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  • Venus Crater Database, Multi-floored Craters and Crater Fields by Descending Diameter
    3 Hadisha 39 1 97 2 11 2 Esmerelda 64 4 104 5 11 2 Rufina 74 6 195 11 2 Irma 50 9 122 11 1 Pat 2 9 262 6 11 1 Deborah 37 3 10 6 11 1 Heather 6 8 334 1 11 Ahava 53 5 187 3 10 8 Qulzhan 23 5 165 4 10 4626 Elizabeth 59 1 215 4 10 3 Jutta 0 142 6 10 2 Linda 12 4 2 8 10 2 unnamed 80 229 7 10 Kuro 7 8 57 6 9 6 Oshalche 29 7 155 5 9 5 Loan 28 2 60 9 48866 Marianne 9 3 358 9 3 Safarmo 10 8 161 4 9 2 Enid 16 4 352 1 9 1 Tahia 44 2 73 7 8 9 Temou 10 83 3 8 8 unnamed 13 3 336 7 8 8 unnamed 39 3 110 8 5 Veriko 20 4 350 1 8 3 Ulpu 35 8 179 8 Nicole 48 3 259 3 7 7 Ytunde 49 9 81 1 7 6 Bahriyat 50 3 357 5 7 6 Chubado 45 3 5 6 7 6 Guzel 57 7 298 7 7 5 Ninzi 15 9 331 7 7 5 Miovasu 72 1 99 9 7 48555 Aftenia 50 323 9 7 4 Bakisat 26 356 8 7 4 unnamed 6 2 282 6 7 4 Parvina 62 1 153 7 22112 Kafutchi 26 7 16 4 7 20652 Khafiza 6 299 2 7 2 Odarka 40 7 138 2 7 2 Yemysh 11 9 214 7 7 1 Fazu 32 4 106 6 9 Masha 60 7 88 6 6 9 Marysya 53 3 75 1 6 7 unnamed 55 4 129 6 7 Hapei 66 1 178 6 7 Eugenia 80 6

    Original URL path: http://www.lpi.usra.edu/resources/vc/vcdiam_mult/ (2016-02-15)
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  • Venus Crater Database, Ringed Craters by Descending Diameter
    22 9 145 1 89 6 Potanina 31 7 53 87 1 Addams 56 2 98 8 83 8 Sanger 33 8 288 6 82 5 Mona Lisa 25 6 25 2 73 7 Boulanger 26 6 99 3 73 Barsova 61 4 223 72 9 Wheatley 16 6 268 69 5 Andreianova 3 68 7 68 5 Nevelson 35 2 307 8 62 5 Hepworth 5 1 94 6

    Original URL path: http://www.lpi.usra.edu/resources/vc/vcdiam_ring/ (2016-02-15)
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  • chapter in the Venus II book entitled Morphology and Morphometry of Impact Craters by Robert R Herrick Virgil L Sharpton Michael C Malin Suzanne N Lyons and Kimberly Feely 1997 U of Arizona Press eds S W Bougher D M Hunten and R J Phillips pp 1015 1046 That should be the reference if you use the database for your research The original version of the database release 1 was used for an article by Robert R Herrick and Roger J Phillips 1994 Implications of a global survey of Venusian impact craters Icarus v 111 387 416 The sheet dealing with multiple impacts is an updated version of that which appears in Herrick Robert R and Roger J Phillips 1994 Effects of the Venusian atmsophere on incoming meteoroids and the impact crater population Icarus v 112 253 281 Other Available Crater Databases for Venus This does not represent the only database of impact craters for Venus Others are found in the following For another general database of craters see Schaber et al 1992 JGR v 97 13 257 A continuously updated version of that database can be found at the USGS Astrogeology Branch web site http astrogeology usgs gov A more detailed listing of parabolic features is in Campbell et al 1992 JGR v 97 16 249 The parabolic features listed in our database are a subset of those in Campbell et al We have only included those that are undisputable parabolic features that are obviously related to the crater and that show up clearly in the SAR imagery A database of emissivity features associated with craters can be found at Lawson and Plaut 1994 LPSC XXV 781 782 Another compilation of parabolic features is in Schaller and Melosh 1998 Icarus v 131 123 127 Another data set of ring

    Original URL path: http://www.lpi.usra.edu/venus/craters/README.txt (2016-02-15)
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  • Title
    in the crater floor is similar in brightness to the majority of the crater floor A representative location in the terrain surrounding the crater is a piece of terrain near the crater that is similar in character to the terrain that the crater formed on but that is unaffected by the crater Within the crater we chose a piece of floor that appeared to be similar in brightness to the majority of the floor material The difference between these values dnd gives an estimate of the relative radar brightness of the crater interior Individual DN values can be converted to radar cross section in decibels by the formula The average DN is the average of the logarithm of the backscatter at each pixel location This calculation was only made for craters 16 km in diameter Maximum distance of radar bright continuous ejecta Ce from the rim This does not include ejecta that was obviously emplaced as long run out flows Error is 0 9 km Maximum distance from rim of all flow units Fl extending from the ejecta blanket Error is 0 3 km Approximate diameter of dark halo Dh surrounding crater Error is 5 Completeness of ejecta deposits Ec around the rim as a fraction of 1 Error is 0 05 Completeness of the rim Rc as a fraction of 1 Error is 0 05 Planform of the crater rim Pl c ircular e longate i rregular and p olygonal Morphologic class Mo 1 bowl shaped 2 knobby base 3 central peak 4 multiple peaks 5 peak rings 6 multiple rings and 0 indistinguishable flat floored feature albedo line etc Central structure diameter Cd Value is actually diameter of a circle with an area equivalent to that encompassing any central structure measured in the same manner as rim to rim diameter Previous studies have measured peak ring diameter by fitting a circle to the peaks of the ring massif e g Pike and Spudis 1987 EM P v 39 129 For the sake of interplanetary comparisons in the text we also used this older technique to measure peak ring diameters for single and double ring basins Peak ring diameters using this second technique are in the separate sheet Error for central peak or peak ring diameter using the equivalent area technique is 6 Error for peak ring diameter using the circle fitting technique is 1 7 km Wall Wa terracing Denotes whether the wall appears u nterraced or t erraced at C1 MIDR resolution Wall width Ww Fig 10 To minimize distortion resulting from SAR effects horizontal distance from rim to floor was measured in the N S direction If no clear break between wall and floor could be discerned this measurement was not made Error is 10 Multiples Mu Impact event is classified as either a s ingle crater one with m ultiple floors and a single rim or a f ield of craters Floor reflectivity Fr In qualitative terms does the floor appear b right i ntermediate

    Original URL path: http://www.lpi.usra.edu/venus/craters/entries.html (2016-02-15)
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  • flows Error is 0 9 km Maximum distance from rim of all flow units Fl extending from the ejecta blanket Error is 0 3 km Approximate diameter of dark halo Dh surrounding crater Error is 5 Completeness of ejecta deposits Ec around the rim as a fraction of 1 Error is 0 05 Completeness of the rim Rc as a fraction of 1 Error is 0 05 Planform of the crater rim Pl c ircular e longate i rregular and p olygonal Morphologic class Mo 1 bowl shaped 2 knobby base 3 central peak 4 multiple peaks 5 peak rings 6 multiple rings and 0 indistinguishable flat floored feature albedo line etc Central structure diameter Cd Value is actually diameter of a circle with an area equivalent to that encompassing any central structure measured in the same manner as rim to rim diameter Previous studies have measured peak ring diameter by fitting a circle to the peaks of the ring massif e g Pike and Spudis 1987 EM P v 39 129 For the sake of interplanetary comparisons in the text we also used this older technique to measure peak ring diameters for single and double ring basins Peak ring diameters using this second technique are in the separate sheet Error for central peak or peak ring diameter using the equivalent area technique is 6 Error for peak ring diameter using the circle fitting technique is 1 7 km Wall Wa terracing Denotes whether the wall appears u nterraced or t erraced at C1 MIDR resolution Wall width Ww Fig 10 To minimize distortion resulting from SAR effects horizontal distance from rim to floor was measured in the N S direction If no clear break between wall and floor could be discerned this measurement was not made Error is 10 Multiples Mu Impact event is classified as either a s ingle crater one with m ultiple floors and a single rim or a f ield of craters Floor reflectivity Fr In qualitative terms does the floor appear b right i ntermediate or d ark Parabolic feature Pf associated with crater yes no maybe We used only definitely parabolic features in SAR images that could not be attributed to processes other than crater formation Apparent projectile direction of travel Pd A qualitative assessment based on crater shape and orientation of ejecta deposits Multiple asteroid Ma A few impact craters are unusually close together but too large and too far apart to be from a single impactor These are assumed to be the result of binary or more asteroids or comets striking simultaneously The individual craters of these events are listed separately but are linked by an identical number in this column Terrain type that crater lies on undistinguished plains p fractured plains pf Lakshmi planum lp tessera and mountain belts t corona c volcanic regions v ridge belt r and rift ri Interior flat floor If yes no maybe The crater floor has an areally extensive flat surface as if emplaced

    Original URL path: http://www.lpi.usra.edu/venus/craters/entries.txt (2016-02-15)
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  • 18 not enough information to determine origin ONLY IN SCHABER ET AL DATABASE Higgins 8 1 241 3 40 not enough information to determine origin unnamed 81 7 85 11 5 not enough information to determine origin Afiba 47 1 102 7 9 5 not enough information to determine origin Gulchatay 20 6 295 5 9 volcanic Gulnara 23 7 174 5 not enough information to determine origin Sasha 38 3 277 8 4 6 volcanic unnamed 47 1 6 9 4 5 volcanic unnamed 48 6 216 3 5 volcanic unnamed 27 47 86 04 2 9 volcanic unnamed 2 3 262 8 2 8 volcanic unnamed 10 9 173 7 2 5 volcanic unnamed 22 3 342 5 2 4 volcanic unnamed 39 6 340 2 3 volcanic unnamed 17 6 313 9 2 1 volcanic unnamed 81 62 84 97 2 not enough information to determine origin unnamed 4 9 322 2 volcanic unnamed 27 4 330 2 volcanic or splotch unnamed 32 6 314 7 2 secondary unnamed 13 31 123 45 1 9 volcanic unnamed 57 8 22 5 1 8 not enough information to determine origin unnamed 2 10 3 1 8 no real

    Original URL path: http://www.lpi.usra.edu/venus/craters/rel3discrep.txt (2016-02-15)
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  • 9 5 x x 1 1 c 3 4 3 t 3 7 s i n x p y n n 1 356 Sandel 45 7 211 6 18 7 1 6052 43 0 63662 106 89 17 23 4 23 x 0 7 1 c 3 4 2 t x s i n w v y n n 1 358 Yale 13 4 271 2 18 7 1 6052 31 3 1831 107 97 10 12 1 x x 1 1 c 3 4 3 t 3 2 s d n x p y n n 1 360 Budevska 0 5 143 2 18 7 1 6052 22 2 54648 134 105 29 12 6 x 70 0 9 1 c 3 4 7 t 3 9 s i y sw 17 p y n n 1 357 Cohn 33 3 208 1 18 7 1 6051 48 1 27324 124 95 29 12 4 x 50 0 9 1 c 3 3 9 t 3 9 s b y w p n n n 1 361 Asmik 3 9 166 5 18 6 1 6051 57 3 50141 123 125 2 12 7 14 6 130 0 6 1 c 3 4 8 t 4 1 s i n x pf y n n 1 364 Shakira 3 213 6 18 5 1 6051 95 1 27324 156 131 25 13 9 x 100 1 1 i 2 x u x s b n x pf n n n 1 365 Corinna 22 9 40 6 18 5 1 6051 54 1 90986 98 67 31 10 2 x x 1 1 c 3 4 8 t 2 9 s i n x p y n n 1 363 Virve 5 1 346 9 18 5 1 6051 15 1 59155 101 93 8 9 6 x 75 1 1 c 3 4 t 3 8 s d n x p y n n 1 362 Abigail 52 2 111 2 18 5 1 6050 84 1 59155 97 96 1 10 x x 1 1 c 3 7 1 t 4 3 s d n x p y n n 1 369 unnamed 73 145 18 4 3 x x 97 97 0 x x x 0 0 7 c 3 3 1 u x s d n x p x y n 3 366 Aethelflaed 18 2 196 6 18 4 1 6052 18 2 54648 92 90 2 13 x x 0 5 1 c 2 x t 4 6 s d n x c y m n 1 superposed on corona rim 367 MacDonald 30 120 7 18 4 1 6051 7 1 59155 111 88 23 30 2 x 90 0 9 1 i 2 x t 4 8 s i n e t y n n 1 368 Laura 48 9 141 2 18 4 1 6051 46 3 81972 105 103 2 25 9 x x 1 1 c 3 5 1 t x s i n wsw p y n n 1 371 Ma Shouzhen 35 7 92 5 18 3 1 6051 8 1 59155 89 84 5 11 2 x 40 1 1 c 3 4 2 t 4 1 s d n x p y n n 1 370 Evelyn 61 212 3 18 3 1 6050 97 3 1831 91 95 4 x x x 0 1 c 3 4 2 t 3 4 s d n x 19 p y n n 1 no ejecta that can be distinguished from companion may predate it 374 Montez 17 9 266 5 18 2 2 6052 84 0 95493 107 106 1 18 6 51 2 x 1 1 c 3 5 6 u x s d n x p y n n 1 373 Noreen 33 6 22 7 18 2 1 6051 94 3 50141 136 105 31 15 2 x 60 1 1 c 3 4 8 t x s b m x pf n n n 1 372 Delilah 57 9 250 2 18 2 1 6051 18 2 22817 103 98 5 19 1 x x 0 9 0 9 c 3 4 7 t 4 s i n e p y n n 1 272 Zija 3 5 265 18 178 1 6051 97 1 90986 110 94 16 17 4 74 2 x 1 1 i 3 3 8 u 3 1 f d n s p y n n 1 375 Virginia 52 9 185 9 18 1 1 6050 94 3 50141 89 85 4 17 4 x x 1 1 c 3 6 5 t x s i n x p n n n 1 378 Gregory 7 1 95 8 18 2 6053 17 3 1831 135 109 26 15 2 48 x 1 1 i 2 x u 6 2 s i n x pf y n n 1 scalloped rim 376 Grace 13 8 268 9 18 1 6051 88 2 22817 107 98 9 23 6 52 8 x 1 1 i 2 x u x s d n x p y n n 1 not all orbits 377 Tatyana 85 4 212 4 18 1 6050 53 3 81972 s digital image PIDR not available 380 Veronica 38 1 124 6 17 9 2 6052 4 1 27324 109 108 1 26 3 x x 0 5 1 i 2 x u x s d n x pf y n y 2 379 Ruth 43 3 19 9 17 9 1 6051 63 2 54648 117 106 11 12 9 x 67 1 1 c 2 x t 4 s b n n pf n n n 1 928 de Ayala 12 4 31 9 17 9 1 6051 39 2 86479 141 118 23 16 7 x x 1 0 9 c 3 4 9 t 3 3 s b n x r y n y 2 381 Chloe 7 3 98 6 17 8 1 6055 93 2 22817 151 152 1 8 3 x x 0 6 1 c 3 3 5 t 4 8 s i n x t y n n 2 382 Estelle 1 1 93 7 17 8 1 6055 06 3 50141 143 145 2 9 x x 0 2 1 c 3 3 5 t 3 4 s i n x t y y n 2 383 Anya 39 5 297 8 17 7 1 6051 2 3 50141 134 120 14 12 2 x 70 0 9 1 c 2 x t 3 9 s b n nnw p y n n 1 387 Workman 12 9 299 9 17 6 1 6052 65 3 81972 111 112 1 18 5 32 9 x 1 1 c 3 4 2 u 3 7 s d n x pf y n n 1 386 Gabriela 17 8 240 4 17 6 1 6052 1 1 90986 123 113 10 18 5 x x 0 8 1 c 2 x u x s b n ne pf n n n 1 384 Dinah 62 9 37 1 17 6 1 6051 87 1 90986 95 95 0 14 7 x x 1 1 i 0 x u x s d n x ri n m y 2 385 Sophia 28 7 18 8 17 6 1 6051 77 1 27324 94 87 7 14 5 x x 1 1 c 3 5 4 t 4 2 s d n x p y n n 1 389 Oakley 29 3 310 5 17 5 1 6052 2 2 22817 125 98 27 24 5 49 4 x 0 9 1 i 2 x t 4 3 s b n wsw p n n n 1 390 Kala 1 5 314 4 17 5 1 6051 8 0 63662 116 105 11 13 5 x x 1 1 c 3 6 5 u 4 3 s i n x v x y n 1 388 Adaiah 47 3 253 4 17 5 1 6051 23 1 90986 110 93 17 16 2 x 60 1 1 c 3 3 5 u x s b y s p n n n 1 windstreaks to west 391 Leida 23 3 266 6 17 3 2 6052 45 1 27324 117 114 3 16 5 x x 1 1 i 2 x u x s i n x pf y n y 1 393 Letitia 34 5 288 7 17 2 1 6053 35 4 13803 115 113 2 12 x x 0 7 1 c 3 5 7 u x s b n w 3 p n n n 1 392 Toklas 0 7 273 1 17 2 1 6051 62 3 50141 111 105 6 12 6 29 1 110 1 1 c 2 x t 3 9 s d n x p y n n 1 397 Naomi 6 70 3 17 1 1 6053 07 2 54648 121 120 1 25 2 x x 0 4 1 c 2 x t x s i n x t y n y 2 398 Akiko 30 6 187 3 17 1 1 6051 63 1 27324 119 117 2 12 7 x x 0 9 1 c 2 x t 4 1 s i n x t y n n 2 396 Maranda 4 9 169 7 17 1 1 6051 53 3 50141 127 128 1 10 6 x x 1 1 c 3 4 2 t 2 8 s i n x pf y n y 1 395 Elena 18 4 73 4 17 1 1 6051 53 1 27324 123 106 17 13 5 x x 0 7 1 c 2 x t x s b n nne p n n n 1 394 Francesca 28 57 7 17 1 1 6051 28 2 86479 125 94 31 23 2 x 90 0 9 1 i 2 x t x s b n wsw p n n n 1 402 Datsolalee 38 3 171 8 17 2 6051 44 1 27324 118 109 9 16 4 70 120 0 8 0 8 i 2 x u x s b n x pf n n n 1 399 Inira 43 1 239 4 17 1 6051 32 2 54648 96 84 12 17 2 58 x 1 1 c 2 x u x s b n nw p n n n 1 401 Merit Ptah 11 4 115 6 17 2 6051 19 2 86479 140 108 32 41 8 x u x s b y x p n n n 1 not all orbits 400 Sanija 33 249 9 17 1 6051 04 1 59155 128 119 9 23 6 40 3 x 1 1 c 2 x u x s d n x p y n n 1 403 Galina 47 6 307 1 17 2 6050 61 1 27324 111 95 16 18 9 85 2 390 1 0 9 i 2 x u 4 s d n nw p y n n 1 404 Elza 34 4 275 9 16 9 2 6051 99 1 90986 104 96 8 16 4 35 3 x 0 9 1 c 2 x u x s i n e pf y n n 1 405 Makola 3 8 106 7 16 8 1 6053 96 2 22817 122 122 0 2 x x 0 2 0 9 c 0 x u x s i n x t x y y 2 406 Aimee 16 1 127 2 16 8 1 6051 09 2 86479 116 116 0 15 1 x 50 1 1 c 3 4 2 t 2 s i n x p y n n 1 408 Alma 2 4 228 8 16 7 1 6052 19 1 27324 115 117 2 10 9 x x 0 9 1 c 3 5 4 t 3 7 s d n x pf y n n 1 410 Tussaud 21 8 220 8 16 7 2 6051 84 1 90986 122 97 25 31 1 x x 0 7 0 9 i 2 x u x s b n x ri n n n 1 407 Yoshioka 32 4 58 9 16 7 1 6051 46 2 86479 81 81 0 x x x 0 0 7 i 0 x u x s d n x t x y n 3 412 Madeleine 4 8 293 2 16 6 1 6052 1 1 90986 122 107 15 17 3 22 7 130 1 1 c 2 x u 5 3 s d n x p y n n 1 411 Jerusha 22 342 7 16 6 1 6051 44 3 1831 94 97 3 10 6 x x 1 1 c 3 2 7 t 4 s d n x pf y n n 1 413 Vashti 6 8 43 7 16 5 1 6052 18 1 27324 110 92 18 10 5 x 190 1 1 c 2 x t 4 5 s i n x p y n n 1 415 Caroline 6 9 306 3 16 4 1 6051 64 1 90986 111 110 1 13 3 x 40 0 9 1 c 3 4 3 t 3 8 s d n s p y n n 1 414 Amalasuntha 11 5 342 4 16 4 1 6051 41 1 27324 120 105 15 17 1 x 90 1 1 c 2 x t x s i n w p n n n 1 large wind streaks to NW 416 Judith 29 1 104 5 16 3 2 6052 71 2 22817 106 104 0 20 9 76 5 80 0 8 1 i 2 x u x s i n x p y n n 1 not all orbits 417 Kanik 32 6 249 6 16 2 1 6051 29 2 22817 101 108 7 23 1 x 60 0 7 1 c 3 4 4 t x s d n wnw p y n n 1 418 Indira 64 1 289 8 16 1 1 6050 91 4 45634 132 101 31 17 47 2 70 1 1 c 2 x u x s b n s p n n n 1 421 Tsiala 2 9 100 16 1 6054 83 3 81972 146 143 3 7 4 x x 0 4 1 c 3 t 2 8 s i n x t y m y 2 419 Jacqueline 70 123 8 16 1 6051 85 2 22817 110 110 0 8 4 x x 1 1 c 2 x u x s i n x c n n n 1 420 Sabira 5 8 239 8 16 1 6051 52 1 27324 107 105 2 11 9 x x 1 1 c 2 x t 4 7 s d n x pf y n n 1 425 Heidi 23 6 350 1 15 9 3 6052 42 x 15 5 x x 0 4 0 9 i 0 x t 1 4 s d n x v x y n 2 possibly volcanic on side of Sif 422 Mahina 2 182 2 15 9 1 6051 82 1 59155 10 6 x x 1 1 c 3 4 6 t 3 7 s i n sw p y n n 1 424 Johanna 19 5 247 3 15 9 2 6051 47 1 59155 10 7 37 1 x 0 7 0 8 c 2 x u x s b n x c n m m 1 423 Evangeline 69 6 222 15 9 1 6051 42 1 59155 16 20 110 1 1 e 2 x u x s b n x p n n n 1 not all orbits 426 Cynthia 16 7 347 5 15 8 1 6051 4 2 22817 16 1 x 40 1 1 c 3 4 4 t 2 9 s i n x pf y n n 1 427 Farida 4 8 39 15 7 1 6051 99 0 63662 14 2 x x 1 1 c 2 x t x s i n x pf y n n 1 not all orbits 429 Esther 19 4 21 8 15 7 2 6051 8 1 59155 27 112 x 0 7 0 6 i 2 x u x s i n n p y n n 1 428 Phaedra 35 8 252 7 15 7 1 6051 32 1 27324 20 7 x x 1 1 c 3 3 3 t 3 2 s d n sse p y n n 1 432 Grazina 72 5 337 5 15 6 1 6056 31 2 22817 6 6 x x 0 2 1 c 3 3 2 t 2 9 s i n x t n m y 2 faulted rim 431 Sigrid 63 5 314 4 15 6 1 6053 14 4 13803 13 2 x x 0 5 1 c 2 x u 4 s i n x p y m n 1 430 Megan 61 8 130 6 15 6 1 6051 36 2 54648 10 4 x 40 1 1 c 3 3 6 t x s i n x p n n n 1 435 Doris 2 3 90 15 5 3 6055 01 x 3 3 x x 0 2 1 c 0 x u x s i n x t y y y 3 radar bright ring 436 Miriam 36 5 48 2 15 5 3 6052 5 x 15 16 x 1 1 c 2 x u x s b n x v y n n 1 434 Varya 2 7 211 8 15 5 1 6051 1 27324 11 5 x 50 1 1 c 2 x t x s i n x pf n n y 1 437 Daphne 41 3 280 4 15 5 3 6050 81 x 18 1 43 2 90 0 9 0 7 i 2 x u x m i n x pf n n n 1 438 Lucia 62 1 67 9 15 4 1 6051 67 2 86479 12 7 x x 0 7 1 c 3 3 4 t 4 s d n ne p y n n 1 441 Audrey 23 8 348 1 15 3 1 6052 17 1 59155 21 3 x 130 0 9 1 c 2 x u 4 9 s b n ssw pf n n n 1 440 Lineta 5 354 1 15 3 1 6051 57 1 90986 15 8 x 52 4 1 1 c 2 x u x s b n se p n n n 1 439 Abika 52 5 104 4 15 3 1 6051 01 2 22817 14 x x 1 1 c 2 x t x s d n x p y n n 1 443 Olga 26 1 283 8 15 2 1 6054 77 3 50141 x x x 0 1 i 3 3 5 u x s i n x pf n n n 1 444 Lena 39 5 23 15 2 1 6051 4 2 54648 9 4 x x 0 6 1 c 3 4 4 t 3 5 s d n ne pf y n n 1 442 Yvonne 56 298 4 15 2 1 6051 31 2 22817 9 5 10 4 60 1 1 p 2 x u x s i n x p n n n 1 445 Eileen 22 8 232 7 15 1 1 6052 11 1 90986 13 2 29 x 0 5 1 c 2 x t 3 8 s i n e pf y n n 1 449 Hamuda 62 9 2 6 15 2 6060 02 1 27324 x x x 0 1 i 0 x u x s i n x t n n y 3 446 Kitna 28 9 277 3 15 1 6052 12 2 22817 10 3 x x 0 8 1 c 3 2 9 t 3 6 s b n x pf n n n 1 448 Vallija 26 3 120 15 1 6050 93 2 86479 11 9 63 200 1 1 i 2 x u 3 2 s d n x pf y n n 1 447 Lydia 10 7 340 7 15 1 6050 38 1 59155 15 9 39 6 65 1 1 c 2 x t x s b n se pf n n n 1 451 Ayana 29 2 175 5 14 9 1 6051 92 2 54648 23 3 43 3 90 0 8 1 i 2 x u x s b n sse p n n n 1 452 Almeida 46 6 123 3 14 9 1 6051 92 2 86479 11 9 x 140 1 1 c 3 3 7 u 3 2 s d n wnw 1 p y n n 1 450 Philomena 40 7 151 9 14 9 1 6051 63 0 95493 18 2 x 60 1 1 c 2 x t x s b n nw p n n n 1 windstreaks to wnw 456 Amanda 29 1 94 5 14 8 3 6052 07 x 20 6 x x 1 1 i 2 x u x s i n x v n n n 1 453 Teresa 42 5 10 14 8 1 6051 92 3 1831 6 5 x x 0 4 1 i 2 x u x s d n x t y n y 3 455 Suliko 9 6 214 6 14 8 2 6051 86 2 86479 8 6 x x 0 5 0 7 i 0 x t 3 7 s i n x p y n n 1 454 Lenore 38 7 292 2 14 8 1 6051 36 3 50141 15 2 x 130 0 9 1 c 3 5 8 t 3 7 s i n ese p n n n 1 457 Michelle 19 6 40 5 14 7 1 6051 76 2 22817 9 x x 0 7 1 c 3 4 2 t 2 9 s d n x 6 p y n n 1 459 Rose 35 2 248 2 14 7 3 6051 3 x 18 3 92 x 0 9 0 9 i 2 x u x s i n x t n m m 2 458 Fatima 17 8 31 9 14 7 1 6051 3 2 54648 8 6 x x 0 8 1 c 3 2 7 t 3 4 s d n ene p y n n 1 260 Stein 30 1 345 5 14 6332 1 6051 36 2 54648 112 98 14 12 6 33 4 x 0 9 0 7 i 2 x t x f i n e pf y n n 1 462 Ivka 68 2 303 8 14 6 1 6052 56 3 81972 12 9 x 40 1 1 c 2 x u x s i n e p n n n 1 938 Ellen 22 8 281 3 14 6 1 6052 1 1 59155 n x p 1 only sliver of rim and a little ejecta visible in mosaiced data 461 Alison 4 165 6 14 6 1 6051 51 2 54648 19 9 x 70 1 1 p 3 3 9 t 3 3 s i n x p y n n 1 460 Vesna 60 4 220 4 14 6 1 6051 31 3 1831 27 1 x x 0 9 1 c 2 x u x s b n s p n n n 1 162 Terhi 45 8 253 14 5075 1 6051 07 2 22817 123 119 4 31 2 54 8 270 1 1 i 2 x u x f b n se 2 p n n n 1 464 Ketzia 4 300 5 14 5 1 6052 08 2 22817 6 7 x x 0 7 0 9 c 3 4 2 t 3 3 s i n x pf y y n 2 463 Marie 21 7 232 4 14 5 1 6051 91 1 90986 7 3 x x 0 7 1 c 3 3 7 t 4 s d n x pf y n n 1 465 Surija 5 3 178 2 14 5 1 6051 36 2 22817 15 5 x 130 1 1 c 2 x t x s b n x p n n n 1 466 Gina 78 1 76 5 14 5 1 6050 67 2 54648 10 x x 0 4 1 p 2 x u x s i n x r x y y 2 468 Caitlin 65 3 12 14 4 2 6053 66 0 95493 12 4 x x 0 4 0 6 i 0 x u x s i n x t x y y 3 467 Samantha 45 5 281 7 14 4 1 6050 44 1 90986 18 5 38 6 x 0 8 1 c 3 4 1 t 4 4 s d n ene p y n n 1 470 Felicia 19 8 226 5 14 3 1 6051 86 2 22817 13 3 x 150 0 9 1 c 2 x t x s d n x p y n n 1 471 Gillian 15 2 50 1 14 3 1 6051 68 1 59155 12 6 x x 1 1 c 3 3 2 u 3 5 s d y x 16 p y n n 1 469 Leah 34 2 187 8 14 3 1 6051 53 1 27324 20 7 57 7 x 1 0 7 i 2 x u x m i n ne pf n n n 1 473 Tanya 19 3 282 8 14 2 2 6052 51 1 59155 7 x x 0 5 0 9 c 0 x t 1 8 s d n x v x y n 2 472 Irina 34 9 91 2 14 2 1 6051 47 1 59155 7 6 x x 0 9 1 c 2 x t 1 9 s d n x p y n n 1 477 Lyudmila 62 1 329 7 14 1 1 6054 4 3 1831 13 8 x x 1 1 c 2 x t 3 5 s i n ne lp y n n 1 474 Fukiko 23 1 105 7 14 1 1 6052 6 2 54648 25 9 57 3 x 1 1 i 2 x u x s i n x pf n n n 1 475 Aita 8 9 270 7 14 1 1 6051 44 2 54648 17 5 x x 1 1 c 3 3 1 t 3 2 s d n e p y n n 1 476 Namiko 43 4 56 2 14 1 1 6050 99 2 86479 11 1 x x 1 1 c 2 x t x s d n x pf y n n 1 479 Wazata 33 6 298 3 14 1 6051 86 4 13803 12 6 x 40 1 1 c 2 x u x s b n x t n n n 1 478 Colleen 60 8 162 2 14 1 6051 1 3 1831 11 6 x 40 1 1 c 2 x u x s b n x p n n n 1 481 Ingrid 12 5 308 9 13 9 1 6052 23 2 54648 12 2 x x 0 9 1 i 2 x u x m i n x pf y n y 1 483 Pamela 11 238 5 13 9 1 6051 96 1 59155 7 3 x 60 1 1 c 2 x u x s i n nne p n n n 1 484 Liliya 30 2 31 2 13 9 1 6051 75 1 90986 23 2 33 7 x 0 8 1 c 2 x u x s b n ne p n n n 1 482 Valerie 6 4 30 9 13 9 1 6051 43 1 59155 20 6 x x 1 1 c 2 x t x s i n x p n n n 1 480 Erin 47 184 8 13 9 1 6051 31 2 22817 12 6 x 110 1 1 i 2 x u x s d n x p n n n 1 485 Yakyt 2 1 170 2 13 8 1 6052 19 3 50141 16 5 x x 1 1 c 3 4 8 t 2 8 s i n x pf y n y 2 488 Yomile 27 3 138 7 13 6 2 6053 03 1 59155 9 5 x 45 0 6 0 9 i 2 x u x s i n ne pf n y n 2 487 Margit 60 273 1 13 6 1 6051 3 2 86479 21 x x 0 8 0 9 i 2 x u x s b n s p n m n 1 486 Olya 51 4 291 8 13 6 1 6050 58 2 54648 16 20 3 70 1 1 c 2 x u 4 7 s d n x p y n n 1 489 Jocelyn 33 3 276 4 13 5 1 6052 42 1 90986 9 3 x x 1 1 c 3 2 6 t x s d n x pf y n n 1 492 Bernadette 46 6 285 6 13 5 2 6052 15 0 95493 13 7 78 2 x 0 7 0 7 i 2 x u x s i n n p n m n 1 491 Irene 49 8 134 13 5 1 6052 15 4 13803 12 3 x x 0 2 1 c 2 x t x s b n x t n n n 2 490 Lilian 25 6 336 13 5 1 6051 28 2 86479 13 1 x x 0 8 0 6 i 2 x u x m d n sse p y n n 1 493 Gudrun 10 6 326 4 13 4 1 6051 13 1 59155 13 9 x x 1 1 c 3 3 3 t x s b n x p n n n 1 933 Raisa 27 5 280 3 13 3 1 6054 87 2 54648 x x x 0 0 7 c 0 x x x s i n x v x y y 3 495 Lois 17 9 214 7 13 3 2 6051 81 1 27324 9 7 x x 0 6 0 7 i 0 x u x s i n x c n y y 3 494 Kiris 20 9 98 8 13 3 1 6051 67 2 22817 17 8 x x 0 6 1 e 2 x t 3 6 s d n x pf y n n 2 497 Susanna 6 93 3 13 2 2 6053 37 3 50141 10 9 27 7 70 9 1 1 i 2 x u x s i n x pf n n n 1 496 Danute 63 5 56 5 13 2 1 6052 05 3 81972 10 4 x x 1 1 c 3 2 8 u x s d n x p n n n 1 499 Isako 9 278 13 1 1 6052 33 2 54648 7 x x 0 3 1 c 3 2 4 u 3 6 s d n x t y m n 2 501 Jadwiga 68 4 91 13 1 1 6052 2 22817 18 9 x 50 1 1 c 2 x u x s i n x pf n n n 1 500 Kelly 4 8 359 2 13 1 1 6051 43 2 22817 12 7 x x 0 6 1 i 2 x u x m i n ne pf y n n 1 498 Oku 64 2 232 1 13 1 1 6051 37 3 1831 10 4 x x 1 1 c 2 x u 3 8 s d n x p y n n 1 503 Loretta 19 8 202 6 13 1 6051 89 1 90986 21 6 x x 1 1 c 3 3 9 t 3 6 s d n x p y n n 1 502 Jitka 62 70 9 13 1 6051 66 2 86479 22 7 x 70 0 7 1 c 2 x t x s b n ssw p n n m 1 505 Ul yana 24 3 253 13 1 6051 63 1 59155 14 33 1 80 1 1 c 2 x t 4 7 s b n x p y n n 1 504 Darline 19 3 232 6 13 1 6051 52 2 22817 9 3 x x 0 7 1 c 3 2 5 u x s d n x pf n n n 1 506 Wilma 36 7 1 7 13 1 6050 82 3 1831 14 9 33 5 65 1 0 8 p 2 x u x s b n x p n n n 1 507 Ximena 68 2 243 6 13 2 6050 55 3 50141 10 8 16 9 60 1 1 c 2 x u x s i n x pf n n n 1 510 Zumrad 32 1 94 8 12 9 1 6051 91 1 90986 14 3 x 60 1 1 c 2 x t x s b n x t n n n 1 509 Zeinab 2 3 159 7 12 9 1 6051 38 2 86479 13 7 x x 1 1 c 2 x t 3 3 s d n x p y n n 1 511 Kylii 41 1 67 12 8 1 6051 46 1 59155 14 9 x x 1 1 c 3 3 t x s b n s pf n n n 1 513 Barauka 10 6 346 3 12 8 2 6050 79 1 90986 17 5 53 1 70 0 9 0 8 i 2 x u x s b n se pf n n n 1 514 Kastusha 28 6 60 12 7 1 6051 23 2 54648 22 5 x 100 0 9 1 c 3 4 2 t 3 s i n nne p n n n 1 516 unnamed 9 3 152 8 12 6 3 6052 46 x x x x 0 0 9 i 0 x u x s d n x t n y n 3 515 Ngone 6 331 9 12 6 1 6051 13 1 27324 11 2 x 100 0 8 1 c 3 3 9 t 3 1 s b n nnw p n n n 1 1 29 depth from Goldstone 518 Alimat 29 5 205 9 12 5 2 6051 75 1 59155 6 5 x x 0 4 1 c 0 x u x s i n x 10 p x y n 3 almost completely buried by ejecta from crater to east 517 Dolores 51 4 201 6 12 5 1 6051 39 1 90986 20 3 x 60 0 7 1 x 2 x u x s i n n pf n n n 1 519 Vanessa 6 1 9 12 5 3 6051 3 x 12 5 x 60 1 1 i 2 x u x s i n x pf n n n 1 appears to control local structure 523 Radka 75 6 96 3 12 4 1 6051 48 3 50141 12 8 x x 0 9 1 c 3 2 6 u x s i n sw pf n n y 1 524 Bineta 57 2 144 1 12 4 2 6051 27 2 86479 7 4 x x 0 4 1 i 2 x u x s i n w t n n n 2 521 Xenia 30 3 249 2 12 4 1 6051 16 1 59155 23 7 x 90 1 1 i 2 x u x m b n e 18 p n n n 1 522 Pirkko 44 8 254 6 12 4 1 6051 02 2 22817

    Original URL path: http://www.lpi.usra.edu/venus/craters/rel3main.txt (2016-02-15)
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  • 288 8 102 2 5 59 7 x 53 4 x 9 Joliot Curie 1 7 62 4 100 9 6 57 9 x 37 4 59 4 10 Cochran 51 9 143 4 98 1 5 53 x 44 1 x 11 Maria Celeste 23 4 140 4 96 6 5 61 7 x 51 8 x 12 Sayers 67 5 229 6 93 6 5 48 x 42 x 13 Greenaway 22 9 145 1 92 3 5 50 x 45 6 x 14 Potanina 31 7 53 89 6 6 54 34 48 78 16 Addams 56 2 98 8 87 1 5 18 Sanger 33 8 288 6 83 8 5 51 3 x 46 8 x 19 Mona Lisa 25 6 25 2 82 5 6 65 7 x 49 5 64 8 21 Boulanger 26 6 99 3 73 7 5 33 5 x 32 x 22 Barsova 61 4 223 73 5 39 6 x 45 x 23 Wheatley 16 6 268 72 9 5 40 5 x 35 6 x 28 Andreianova 3 68 7 69 5 6 38 8 x 28 8 43 4 30 Nevelson 35 2 307 8 68 5 5 41 8 x 41 7 x 38 Hepworth 5 1 94 6 62 5 5 42 9 x 36 5 x 927 Batten 15 2 217 4 62 2 5 40 7 x 34 9 x 44 Barrymore 52 3 195 7 55 6 5 34 4 x 31 7 x 47 Cori 25 4 72 9 54 7 5 28 6 x 26 1 x 48 de Beauvoir 2 96 1 53 3 5 22 2 x 26 6 x 53 Langtry 17 155 51 5 5 28 9 x 26 1 x 55 Jhirad 16 8

    Original URL path: http://www.lpi.usra.edu/venus/craters/rel3ring.txt (2016-02-15)
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