in origin?)
1ST EDITION NOVEMBER, 1972 (DMAAC)
L ------·------·------·r·', -t-- ·ftJ"' 0
+
CRISIUM-SERENITATIS (4 of 5)
Examine the dark halo craters west of Macrobius, especially around Macrobius A. (Are they impact or volcanic in origin?)
1ST EDITION NOVEMBER, 1972 (DMAAC) CRISIUM-SERENITATIS (5 of 5)
1. Compare the floor fill of Maraldi to light plains in Maraldi E. 2. Compare the albedo, texture and structure of Maraldi 'Y to those of the sculptured hills. 3. Examine the floor of Vitruvius A and compare the domical hills to those in the floor of the crater Aitken.
1ST EDITION NOVEMBER, 1972 (DMAAC)
._____ - ---~--~ -- REINER 'Y (1 of 2)
1. Is there any topographic expression associated with the brightness? 2. Any texture and roughness associated with the feature? 3. What (I.T.H.) is it?
1ST EDITION NOVEMBER, 1972 (DMAAC)
._------___i ------
REINER 'Y (2 of 2)
Use photograph to identify in the western part of the Moon features to be observed in Earthshine.
1ST EDITION NOVEMBER, 1972 (DMAAC) D-CALDERA (1 of 2)
1. Compare the Sulpicius Gallus Formation to the mare-like patches atop the Haemus Mountains. 2. Determine the source of the mare-like patches (any relationship to dark halo craters?)
1ST EDITION NOVEMBER, 1972 (DMAAC) I
I) 1 I I
D ·CALDERA (2 of 2) 1. Determine color difference between D-shaped depression and its surroundings. 2. Use the binoculars to examine the internal structures of the D-shaped depression with particular attention to the following features in the floor: . a. The light colored annulus. b. The blister-like prominences.
1ST EDITION NOVEMBER, 1972 (DMAAC) MARE SMYTHII (1 of 1)
Study the multi-ringed craters in More Smythii with particular attention to: 1. Symmetry of crater rim slopes. 2. Breaching of walls and resulting features (flow in or out?) 3. Inter-crater units and their relationships to the crater rims (impact ejecta, volcanic deposits, etc.).
1ST EDITION NOVEMBER, 1972 (DMAAC) TSIOLKOVSKY ( 1 OF 5)
Determine whether Tsiolkovsky is lmbrian or Eratosthenian in age based on rim brightness.
1ST EDITION NOVEMBER, 1972 (DMAAC) TSIOLKOVSd' (2 OF 5)
1. Compare dark fill to light plains in the .floor and deteJmine age relationship. 2. Compare light floof plai;1s to lineated unit on the northwestern rim. 3. Examine structures on central peaks and possible "lava marks".
1ST EDITION NOVEMBER, 1972 (DMAAC) I I ..
•
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... - --- TSIOLKOVSKY (3 OF 5)
Study lineated unit on the northwest rim of Tsiolkovsky with special emphasis on: 1. Shape of the terminus (piled up, flat, etc.). 2. Probable origin of the numerous rimless craters on the lineated unit (subdued impacts, collapse or drainage depressions or gas release vents.)
1ST EDITION NOVEMBER, 1972 (DMAAC) TSIOLKOVSKY (4 OF 5)
Examine the flow unit on the northeast rim of Tsiolkovsky: 1. Look for a source (fractures or vents). 2. Compare it with: a. the dark floor material. b. the light floor plains. c. the smooth patches on the wall terraces. 1ST EDITION NOVEMBER, 1972 (DMAAC) TSIOLKOVSKY (5 of 5)
Study the flow units within the crater Waterman sout~ of Tsiolkovsky: 1. Look for a source (fractures or vents). , 2. Compare with: a. the dark floor fill of Tsiolkovsky. b. the light floor plains of Tsiolkovsky. c. patches of plains around Waterman. 1ST EDITION NOVEMBER, 1972 (DMAAC)
EULER HILLS (1 of 1)
Study the area between the craters Euler and Tobias Mayer with particular attention to the following: 1. Euler hills and domicol structures. 2. Shallow craters and crater chains. 3. Sinuous rilles and irregular depression. 4. Color boundaries of mare units. 5. Flow units and probable sources of mare material.
1ST EDITION NOVEMBER, 1972 (DMAAC) KOROLEV (1 of 2)
Use photograph to identify observed features on the early revolutions. (This scene is contiguous with Aitken 1 of 3)
1ST EDITION NOVEMBER, 1972 (DMAAC) KOROLEV (2 of 2)
Use photograph to identify observed features during the early revolutiJns. (This scene is contiguous with Aitken (1 of 3) to the east and Tsiolkovsky (1 of 5) to the west.
1ST EDITION NOVEMBER, 1972 (DMAAC) GAGARIN (1 of 3) Study the characteristics of the light plains in the floor of Gagarin with emphasis on the following: 1. large scale undulations. 2. Scarps and possible flow boundaries. 3. Crater rims and rimless depressions. 4. Possibility of organization of the rock. 1ST EDITION NOVEMBER, 1972 (DMAAC) GAGARIN (2 of 3) Examine the floor of the crater Agassiz with particular emphasis on the following: 1. The dark floor fill. (Is it mare material or light plains?) 2. Character of the ridge/scarp system in the floor; compare with the similar feature in the landing Site (3 of 4). 3. Rimless and elongate depressions in the western part of the floor.
1ST EDITION NOVEMBER, 1972 (DMAAC) I~- . ~-.·· , I i.. -i'
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,_..,:: __ :..__ - ----··-+•· ----- ____ GAGARIN (3 of 3) Study the Bright Baby on the western rim of Gagarin to specifically answer the following: 1. Are the dark zones on the rim black rays or are they shadow effects? 2. Is the material in the floor the result of in situ cooling of a melt or is it an unusually level debris?
1ST EDITION NOVEMBER, 1972 (DMAAC) PASTEUR (1 of 2)
Study the inter-crater plains surrounding the crater Eskola, northeast of Pasteur; compare with the floor fill of Gagarin, Pasteur, and Hilbert.
1ST EDITION NOVEMBER, 1972 (DMAAC) L PASTEUR (2 of 2)
Study the floor fill of the craters Pasteur and Hilbert; compare with the floor fill of Gagarin in terms of: 1. Large scale undulations. 2. Scarps and possible flow boundaries. 3. Crater rims and rimless depressions. 4. Possibility of organization of the rock.
1ST EDITION NOVEMBER, 1972 (DMAAC) POST-TEl VIEW (1 of 2)
Use photograph to 'identify features early during the post-TEl television transmission.
1ST EDITION NOVEMBER, 1972 (DMAAC)
------·-- _____ j -----·-- ---·------·---- POST-TEl VIEW (2 of 2)
Use photograph to identify features late during the post-TEl television transmission.
1ST EDITION NOVEMBER, 1972 (DMAAC)
------~------···------LUNAR ATLAS
] 976 ) SPOT/MS-2 SPOT/MH-O
. CONTENTS
] • LISTING OF GRAPHS 2. COORDINATES OF SPOTS 3. MAP OF SPOTS . 4. GRAPHS OF SPOT/MS-.2 5. GRAPHS OF SPOT/MH-O LUNAR ATLAS ]976
LISTING OF GRAPHS
NOTE: - Arrangement is alphabetical. - As indicated some plots are grouped together on one graph. Those titles followed by Vor VH were originally observed vs. MH-O and were reratioed vs. MS-2 using old MH-O vs .. MS-2. - Those titles followed by HS were originally observed vs. MH-O and were reratioed vs. MS-2 using MH-O vs. MS-2 8/76. MITPAL# TITLE /MS-2 DATE
JOl ALiJ-~(l\JSIJS }0/l7/7S ALP -<0:--fSl JS 1 }U/01/74
3'1 fl.LPr~O~SIJS 2 }0/1ti/70 ~- ]C; i\LP-!0\JSIJS 2 1 0/1 ., /7 0 I lY l1LP..;ONSUS 2 }l/12/70 102 !ILPHO:'\JSUS 2 10/01/74
40 1LP-i0NSUS 3 11112/70 4U ~:.LPHONSUS 3 lU/17/70
304 Alf.)f~ONSUS 3 10/01/74 303 ALP:-
3 l'lr-iOu.o 1 1 12111/70 3 . nf-.10LL0 1 1 10/17/70 I 3 1\~0u·o ll 11/11/70 312 e.t:>ou. o 1 1 }0/04/74 312 {lP 1 1 UP ]0/04/74
4 l\POt_L.O 12 }0&.11/70 4 APOLLO 12 ll/11/70 4 ur>ou. o 12 }0/18/7() 4 APOi_LO 12 }0/17/70
(I? 1 ? 1 0/04/7£~ 46 l\POLLO PAY 12/11/70 fi_;::> 14 }!J/04/74 e :7J APOLLO 15 ll/14/70 309 [II-' l 5 10/04/74 347 1\P 1.5 t,!} Ol/29/75 1 r• 348 A,P J #? l)l/29/7S 349 (JP 15 43 ol/29/7s 3SO l1P 15 #4 nl/29/75 AP lS h OB/30/74 ~\0 15 8 !)d/J0/74 llP 15 c 08/30/74 ();.:> l 5 D 08/30/74 2"79 (II-' 15 UP 09/05/74 219 A;:_, 15 UP }0/04/74
lb9 APOLLO 16 Q7/74 /J VG. · 16tJ APOLLO 16 07/08/74 169 t~POU. 0 16 o7I07/74 169 £ lo4 I J ..!\ -..., 16 10/06/74 }69 lH; lh 10105/74 1olJ A,_; 16 10/04/74 1o9 A.r-' 1 h lU/01/74 ~r 169 Cll-' lh ()9/30/74 lb9 {.1.-J 16 (}~/ 29/74 . 169 A~ 16 ()~/28/74 169 A,P 16 ()9127174 169 AP 16 09/26/74 lb9 lF~StJ8T 1\P 111 }0/06/74 331 tzlrt. AIJ 16 t3 0~/J0/74 3Jl A·~ 16 8 OSI/l>l/74 e-. 331 A'"' 16 H 1)9/05/74 ~131 .A~ 16 b Q'-J/04/74 331 AfJ 16 H ():j/03/74 3J1 41-' 16 R o9/v2/74 331 .AP 16 ~ 09/0 l/74' 331 AP ] 6 8 l)tl/31/74 3Jl D,P 16 B 08130/74 3 ..J] f.l (:J lh R 09/30/74 3J1 /\f.' l 6 B nl/Jl/7S 3.::S.l /l. F' ] 6 B Ol/J0/7S r~ 331 flP 16 0 1)1/29/75 J.::Sl A,:.; ]6.t3 Ol/28/75 331 A.::> 16 8 Ql/26/75 331 f.; I-' 16 8 10117!7S. 331 !\~ ] 6 B 10/20/75 292 t,P 17 09/29/74 2':12 AP 17 10/04/74 292 A~ 17 '01/26/75 293 i\)'·i- ~. t-' 17 (19/29/74 2':13 "Jr/,-LIP 17 () 1126/75 333 s;·l- r~ P 1 7 01126/75 91) t>r ,) . ot:.s Cl 09/01/74 ot.s c2 09/0l/74 D£S CJ 1)~/\.) 1/74 DES. C4· ()9/01/74 ~ ot:.s C5 09/01/74 DES Cb 09/U1/74 122 OE SC:.ll P.TF.:S 1 10/18/70 22 OtSCt:~TES 1 10/17/70 DESr.flqH:S 2 12113/70 123?.3 Dt::SCt~TES 2 10/18/70 2J DESCA" DESCMnfS 3 12115/70 1242'+ DESCLlr:{TfS 3 }0/18/70 24 Ot:SCA'- 138 IJESCA~TES 4 10/18/70 1-i9 Df..SC.l\RTES 5 12/15/70 OESC!l>nES 10 Ql/31/75 341 r 341 nESCARTES 10 01130/7S 341 Dt:SCAKTtS 10 ()1/28/75 1142 nES 11 Ol/J1/7S 3'+2 '1E:.S 11 Ol/28/75 ~--~ ~~ 134-3 DES 12 Ol/31/75 343 DES 12 Ol/28/75 134·4 DES 13 n1/J1/75 344 UES 13 n1/28/7S 13'+5 nt:s 14 o1/29/7S 3'+5 f)t:S 14 () 1128/75 DES 15 o1/29/7S I ~~~ nt:s 15 (ll/28/7S 3::>5 DES 17 01/29/75 45 OIO~:YSIUS 12/07/70 335 f)(W 1 HS ()l/26/75 336 O•.)P 2 HS ol/26/7s 3J7 !)l)P 3 HS Ol126/7S 338 DOP 4 HS Ol/26/75 1'+6 E>- / 7 F ;<1-6 10/17/70 8 F- '·l- 7 ]0/17/7() 1 I) FM-il 10/17/70 9 F'i"'-13 10/17/70 e· 5 F1v1-14 11)/17/70 h F r1-1 c:; 11111/7() 6 FrA-1 S 10/11/70 l b F•-1-15 10/11/70 Ft'l-15 }0/04/74 Fr"l-15 VH 10/06/74 FH-}5 VH 10/()7/74 Fr 2d u: MIJN;\1 r u~ 11/11/70 I 2o LE r-1!1NN IF"? }U/17/70 ?t'J LE Mll ~-J \1 If:- hl 09/03/74 1 19 u: T TK Clt'-IF: "i HS ()7/0J/74 1 '1:) ·LET TRONE CK HS 0 I 106!7l+ 319 Lf.TTI-?ONF-: ""1ARE HS J0/05/74 ~ 320 l t TT~ UD HS }0/05/74 r "320 Lf:·_ TT.:.> UD HS 07/06/74 87 LJNNF. 01/09/71 2oc L 1i' t.1 12? LlTT= 123 LITTPOW 2 o1111/71 131 LITTHO~J 3 Ol/11/7~ 1:32 LITTRO\-J 4 Ol/ll/71 LUNA ]6 12/1l/7ri 14141 LUNA 16 ·]2/08&11/70 41 LlMA 1 6 }2/08&11/70 41 LUi\1 II 16 ll/12/70 163 um~ 20 MW -12/19/72 I 1b2 LUNr:.. 20 12!18/72 e 97 M/~r 1 l ~>1ti-O 12/11 f:.12/ 7 0 l l rv1r1-0 12/12/70 11 NlH-0 12/11/7() 1l 1·1!-f-0 11/11/7() 11 rv'H-0 10/17/70 1 1 ~1H-0 07/03/74 f 11 ·~'-l-0 07/05/74 1 1 t-'\H-0 07/0B/74 1 1 r"i:-i- o 07IO'd/11-t 11 r·-'lH-0 Ql/013/74 I11 MH-O 0 7/08/74 11 !Virl-0 0-7/05/74 11 f"'1H-O O~I0417t+ 1 1 ~~rl- (\ Q.:..J/03/74 11 ,"1H-O 0'1/02/74 11 i•lH-0 09/0l/74 11 :vJH-0 08/31/74 ·~ 11 fv,rl-0 Oti/30/74 ll t"lf.;-0 10/06/74 11 MH-O 10/05/71-1 I11 t'IH··O 10/04/74 ;; . 55 ''">-i ?S 12111~12/70 c:;:, :·.1 f-1 ;;l5 12/12/7() 5S f,l r1 ?5 1i::'/11/70 f,/j ~J.H 3 !) )2/12/70 ~"- .. 50 ,,1., 33 1~/11f-.12/70 ·:q 50 '"' ri 12112/70 I50 tAH 33 12111/70 t-1..-t {~ 0 10/17&18/70 II13 J !v1H 40 ]0/18/70 . 13 r-1 H 40 10/17/70 16 t~ rl 41 )0/17&.1R/70 16 lvlrl 41 10/18/70 I)6 H:-; 41 )0/1"1/70 •-1 rl 42 10/17&18/70 I"1 p 7 iv1H 42 10/1H/70 1 7 HH 42 10/17/70 14 'A :-i 45 10/17&13/70 14 ~-'H 45 10/P3/70 I 1 4 -l-id 45 10/17/70 17 M:-; 46 10/171'i.1R/70 17 ~,1 rl 46 10/lB/70 Il -r H'"l 46 ]0/17/70 e ltl rlirl 47 10/lH~18/70 18 HH 47 10/lH/70 IlH Mr1 47 10/17/70 12 ('-1 rl 51 }2/11&.1?/70 12 HH 51 12/12/70 12 r>1ri 51 12/11/70 ] 2 H~ 51 }0/17F:.18/70. 12 t-"H '51 10/18/70 12 ~ri ~1 1U/17/70 Hrl 5? 12/11&.12/70 p~ 1'<'!H 52 10/18/70 . 1 '1 i"lrl 52 10/17/70 ;'"1 rl fiO 12/11&12/70 1484d MH f:JO 12/12/70 ~~ b 1-lr1 ~() 12/11/70 ~-H 61 12/11&.12/70 14"4'1 ~11-1 6] 12/12/70 4'-1 ~-~ ;-1 ,;1 12/11/70 MH 69 ·12/11&12/70 r4S4 r-1 r~ fJ9 12/12/70 r:\ 54 1-~~ f,Q 12111/70 Mrl 70 12/1lf.1?/70 I56so MH 12/12/70 70 ::< ;.l ·! . I ?b M!-i 70 12/11/70 117 ~~ ~i 71 HS Ol/08/74 1-n ~-1 r1 71 HS 07/04&08/74 e I 177 rltr1'7l HS 07/04/74 177 !·1 ri 71 HS }0/05/74 51 •·1H 106 12/11~12/70 51 1-'IH 106 12112/70 51 !111 1(16 12/11/70 52 lv1H 107 12/11&12/70 52 '·-111 107 12/12/7{) 52 ~-1 11 1!17 12/11/70 5.;/ Mi' ?01 12/12/70 66 ~./: rl ;:>03 12/12/70 h7 HH 204 12/12/70 70 Mh ?OS }2/12/70 •71 tv\H ?06 .12/12/70 72 •.IH 207 12112/70 203 rvid )00 VH 07/06/74 2b7 ~'>H 301 HS OSi/03/74 ?6b f-.1 rl 302 >iS 09/03/74 ?69 ~--~ rl )03 HS 09/03/74 270 '. 3b& •-.10NTES SPITZ 1 10/17/75 368 i·~IJf\j T E 5 SPITZ 10/16/75 3'/J L0i'Jt:R ~¥10NTES 10117/7S 117 1-~0STP.JG A Ol/10/71 112, rA05Tit\JG c 01/10/71 120 HOSTI"-JG F 01/10/71 119 '"';JS TI NG R Ol/10/71 t>1N 0' 09/02/7'-l· 1.1 r\1 C:R 0'1102/74 r-1 i\1 cu 09/02/74 232 MS (' ~{ 1 Qti/31/74 232 ~-15 CR 1 11/15/'15 233 MS CP 2 08/31/74 233 HS ('R 2 11113/75 215 :.. ;s CR A o11o1;74 ?1:5 rv;S CR 3 OB/31/74 215 MS tJ 09/0S/74 216. :-1S CR 8 07/07/74 ~ 218 '·1S CR 4 O!j/31/74 21'i f1S CR 5 1)~/31/74 234 U? .~,5 1 08/31/74 ?.::.SS UP '·15 2 ()t!>/31/74 ?36 !H) "~5 3 1)8/31/74 237 u..:.> ·..JS 4 08/31/'(4 ?.3d UP ,.ic::; 5 Od/31/74 ?38 t;,S UP 5 (}9/05/74 238 UP ;:>NSL t\ f\9/27/74 ?C~9 i•IS UP 1c; ()9/28/74 2~0 M5 UP 20 09/28/74 2 -~5-? (STI.i."-!Dll.RDJ zse MS 10 09/29/74 I ?.58 ''15 ] 0 0~/03/74 ?.::19 ·'-15 11 09/03/74 260 ~15 12 0~/03/74 2bl 'iS J 3 09/03/74 2d3 HS }4 0~/27/74 i?.d4 rv~S 1 s 09/27/74 ;:'d') .15 16 (19/28/74 ?.c\6 '·1S 1 ., O'-i/28/74 2:37 ~~s J A 0-1128/74 1t>1 ~-· s 20 01109/71 (!') 2'.11 :,;:> ?1 09/28/74 31 tl ;.1':) -;>? . 1 0/05/71+ 31"/ M5 ?3 1U/05/74 1 MT-1 }1/14/70 ' ' •,) . 1 ,'.q-1 11/10&11/70 1 ;,q -1 11/11/70 1 r." T-1 }0/17/70 ] MT-1 l~/18/72 e 1 t.-;T -1 }2/13/71) 1 . •--11-1 12112/70 1 "1 T-1 1cl11/7o 1 HT-] }2/07/70 1 ~1T -1 07/0B/74 l MT-1 07/04r,07/74 l MT-1 07/04E-.07/74 1 t"'l T-1 07/04&07/74 1 ~' T -1 Ol/04&07/74 1 t-.d-1 Q7/04f,.07/74 1 tv;f-1 09/03/74 . 1 >·'T -1 09/04/74 1 :''T -1 09/03/74 1 r.~T-1 09/02/74 1 ~iT -1 09/01/74 1 r-~ T-1 oB/31/74 l •"lT-1 OBI30!7t+ 1 ~n -1 10/05/74 1 ·11T- J 10/04/74 1 ~:1 T- J }0/01/74 ] ·~ T- J 09/30/74 e 1 !v~T-1 Q'J/29/74 1 ~·1 T-1 09/2.8/74 1 ~liT -1 09/27/74 1 r-1T -1 ()9/26/74 1 :-1T -1 o1131/75 1 ,v,T-J. o1129/7S t 1 •H-1 Ol/2t3/7S 1 :-1T -1 10/20/7S I 1 ~1 T-1 10/17/75 204 ~'-JtCTARIS CR ()7/06/74 20S Nf:.CTARIS !vlARE 07/06/74 20h NECTAR IS UP 07/06/74 :n~.t 1\li:.CT 2 10/18/75 J7S Nt.CT 3 }0/18/75 .376 ~'.IECT 4 10/18/75 129 N1CDLLET nl/11/71 244 ~·j Rl'. y CP .nl/2t3/7S 244 \I ~~A y CQ 09/30/74 ?44 N R~'>Y ()9/29/74 244 ~J 1-!C.Y o9t2717'+- ?~-t4 i\) 09/27/74 ej ·~ ll y ?73 t-HJH ] 09/04/74 2'-19 Ot='-J. 09/30/74 300 QP-2 09/30/74 330 OP-J VH }0/07/74 141 PICCO 1 Ol/15/71 1'+2 PiCCO 2 nl/1:>/71 }4~3 PiCCO 3 Ol/1::>/71 f:) 143 PlCCO 3 1)1/15/71 1-+4 P 1 CC'> 4 01/15/71 l4S PICCO 5 ()1/15/71 20 PLATO c 12/12/Jfl 20 PLJ.\TQ c 11/12/70 20 t:'LATO c 101171"10 21 PLI.\T:'i R 11/ 12/"ll'l 21 PLL\.T:l ~ 10/17/70 239 PLATO 1 0-:1/01/74 24(1 PLATq 2 09/01/74 2"+1 PLATO 3 O:i/01/74 242 PLATO 4 09101/74 242 PLATO 4 10/04/74 2'+3 PLATO 5 ()9/01/74 313 PLATO 6 10/04/74 314 PLATO 7 }0/04/74 1 0 1 PL I \IJ US P,-< ·Ol/10/71 209 Pr ,.jQ" Ph!UC! US 1 01/09/71 ~u PRUCLUS l (11/09/71 (!':; f:1j P~I)Ct US l 1)1/09/71 PROCt_US 2 Ol/09/71 -::,-r. 'r P~UCLUS 2 Ollu9/71 I""BLt P~OCtUS 2 01/09/71 ss PROCLUS 3 ()1/09/71 8S PROCI__lJS 3 01/0.;I/7] IRS PR\)CI__ US 3 Ol/09/71 370 PTrlt:t.:.S }0/l-f/7S 370 PTH;:-:1S 1Uil7/7S PTOt.MlUS !=' Ol/11/71 211 PE.O SPOT A Ol/30/75. 211 Qf:-_L) SPOT A Ol/07/74 212 h'ED SPOT ~ 1)7101/74 213 ~EO SPOT c Ol/07/74 214 Rt:D SPOT [l OI!Ol/74 Qt:o SPOT E ()1101/74 1Sh Rt: L\•E R G Ol/1:)/71 223 ~.G. ~,~A f- 2'+5 s R!lY CP ()l/28/7S ?45 s P: f. y CP (}9/30/74 245 s h) Li Y CP 09/C.':J/74 ?.45 s ~-~~y c~ 09/27/74 245 5 f. C:.!l '>l.RF A S\'1 -.lt~r.:f~ 01106/74 C,'N '. 38 su~.;: 7 11/11/70 I _C)l'' StJ~ 7 }0/18/70 1 0 '+ TARUi..J H Ol/11/70 1US T M 1 (J >-<. THt:t CR Ol/10/71 e 1Vti TliE ., CR 01110/71 THlO 1 12/11/70 1303U THEO 1 ll/11/70 3U T'1 f_ D 1 }U/18/70 31 THEO 2 11/ll/70 ll THt.O 2 11/11/70 31 TYt:O 2 11/11/70 31 THE..O 2 11/11/7() 31 f1·k0 2 10/18/70 [ 31 TH.r:n 2 12/11/70 31 THE0 2 12/11/70 THt:O 3 }2/ll/70 [ 32 32 THt.O 3 11/ll/70 32 THt.O 3 10/18/70 THi:O 4 12/11/70 j] I33 fHtO 4 11/11/70 3J THO:U 4 1v/1H/70 THt_O 5 1~/11/70 F4)'+ Tlit-_U s . 11111/70 C· .'+1 THtO 5 1U/18/7() 41 hie.:.) 6 12/11/70 I 3::> TYCHO 1 11/11/70 I .l :J TYCrl''l 1 }0/UB/70 lb TYCHn PI\ 11/11/70 I 36 T YCr-i:! PK ]0/1!3/70 ~ 31 TYCrlr; R 11/ll/7(1 I 37 TYCH;') R }0/18/70 140 lJPLM~D RS Ol/11/71 LJPLnND RS }U/05/74 255 U~-' (.~ 6 09/02/74 Ui-' C:R 7 fj::j/02/74 256 lJ;-l C'< 8 09/02/74 ?.:>7 IJ;-l c.,:) 9 09/02/74 2':i lJPLA 'JD 7 11111/70 2'1 UPU\ ''!J 7 10/17/70 I TITLELMH-0 ll ,..>p r; 'li i-1f:': A[) 0 7/06/74 Ai- ~ir'- 1 ~ r;l/04/74 !viH-~ ou o 4 & n n /14 ~1~-{) 07/06/74 1vlH- r; o7I0517t+ r.t~ri->1 0 l/05/74 l"lt-1- J 0 7105/71+ Mh-J Q?/05/74 1·1H Ch- 1 ()7/04/74 r--1H r,q 2 01/04/74 1··1H r:R 2 09/03/74 Mrl CP 2 10/05/74 f.lH r~ 3 Ol/04/74 N!ri ('R 3 0-1/03/74 t4H CR 3 }0/05174 t-~ H ('R 4 (l//04/74 ~' V;H CR 4 o;;to3/74 Mi-1 ('R 4 ]0/0:5/74 "'lrl CR 5 01106/7(+ MH CR 5 10/05/74 ~.~ rl C:R f:, 07/06/74 ~.. 1 ;-1 rR 7 0'1103174 ;~rl r~--J '' . 71 0 I/04&0A/74 ~- Mrl cR n Ol/08/74 t·'. ·'1 (:;-( 71 07/04/74 '"11i Ct.< 71 ]0/05/74 fAH r:R 12 Ol/08/74 ,,, rl r:>< 73 ol/OB/74 'JthU>J 1 Q~/02/74 MrilJu ~ 09102/74 :.ArilJ>:> 3 09/02/74 MrlU;;; 4 09/02/74 t.ili-1U.:J 5 09/02/74 ~1 rl 71 0 l/04f,OS3/74 f.l. rj 71 ()1/0~/74 MH 71 07/04/74 1-1H 71 10/0S/74 •-1ri 300 Ql/06/74 HH 301 0~/03/74 t>1H 302 09/03/74 '·-1H 303 09/03/"l4 MH j() 4 09/04/74 ~4H :-:105 Q-i/04/74 !viH JOb 09/04/74 Mr1 .107 ].0105/74 t-l ri 308 ].0/05/74 e 1·11i 308 }0/06/74 ~rl 309 10106/74 '·lH 310 ].iJ/07/74 ·r-IH lll ]0/07/74 ...., "1 312 ]0/07/74 MH 313 ]0/07/74 (.1 rl 401 Ol/30/75 I·~~ 40?. Ol/30/7S M-i 403 Ol/30/7? "4rl 404 ol/30/75 ~., rl 405 Ol/30/7'3 iVFi 406 Ol/30/75 !viii q.() 7 Ol/31/75 !vlH 408 Ol/31/75 !·4H 409 ol/31/75 lvid td 0 1))/Jl/75 ~·\ r; 'd 1 ol/31/75 r.tt rl 4]2 Oli31/7S ()rJ 3 )0/07/74 SCrl i\] O-i/04/74 SCH "' o-)/04/74 '·) SC"i s 09/04/74 sw "-''Ai-Jf A Ol/06/74 s·.~ '·~AC{f R ot/06/74 ~) .... -.e.- -I MITPAL .. l . . 1 f.,...,.. NUHBER : . SPOT COORDIHI.'l'EG ~"'-..-·' 38 su;veyor 7. ·41° OS'S. ll 0 O~'W 39 Alphonsus 2 13° 20'S 3° 23'W 40 Alphonsus 3 13° os•s 4° 4S'W 41 Luna 16 00° 30'S ·SG 0 40'E 42 Aristarchus .23° 20'N . 47~ 24'W 43 Proclus No Pic. 44 Menelaus "16° 3~'ij 15° 57tE 45 Dionysius ·"2° "50'N 17° 20'E 46 Apollo Ray 1° ·25'S 2G 0 lO'E 47 Theophilus 6 · · 9° 4·0 1 S 25° 35'E 48 Mare Humorum 60 21° 12'S 41° 2 0 I \\f 4'9 Mare Humorum 61 21° 17'S 39° 18 1 \'7 50 ·Mare Humorum 33 26° OO'S 4 4 O 35 I \•1 51 Mare Humorum A6 ··25°.27'5 42° 55 I \•1 52 Nare Humorum A7 25° 30'S 4 0 ° 4 5 t 1•1 53 Mare Humorum 1 19° 56'S 38.0 .35'\'1 ~ 18° 20'S 36° 48'\'T 55 Mare Humorum 25 16"' 40'~ .:S b"' .:S!> ··w 5.6 · Mare. Humorum 7 0 12° 45'S 35° lO'W 57 Mare Humorum Al 58 Mare Humorum · 1m 18° lO'S 32° 00 1 W. 59 Mare Humorum·Kl 16° 40's··. 31° l5 1 W 60 Mare Hum6rum K2 14' 0 32.' s 31° 40'W 61 Mare Fr~gorus ~ 57° 30'N 13° 00'\1 62 Mare ;Fr~gorus 2 . 60° 05 1 N 16° 40'W 63. Mare Imbrium 6 41° OS' 25° OO'N 64 Mare l:mbrium 7 38° 45'N 22 O .:10 I ~V 6.5. Mare Imbri.um N 47° lO'N 9 ° .50 'IV' 6{) ·Mara Ilumorum K3 28° SO'S ·36° so'·H. 67 Mare llumorum IC4 '26°. 20 IS 35° so 'v1 68 Mare Humorum 30 25° SO'B 37° 45 'E 6'9 Mare Humorum 7 20° 20'S 40° SO'W· ,., 70 Marc·Humorum KS 23° .lO'S 43° OO'N (J).·. 71 Mare Humorum KG 23° 05 Is. 3'9° 50 I \'1 .. 72 Mare Humorum K7 23° 32'S 37° 40'W 73 Apollo 15 25° ,OO'N 2° 45'E ' ' \ if ·. •. ll. I ':· ~li~EQit SPOT COORI>INl,.TE S ·t ' 'I .-· i:";' -< -,_ ·"'.74. Hadley Apenninc 1 26° lO'N 20 30'E ' ._,.) 75' Hadley Apenninc 2 24° 40 1 N JO OO'E . f". t:r· 0 JO li--" 76 Hadley Apennine 3 25- 4S'N 35'E ! 11 Copernicus 1 10° 00 'N 22' 0 0 '\-; )H.. I . Copernicus 2 go 50'N 21° 20 '\v . J.' l 78 ll . Copernicus 3 '10° 00 ~N. 20° 20 '\v • I 79 . BO Copernicus 4 '1 ; . . 1 81 Copernicus 5 go 15'N 19° 45'W 82 Copernicus 6 10° OS '·N l9°'3S'N .83 P.roclus 1 . 16° 20'N 46° SS'E 84 P.roclus 2 ~70 30 'N 44° 15'E 8S Proclus 3 16° 50 'N 43° 45'E 86 Menelaus Wall 16° 10 'N 16° ,2S 'E 87 Linne 27° 45'N 11° 48 'E ,:.. 8g Kepler· go· lO'N 37° 55 I \'1 go I 89 Kepler ~. 35'N 36° 20 \•l .,no t: t: I ')."' ~0 nn I tol . . .nl\ ., .i\:rch-1_..-,.., ..... ~ 1 ...... 91 Arch.imedes-2 29° 45'N 60 40 '\"/ . -92 Archimedes 3 2go 05 'N 40 35'H 93 Archimedes 4 24° 30'N 30 30 I \-J 94 Archimedes 5 21° 30 'N so os 'vi 95 Archimedes 6 29° 38 'N so 35'\'1 96 Archimedes 7 2go o·5 'N 60 25 'vl 97 Mare Crisium 1 13°· 40 1 N 65° 40'E 98 Mare Crisium 2 14° 28'N 60° 40 IE 99 J.1ara Cripium 3 14° 35'N 54° ·35'E 100 Cauchy . go 45'N 38° <10'E 101. Plinius Peak . 15° 20 'N 23° 35'E 10 SO'S 47° 40'E lG2 J.Sessier ...... :f ·.. - 103 • Messier A 20 OO'S . -46° SS 'B . 4 5 t 1~~ 101 Ta.runtius H oo ·25'N 49° 0 lOS Taruntius K ··oo 40 'N Sl 30'E t·' 106 Moltkc 0~ 35'S 24° lO'E . 40'E Crntus 2 • . so 40'S 35° Theo.phi1us Cr. ·. 10° '20 •s 25" 38'E 1 i 90 35'S 61° 20'B i 109 ;Langrcnus F • I -· ~-.... ··- ... --- ... -·. • f-1lTPl}OL .. IWHBER SPOT . ·.COORDINATES 110 Moltke Mare N 00° 30'N 24° 20 1 E 111 Mol tke Highlands s .. . 1° SS'N 24° OS'E . 0 112 Rima. Hygenus 1 8° 20'N S 40'E 113 Rima Hygenus.2 8° OS'N 6° lS'E 114. Rima Hygenus 3 7° 4S''N 6° 15'E. 115 Rima Hygcnus 4 ~7° 2S'N 6° 10'E 116 Rima Hygenus 5. . 7° 2S 'N. 7° 55'E 117 Mosting A ·-. 3~>15'S ·so 07'W 118 Mosting c 1° SO'S. 'go 02'~1 119 Mosting Rim . 0° 25'S S 0 SO'W 120 Mosting ;Floor 0° 42'S so 48~W 121 Gambet C 11° 35'S 11° 3.2'W. ' " 122 LittrmV' 1 21-o 1S'N. 29° 40'E 123 ·· Littrm'l 2 ·21°·40'N 29° 45'E 124 Pto1emaeus F1 go 45'S 3° 10'W 125 Davy 1. 10° 25'S so os··w 126 Davy 2 10° SO'S S 0 OS 'W . __,...... ,.f: I T.'f.. . 128 ·Guericke C 11° 35'S 11° 32'~W 129 Ni.co11et 21° 55'S 12° 28'E 130 Besiodus B 27° 07'S 17° ·30'E 131 Littrmv 3 . 22° OS'N 29° · 45'E 132 Littrow 4 21° 40'N 29° OO'E 0 133 Blacl~spot· 1 S ·2S'N 14° 30'W 134 Blackspot 2A 8°. 1S'N 8° OS'vl 1 135 .Blackspot 3 1~ 0 55'N 3° 45 W 136 Blackspot 4 9° 40'N 7° ·45'E ,137 Blackspot 5 6° 30'N 8° OS'E 138 Blackspot 6 10° 03'N 11° 10'E: . . . · 9°·50'N·· ·1S 0 ·0S'E 139 I ·Blackspot 7 140 Upland BS 10° 30'N 14° 20'E 141 Picco1omini 1 28° SO'S 30 ° 4 0 '.E ·. 142 Picco1omini 2. 27°· 45's 33° 151 E 143 Piccolomini 3 •. 29°. 15'S ·33° SS'E · 144 I?iccolomirli 4 • 30° 55's 32° SO'E .145' Picco1omini 5 30° 45'S 28° OO'E . :::1 -s- . .1 :1 ,-··-. ;- . ' .-!rrPAL ,r;' ('---'· Ul-lDE"'R SPOT COORDINATES r--- 146 Eratosthenes A '14° 25 '·N 12° 25'W l . .. I -' 147 Eratosthenes. 1 14°. 48'N· 11° SO'W I . Eratosthenes 2 14° OO'N 11'0 4S'w ..:J 148 149 Eratosthenes 3 14° 30'N 11° 23'W j 150. Eratosthenes 4 14° 25'N 10° SO'W 1 ·151 Eratosthenes 5 15° 35'N. l.QO 30 •·w 152 Mar ius A 12° 35'N 4'5 0 SS'W 153 Mar ius Hills 1 13° 45 '.N 55° 30'W 154 · Marius Hills 2 13°.. 45'N 56° OS'W Mar ius Hills 4 13° 45'N 56° 45'11 155 -. 0 156 Reiner Gamma 70 35'N 58. 4 0 I t'J . 157 Apollo Ray 1 158 Descartes 4 .go SO's 14° OS'E 159 Descartes 5 go OS'S· 16° OO'E 160 . Fracas tori us 21° 30's· 32° SS'E I hi ...,-.aa.LC .. Se.r.e .... ~-...... :...:_ ~"' ~a -·162 Lunar 20 163 Lunar 20 Nare· West· 164 Black Spot . •·· ~- .. - ...... , • . . • • MJ.'J:t:'..H...l..l .,;;J.t;;VA. ..,....,...., .. """"" ...... ,...., 1 NUMBER ·J .. "! 221 MH Cr 72 13° 30'S 34° oo •w 1 j 222 MH cr·73 13° 45 S 35° 30'W .- -..,. 223 Reiner Ga:truna Mare go 30'N 56° 0 0 '\'l l go I "'"'-.::.-r- 224 Kepler· center OO'N 38° 00 ~'l go .Ci .; 225 Kepler North Rim lS'N 38° OO'W 226 Kepler South Hole 70 15'N 36° oo •w F1amstead I . JO 30'S 44° OO'W ~·t 227 .. : 228 Ap 15 A 25° 15 'N 30 OO'E 1 229 Ap 15 B 24° 30 'N 20 OO'E J' 230 Ap·1s c 25° 30 1 N 40 OO'E -~ 231 Ap 15 D 25° 00 1 N JO 15'E j 232 MS cr.:::.l 19° 30'N 15° 30'E . .i 233 MSCCr-2 19° 30 'N 22° 30'E 234 MS Up 1 25° 15 'N . 30° OO'E 235 MS-Up 2 28° OO'N 32° OO'E 236 MS-Up 3 23° 00 1 N 35° OO'E 237 MS-Up 4 19° 00 ,.N 33° 30"E 238 MS-Up 5 15° 45'N 20° lS'E 239 Plato 1 50° 45'N go· OU'W.- 240 Plato 2 54° lS'N go 15'W go 241 Plato 3 ~60 lS'N OO'W 242 Platq 4 57° 30'N 60 OO'W 243 Platq 5 51° 30'N so 3o•w 244 N Ray Crater go 45'N 15° 30'F; 245 s Ray Crater go O.O'N . 15° 30'E ··:. 246 Des C3 10° oo•s l6°'00'E 247 Des C4 10° 30'S 14° 15'E 248 Des cs 10° 30'S 17° 30'E . ·: .. · . . 449 lo 45 •w . 250 MH Up1. 20° 15;S 31° 0 251 ~lH ~Up2 22° 15's· 32. lS'W. 252 MH tip3 17° 30'S 41° .15'W ~· . ' 253 MH Up4 16° 30 •.s .. 424:! 45'W 254 MH UpS 19° 4~ IS')· 45° 45'W 255 UpCr 6 (Lalande) 40 45'S go OO'W 256 UpCr 8 3° oo•s 70 00.1 E· 257 Up_~r9 40 OO'S 70 30'E 258 !-lS-10 l9°·00'N '28° 3·0 'E. 259 l-IS-11 25° 30 'N. .. 2go l5 1 E ·. 260 MS-12. 24° oo•N 28° 30'E 30 '.E . ·' 261 .MS -...13 . 22° 15'.N. 25° 262 Linne Mare 26° 30'N . 12° OO'E 263 Imbrium 10 . 32° 30'N 40° 30'W 264 Imbrium 11 34° OO.'N 16° OO'.l'l. 1 .. 265 ~rium Up 1 44° OO'N . 3° 0.0 E 266 Imbrium Cr1 45° OO'N 4-0 ·15'~; oo•s 36°1S'w.· 267 . MH-301 19° 268 MH-302 19° 45'S 41° 30 •w. 269 MH-303 24°.30'S 31 o · 4s··w< 270 MH-304 23° OO'S 3·g 0 {)O '~'l 271 . ~; MH 305 · 22°. 4S'S 41° 30'W 272 MH-306 25° oo•s 43° 00 1 W 273. Nubiilin ·.1 · 14° OO'S 60 30 '· i'l ()· ().. _.. :: 274 Schickard North 42° 30'S 57° oovw 9 .·. 275 Schickard f.liddle 45° OO'S 55 OO'W d I __ _:t.; .....·.:---, ...... -.... - --..:·-·---~-· .. -·- ! :.. MITPAL SPOT COORDINATES j ' ',l l NUMBER ll·~ i 278 Schichurd South 45° 30'S 52°. 00 'W 1 ,., 277 B~ssel Rim 21° 45 N 18° 15 'E \_/ '• .. 278 '1 ; 279 Ap 15 Up 24° JO'N so 30'E go 1 ., ·.·t .280 Copernicus Peak 30 N 20° 15 'w }. 281 Copernicus NW Crater go 45 1 N 22° OO'W 1 ' . go 30'N 30'W J 282 Kepler Rim 37° 1 :283 MS-14 18° 30'N 13° OO'E ·' 'j 284 MS-15 18° OO'N 11° 0·0 'E iss MS-16 16° 4S'N 17° 30'E 2?6 MS-17 18° 30'N 17° 30'E 287 MS-18 21° 15'N 26°· 00 1 E 288 289 MS Up-19 20° .OO'N 32° OO'E 290 MS Up-20 23° OO'N 32° 30'E 291 MS-21 38° 30'N :370 lS'E 292 Apollo 17 20° OO'N 30° 30'E 293 NM Apollo 17 20° lS'N 30° lS'E 294 ·Gs-4 41° 45 'N 16° 15 'N 295 GS-2 37° OO'N 17° 45'W 296 GS-3 34° OO'N 25° OO'W 297 298 Flamstead II 20 oo•s 4 3 o oo 'vl 29.9 o. Prop 1 40 30'N 42° ·45.'W 300 o. Proc 2 JO 30'N 45° oo· •~"' 301 Alphonsus 1 13° 30'S 40 lS'W 30 0 ' 302. Alphonsus 2 13° OO'S 30f\1 303 Alphonsus Peak 13° IS'S 20 45'W 304 Alphonsus-3 14° 30'S 20 OO'W. JOS Aristarchus G 29° 30'N sso 30 1 \'1 •.; 306 Aristarchus H 29° 45'N S2° 30'W 307 Sinus Roris-1 50° oo'N 50° oo'W 308 Sinus Roris-2 42° ·.30 'N 48° QO I ~1 30.9 Apollo lS 2S 0 oo'N 30 OO'E '310 Apollo 15 Up-2 24° lS'N 20 30'E 311 SPG - 2 22° OO'N go 4S'E 312 Apollo 11- Upland 20 OO'S 24° lS'E 313 Plato 6 53°· 15 'N S 0 30'W ·. 314 cl8° ·OQ 1.W · . Plato 7 50°· 00 'N .· ·. '' 315 Sinus Roris :jf3 55° 30'N 36° OO'W l ~16 MS-22 '31 ° 15'N 13° lS'E 317 MS-23 29°·00'N ·7o 4S''E 318 Copernicus Halo Cr 7°·00'N 18 o · 15 'tv 319· Letronne Mare-2 11° 00 '.S 42° 30 'W 320 Letronne Up B 13° OO'S 42° 30''W ! oo •w. . '.• ·• 321 MH-307 17° lS'S 33° t 322 .•. 323 MH-309 16° OO'S 33° lS'W · ···.. 324 MH-:310 17° OO'S 290 30'W .·l 325 MH-311 15° OO'S 31° OO.'W .23° OD'S 41° oo•w ·~. .._ . 326 MH-312 0. 'I '.··- I /·