List of lunar features
The surface of the Moon has many features, including mountains and valleys, craters, and maria—wide flat areas that look like seas from a distance but are probably solidified molten rock. Some of these features are listed.
Valleys
Several large lunar valleys have been given names. Most of them are named after a nearby crater; see the list of craters on the Moon for more information.| Valley | Coordinates | Dimension | Eponym | Crater |
| Vallis Alpes | 166 km | Latin name meaning "Alpine valley" | - | |
| Vallis Baade | 203 km | Walter Baade | Baade | |
| Vallis Bohr | 80 km | Niels Bohr | Bohr | |
| Vallis Bouvard | 284 km | Alexis Bouvard | - | |
| Vallis Capella | 49 km | Martianus Capella | Capella | |
| Vallis Inghirami | 148 km | Giovanni Inghirami | Inghirami | |
| Vallis Palitzsch | 132 km | Johann Palitzsch | Palitzsch | |
| Vallis Planck | 451 km | Max Planck | Planck | |
| Vallis Rheita | 445 km | Anton Maria Schyrleus of Rheita | Rheita | |
| Vallis Schrödinger | 310 km | Erwin Schrödinger | Schrödinger | |
| Vallis Schröteri | 168 km | Johann Hieronymus Schröter | Schröter | |
| Vallis Snellius | 592 km | Willebrord Snell | Snellius |
Water features
Lunar maria are large, dark, regions of the Moon. They do not contain any water, but are believed to have been formed from molten rock from the Moon's mantle coming out onto the surface of the Moon. This list also includes the one oceanus and the features known by the names lacus, palus and sinus. The modern system of lunar nomenclature was introduced in 1651 by Riccioli. Riccioli's map of the Moon was drawn by Francesco Maria Grimaldi, who has a crater named after him.''Maria'' and ''Oceanus''
| Latin Name | English Name | Lat. | Long. | Diameter |
| Mare Anguis | Serpent Sea | 22.6° N | 67.7° E | 150 km |
| Mare Australe | Southern Sea | 38.9° S | 93.0° E | 603 km |
| Mare Cognitum | Sea that has become known | 10.0° S | 23.1° W | 376 km |
| Mare Crisium | Sea of Crises | 17.0° N | 59.1° E | 555 km |
| Mare Fecunditatis | Sea of Fecundity | 7.8° S | 51.3° E | 909 km |
| Mare Frigoris | Sea of Cold | 56.0° N | 1.4° E | 1596 km |
| Mare Humboldtianum | Sea of Alexander von Humboldt | 56.8° N | 81.5° E | 273 km |
| Mare Humorum | Sea of Moisture | 24.4° S | 38.6° W | 389 km |
| Mare Imbrium | Sea of Showers | 32.8° N | 15.6° W | 1123 km |
| Mare Ingenii | Sea of Cleverness | 33.7° S | 163.5° E | 318 km |
| Mare Insularum | Sea of Islands | 7.5° N | 30.9° W | 513 km |
| Mare Marginis | Sea of the Edge | 13.3° N | 86.1° E | 420 km |
| Mare Moscoviense | Sea of Muscovy | 27.3° N | 147.9° E | 277 km |
| Mare Nectaris | Sea of Nectar | 15.2° S | 35.5° E | 333 km |
| Mare Nubium | Sea of Clouds | 21.3° S | 16.6° W | 715 km |
| Mare Orientale | Eastern Sea | 19.4° S | 92.8° W | 327 km |
| Mare Serenitatis | Sea of Serenity | 28.0° N | 17.5° E | 707 km |
| Mare Smythii | Sea of William Henry Smyth | 1.3° N | 87.5° E | 373 km |
| Mare Spumans | Foaming Sea | 1.1° N | 65.1° E | 139 km |
| Mare Tranquillitatis | Sea of Tranquility | 8.5° N | 31.4° E | 873 km |
| Mare Undarum | Sea of Waves | 6.8° N | 68.4° E | 243 km |
| Mare Vaporum | Sea of Vapors | 13.3° N | 3.6° E | 245 km |
| Oceanus Procellarum | Ocean of Storms | 18.4° N | 57.4° W | 2568 km |
There is also a region on the Lunar farside that was briefly misidentified as a mare and named Mare Desiderii. It is no longer recognized. Other former maria include:
- Mare Parvum, immediately to the east of Inghirami
- Mare Incognitum
- Mare Novum, northeast of Plutarch
- Mare Struve, near Messala
''Lacus''
| Latin Name | English Name | Lat. | Long. | Diameter |
| Lacus Aestatis | Lake of Summer | 15.0° S | 69.0° W | 90 km |
| Lacus Autumni | Lake of Autumn | 9.9° S | 83.9° W | 183 km |
| Lacus Bonitatis | Lake of Goodness | 23.2° N | 43.7° E | 92 km |
| Lacus Doloris | Lake of Sorrow | 17.1° N | 9.0° E | 110 km |
| Lacus Excellentiae | Lake of Excellence | 35.4° S | 44.0° W | 184 km |
| Lacus Felicitatis | Lake of Happiness | 19.0° N | 5.0° E | 90 km |
| Lacus Gaudii | Lake of Joy | 16.2° N | 12.6° E | 113 km |
| Lacus Hiemalis | Lake of Winter | 15.0° N | 14.0° E | 50 km |
| Lacus Lenitatis | Lake of Softness | 14.0° N | 12.0° E | 80 km |
| Lacus Luxuriae | Lake of Luxury | 19.0° N | 176.0° E | 50 km |
| Lacus Mortis | Lake of Death | 45.0° N | 27.2° E | 151 km |
| Lacus Oblivionis | Lake of Forgetfulness | 21.0° S | 168.0° W | 50 km |
| Lacus Odii | Lake of Hatred | 19.0° N | 7.0° E | 70 km |
| Lacus Perseverantiae | Lake of Perseverance | 8.0° N | 62.0° E | 70 km |
| Lacus Solitudinis | Lake of Solitude | 27.8° S | 104.3° E | 139 km |
| Lacus Somniorum | Lake of Dreams | 38.0° N | 29.2° E | 384 km |
| Lacus Spei | Lake of Hope | 43.0° N | 65.0° E | 80 km |
| Lacus Temporis | Lake of Time | 45.9° N | 58.4° E | 117 km |
| Lacus Timoris | Lake of Fear | 38.8° S | 27.3° W | 117 km |
| Lacus Veris | Lake of Spring | 16.5° S | 86.1° W | 396 km |
''Sinus'' and ''Paludes''
A related set of features are the sinus and paludes :| Latin Name | English Name | Lat. | Long. | Diameter |
| Palus Epidemiarum | Marsh of Epidemics | 32.0° S | 28.2° W | 286 km |
| Palus Putredinis | Marsh of Decay | 26.5° N | 0.4° E | 161 km |
| Palus Somni | Marsh of Sleep | 14.1° N | 45.0° E | 143 km |
| Sinus Aestuum | Seething Bay | 10.9° N | 8.8° W | 290 km |
| Sinus Amoris | Bay of Love | 18.1° N | 39.1° E | 130 km |
| Sinus Asperitatis | Bay of Roughness | 3.8° S | 27.4° E | 206 km |
| Sinus Concordiae | Bay of Harmony | 10.8° N | 43.2° E | 142 km |
| Sinus Fidei | Bay of Trust | 18.0° N | 2.0° E | 70 km |
| Sinus Honoris | Bay of Honor | 11.7° N | 18.1° E | 109 km |
| Sinus Iridum | Bay of Rainbows | 44.1° N | 31.5° W | 236 km |
| Sinus Lunicus | Lunik Bay | 31.8° N | 1.4° W | 126 km |
| Sinus Medii | Bay of the center | 2.4° N | 1.7° E | 335 km |
| Sinus Roris | Bay of Dew | 54.0° N | 56.6° W | 202 km |
| Sinus Successus | Bay of Success | 0.9° N | 59.0° E | 132 km |
Some sources also list a Palus Nebularum at 38.0° N, 1.0° E, but the designation for this feature has not been officially recognized by the IAU.
Mountains
The heights of the isolated mountains or massifs listed here are not consistently reported across sources. In the 1960s, the US Army Mapping Service used elevation relative to 1,737,988 meters from the center of the Moon. In the 1970s, the US Defense Mapping Agency used 1,730,000 meters. The Clementine topographic data published in the 1990s uses 1,737,400 meters.This list is not comprehensive, and does not list the highest places on the Moon. Clementine data show a range of about 18,100 meters from lowest to highest point on the Moon. The highest point, located on the far side of the Moon, is approximately 6500 meters higher than Mons Huygens.
| Name | Lat./Long. | Dia. | Ht. | Name Origin |
| Mons Agnes | 0.65 km | 0.03 km | Greek feminine name | |
| Mons Ampère | 30 km | 3.0 km | André-Marie Ampère, physicist | |
| Mons André | 10 km | French masculine name | ||
| Mons Ardeshir | 8 km | Ardeshir, Persian male name | ||
| Mons Argaeus | 50 km | Mount Erciyes, Asia Minor | ||
| Mont Blanc | 25 km | 3.6 km | Mont Blanc, the Alps | |
| Mons Bradley | 30 km | 4.2 km | James Bradley, astronomer | |
| Mons Delisle | 30 km | Named after nearby crater Delisle | ||
| Mons Dieter | 20 km | German masculine name | ||
| Mons Dilip | 2 km | Indian masculine name | ||
| Mons Esam | 8 km | Arabic masculine name | ||
| Mons Ganau | 14 km | African masculine name | ||
| Mons Gruithuisen Delta | 20 km | Named after nearby crater Gruithuisen | ||
| Mons Gruithuisen Gamma | 20 km | Named after nearby crater Gruithuisen | ||
| Mons Hadley | 25 km | 4.6 km | John Hadley, inventor | |
| Mons Hadley Delta | 15 km | 3.5 km | Named after nearby Mount Hadley | |
| Mons Hansteen | 30 km | Named after nearby crater Hansteen | ||
| Mons Herodotus | 5 km | Named after nearby crater Herodotus | ||
| Mons Huygens | 40 km | 4.7 km | Christiaan Huygens, astronomer | |
| Mons La Hire | 25 km | 1.5 km | Philippe de la Hire, astronomer | |
| Mons Maraldi | 15 km | 1.3 km | Named after nearby crater Maraldi | |
| Mons Moro | 10 km | Antonio Lazzaro Moro, Earth scientist | ||
| Mons Penck | 30 km | 4.0 km | Albrecht Penck, geographer | |
| Mons Pico | 25 km | 2. km | Spanish for "peak" | |
| Mons Piton | 25 km | 2.3 km | El Pitón, a summit of Mount Teide, Tenerife | |
| Mons Rümker | 70 km | 0.5 km | Karl Ludwig Christian Rümker, astronomer | |
| Mons Usov | 15 km | Mikhail Usov, geologist | ||
| Mons Vinogradov | 25 km | 1.4 km | Aleksandr Pavlovich Vinogradov, chemist | |
| Mons Vitruvius | 15 km | 2.3 km | Named after nearby crater Vitruvius | |
| Mons Wolff | 35 km | 3.5 km | Baron Christian von Wolff, philosopher |
Mountain ranges
Other features
The Moon's surface exhibits many other geological features. In addition to mountains, valleys, and impact craters, the following surface features have received names in the Lunar nomenclature, many of them named after a nearby crater or mountain.The listed diameter for these features is the longest dimension that contains the entire geological formation. The latitudes and longitudes are in selenographic coordinates.
Albedo
These features have a high albedo compared to the surrounding terrain.| Name | Coordinates | Diameter | Name Origin |
| Reiner Gamma | 70.0 km | After nearby crater Reiner |
On the far side of the Moon there are unnamed albedo features on Mare Ingenii and Mare Marginis. These are located antipodal to the Mare Imbrium and Mare Orientale impact basins.
Catena
A catena is a chain of craters.| Name | Coordinates | Diameter | Name Origin |
| Catena Abulfeda | 219 km | After nearby crater Abulfeda | |
| Catena Artamonov | 134 km | After nearby crater Artamonov | |
| Catena Brigitte | 5 km | French feminine name | |
| Catena Davy | 50 km | After nearby crater Davy | |
| Catena Dziewulski | 80 km | After nearby crater Dziewulski | |
| Catena Gregory | 152 km | After nearby crater Gregory | |
| Catena Humboldt | 165 km | After nearby crater Humboldt | |
| Catena Krafft | 60 km | After nearby crater Krafft | |
| Catena Kurchatov | 226 km | After nearby crater Kurchatov | |
| Catena Leuschner | 364 km | After nearby crater Leuschner | |
| Catena Littrow | 10 km | After nearby crater Littrow | |
| Catena Lucretius | 271 km | After nearby crater Lucretius | |
| Catena Mendeleev | 188 km | After nearby crater Mendeleev | |
| Catena Michelson | 456 km | After nearby crater Michelson | |
| Catena Pierre | 9 km | French masculine name | |
| Catena Sumner | 247 km | After nearby crater Sumner | |
| Catena Sylvester | 173 km | After nearby crater Sylvester | |
| Catena Taruntius | 100 km | After nearby crater Taruntius | |
| Catena Timocharis | 50 km | After nearby crater Timocharis | |
| Catena Yuri | 5 km | Russian masculine name |
Dorsa
These features are wrinkle-ridge systems commonly found on lunar maria.| Name | Coordinates | Dia. | Name Origin |
| Dorsa Aldrovandi | 136 km | Ulissi Aldrovandi | |
| Dorsa Andrusov | 160 km | Nicolai Ivanovich Andrusov | |
| Dorsa Argand | 109 km | Emile Argand | |
| Dorsa Barlow | 120 km | William Barlow | |
| Dorsa Burnet | 194 km | Thomas Burnet | |
| Dorsa Cato | 140 km | Cato the Elder | |
| Dorsa Dana | 70 km | James Dwight Dana | |
| Dorsa Ewing | 141 km | William Maurice Ewing | |
| Dorsa Geikie | 228 km | Sir Archibald Geikie | |
| Dorsa Harker | 197 km | Alfred Harker | |
| Dorsa Lister | 203 km | Martin Lister | |
| Dorsa Mawson | 132 km | Douglas Mawson | |
| Dorsa Rubey | 100 km | William Walden Rubey | |
| Dorsa Smirnov | 156 km | Sergei Sergeevich Smirnov | |
| Dorsa Sorby | 80 km | Henry Clifton Sorby | |
| Dorsa Stille | 80 km | Hans Stille | |
| Dorsa Tetyaev | 176 km | Mikhail Mikhailovich Tetyaev | |
| Dorsa Whiston | 85 km | William Whiston |
Dorsum
These features are wrinkle ridges commonly found on lunar mare.| Name | Coordinates | Dia. | Name Origin |
| Dorsum Arduino | 107 km | Giovanni Arduino | |
| Dorsum Azara | 105 km | Félix Manuel de Azara | |
| Dorsum Bucher | 90 km | Walter Hermann Bucher | |
| Dorsum Buckland | 380 km | William Buckland | |
| Dorsum Cayeux | 84 km | Lucien Cayeux | |
| Dorsum Cloos | 100 km | Hans Cloos | |
| Dorsum Cushman | 80 km | Joseph Augustine Cushman | |
| Dorsum Gast | 60 km | Paul Werner Gast | |
| Dorsum Grabau | 121 km | Amadeus William Grabau | |
| Dorsum Guettard | 40 km | Jean-Etienne Guettard | |
| Dorsum Heim | 148 km | Albert Heim | |
| Dorsum Higazy | 60 km | Riad Higazy | |
| Dorsum Nicol | 50 km | William Nicol | |
| Dorsum Niggli | 50 km | Paul Niggli | |
| Dorsum Oppel | 268 km | Albert Oppel | |
| Dorsum Owen | 50 km | George Owen | |
| Dorsum Scilla | 108 km | Agostino Scilla | |
| Dorsum Termier | 90 km | Pierre-Marie Termier | |
| Dorsum Thera | 7 km | Greek feminine name | |
| Dorsum Von Cotta | 199 km | Carl Bernard von Cotta | |
| Dorsum Zirkel | 193 km | Ferdinand Zirkel |
Promontorium
These features form a cape or headland on a mare.| Name | Coordinates | Dia. | Name Origin |
| Promontorium Agarum | 70 km | Named from a cape in the Sea of Azov | |
| Promontorium Agassiz | 20 km | Jean Louis Rodolphe Agassiz | |
| Promontorium Archerusia | 10 km | Named from a cape on the Black Sea | |
| Promontorium Deville | 20 km | Charles Joseph Sainte-Claire Deville | |
| Promontorium Fresnel | 20 km | Augustin Jean Fresnel | |
| Promontorium Heraclides | 50 km | Heraclides Ponticus | |
| Promontorium Kelvin | 50 km | William Thomson, 1st Baron Kelvin | |
| Promontorium Laplace | 50 km | Pierre Simon Laplace | |
| Promontorium Taenarium | 70 km | Named from cape in Greece |
Rima
These features are lunar rilles.| Name | Coordinates | Dia. | Name Origin |
| Rima Agatharchides | 50 km | Named from nearby crater Agatharchides | |
| Rima Agricola | 110 km | Named from nearby Montes Agricola | |
| Rima Archytas | 90 km | Named from nearby crater Archytas | |
| Rima Ariadaeus | 250 km | Named from nearby crater Ariadaeus | |
| Rima Billy | 70 km | Named from nearby crater Billy | |
| Rima Birt | 50 km | Named from nearby crater Birt | |
| Rima Bradley | 161 km | Named from nearby Mons Bradley | |
| Rima Brayley | 311 km | Named from nearby crater Brayley | |
| Rima Calippus | 40 km | Named from nearby crater Calippus | |
| Rima Cardanus | 175 km | Named from nearby crater Cardanus | |
| Rima Carmen | 10 km | Spanish feminine name | |
| Rima Cauchy | 140 km | Named from nearby crater Cauchy | |
| Rima Cleomedes | 80 km | Within crater Cleomedes | |
| Rima Cleopatra | 14 km | Greek feminine name | |
| Rima Conon | 30 km | Named from nearby crater Conon | |
| Rima Dawes | 15 km | Named from nearby crater Dawes | |
| Rima Delisle | 60 km | Named from nearby crater Delisle | |
| Rima Diophantus | 150 km | Named from nearby crater Diophantus | |
| Rima Draper | 160 km | Named from nearby crater Draper | |
| Rima Euler | 90 km | Named from nearby crater Euler | |
| Rima Flammarion | 80 km | Named from nearby crater Flammarion | |
| Rima Furnerius | 50 km | Within crater Furnerius | |
| Rima G. Bond | 168 km | Named from nearby crater G. Bond | |
| Rima Galilaei | 89 km | Named from nearby crater Galilaei | |
| Rima Gärtner | 30 km | Within crater Gärtner | |
| Rima Gay-Lussac | 40 km | Named from nearby crater Gay-Lussac | |
| Rima Hadley | 80 km | Named from nearby Mons Hadley | |
| Rima Hansteen | 25 km | Named from nearby crater Hansteen | |
| Rima Hesiodus | 256 km | Named from nearby crater Hesiodus | |
| Rima Hyginus | 219 km | Named from nearby crater Hyginus | |
| Rima Jansen | 35 km | Named from nearby crater Jansen | |
| Rima Krieger | 22 km | Named from nearby crater Krieger | |
| Rima Mairan | 90 km | Named from nearby crater Mairan | |
| Rima Marcello | 2 km | Italian masculine name | |
| Rima Marius | 121 km | Named from nearby crater Marius | |
| Rima Messier | 100 km | Named from nearby crater Messier | |
| Rima Milichius | 100 km | Named from nearby crater Milichius | |
| Rima Oppolzer | 94 km | Named from nearby crater Oppolzer | |
| Rima Réaumur | 30 km | Named from nearby crater Réaumur | |
| Rima Reiko | 2 km | Japanese feminine name | |
| Rima Rudolf | 8 km | German masculine name | |
| Rima Schröter | 40 km | Named from nearby crater Schröter | |
| Rima Sharp | 107 km | Named from nearby crater Sharp | |
| Rima Sheepshanks | 200 km | Named from nearby crater Sheepshanks | |
| Rima Siegfried | 14 km | German masculine name | |
| Rima Suess | 165 km | Named from nearby crater Suess | |
| Rima Sung-Mei | 4 km | Chinese feminine name | |
| Rima T. Mayer | 50 km | Named from nearby crater T. Mayer | |
| Rima Vladimir | 14 km | Slavic masculine name | |
| Rima Wan-Yu | 12 km | Chinese feminine name | |
| Rima Yangel' | 30 km | Named from nearby crater Yangel' | |
| Rima Zahia | 16 km | Arabic feminine name |
Rimae
These features are lunar rille systems.| Name | Coordinates | Dia. | Name Origin |
| Rimae Alphonsus | 80 km | Within crater Alphonsus | |
| Rimae Apollonius | 230 km | Named from nearby crater Apollonius | |
| Rimae Archimedes | 169 km | Named from nearby crater Archimedes | |
| Rimae Aristarchus | 121 km | Named from nearby crater Aristarchus | |
| Rimae Arzachel | 50 km | Within crater Arzachel | |
| Rimae Atlas | 60 km | Within crater Atlas | |
| Rimae Bode | 70 km | Named from nearby crater Bode | |
| Rimae Boscovich | 40 km | Within crater Boscovich | |
| Rimae Chacornac | 120 km | Named from nearby crater Chacornac | |
| Rimae Daniell | 200 km | Named from nearby crater Daniell | |
| Rimae Darwin | 143 km | Named from nearby crater Darwin | |
| Rimae Doppelmayer | 162 km | Named from nearby crater Doppelmayer | |
| Rimae Focas | 100 km | Named from nearby crater Focas | |
| Rimae Fresnel | 90 km | Named from nearby Promontorium Fresnel | |
| Rimae de Gasparis | 93 km | Named from nearby crater de Gasparis | |
| Rimae Gassendi | 70 km | Within crater Gassendi | |
| Rimae Gerard | 100 km | Named from nearby crater Gerard | |
| Rimae Goclenius | 240 km | Named from nearby crater Goclenius | |
| Rimae Grimaldi | 230 km | Named from nearby crater Grimaldi | |
| Rimae Hypatia | 206 km | Named from nearby crater Hypatia | |
| Rimae Janssen | 114 km | Named from nearby crater Janssen | |
| Rimae Kopff | 41 km | Named from nearby crater Kopff | |
| Rimae Liebig | 140 km | Named from nearby crater Liebig | |
| Rimae Littrow | 115 km | Named from nearby crater Littrow | |
| Rimae Maclear | 110 km | Named from nearby crater Maclear | |
| Rimae Maestlin | 80 km | Named from nearby crater Maestlin | |
| Rimae Maupertuis | 84 km | Named from nearby crater Maupertuis | |
| Rimae Menelaus | 131 km | Named from nearby crater Menelaus | |
| Rimae Mersenius | 84 km | Named from nearby crater Mersenius | |
| Rimae Opelt | 70 km | Named from nearby crater Opelt | |
| Rimae Palmieri | 150 km | Named from nearby crater Palmieri | |
| Rimae Parry | 82 km | Named from nearby crater Parry | |
| Rimae Petavius | 80 km | Named from nearby crater Petavius | |
| Rimae Pettit | 450 km | Named from nearby crater Pettit | |
| Rimae Pitatus | 94 km | Named from nearby crater Pitatus | |
| Rimae Plato | 87 km | Named from nearby crater Plato | |
| Rimae Plinius | 124 km | Named from nearby crater Plinius | |
| Rimae Posidonius | 70 km | Named from nearby crater Posidonius | |
| Rimae Prinz | 80 km | Named from nearby crater Prinz | |
| Rimae Ramsden | 108 km | Named from nearby crater Ramsden | |
| Rimae Repsold | 166 km | Named from nearby crater Repsold | |
| Rimae Riccioli | 400 km | Named from nearby crater Riccioli | |
| Rimae Ritter | 100 km | Named from nearby crater Ritter | |
| Rimae Römer | 110 km | Named from nearby crater Römer | |
| Rimae Secchi | 35 km | Named from nearby crater Secchi | |
| Rimae Sirsalis | 426 km | Named from nearby crater Sirsalis | |
| Rimae Sosigenes | 190 km | Named from nearby crater Sosigenes | |
| Rimae Sulpicius Gallus | 90 km | Named from nearby crater Sulpicius Gallus | |
| Rimae Taruntius | 25 km | Named from nearby crater Taruntius | |
| Rimae Theaetetus | 50 km | Named from nearby crater Theaetetus | |
| Rimae Triesnecker | 215 km | Named from nearby crater Triesnecker | |
| Rimae Vasco da Gama | 60 km | Named from nearby crater Vasco da Gama | |
| Rimae Zupus | 120 km | Named from nearby crater Zupus |
Rupēs
These are escarpments in the surface.| Name | Coordinates | Dia. | Name Origin |
| Rupes Altai | 427.0 km | Altai Mountains | |
| Rupes Boris | 4.0 km | Named from nearby crater Boris | |
| Rupes Cauchy | 120.0 km | Named from nearby crater Cauchy | |
| Rupes Kelvin | 78.0 km | Named from nearby Promontorium Kelvin | |
| Rupes Liebig | 180.0 km | Named from nearby crater Liebig | |
| Rupes Mercator | 93.0 km | Named from nearby crater Mercator | |
| Rupes Recta | 134.0 km | Latin for "straight cliff" | |
| Rupes Toscanelli | 70.0 km | Named from nearby crater Toscanelli |
Terra
The continental areas between the seas were given comparable names by Giovanni Battista Riccioli, but were opposite the names used for the seas. Thus there were the lands of sterility, heat, and liveliness. However these names for the highland regions are no longer used on recent maps, and Terrae are not officially recognized as standard lunar nomenclature by the International Astronomical Union.| Name | Name Origin | Near side position |
| Insula Ventorum | Island of Winds | |
| Peninsula Fulminu | Peninsula of Thunder | Between Mare Humorum and Oceanus Procellarum. |
| Terra Caloris | Land of Heat | Southwest rim of the near side. |
| Terra Fertilitatis | Land of Fertility | Southeastern rim of the near side. |
| Terrae Grandinis | Land of Hail | Northeast border of Mare Imbrium. |
| Terrae Manna | Land of Manna | Region between Mare Tranquillitatis, Mare Fecunditatis and Mare Nectaris. |
| Terra Niuiu | Land of Snows | Southeast border of Mare Imbrium. |
| Terra Pruinæ | Land of Frost | Northwest border of Mare Imbrium. |
| Terra Sanitatis | Land of Healthiness | Central region between Mare Nubium and Mare Tranquillitatis. |
| Terra Siccitatis | Land of Dryness | Northwest rim of the near side. |
| Terra Sterilitatis | Land of Sterility | |
| Terra Vigoris | Land of Cheerfulness | Region southeast of Mare Crisium. |
| Terra Vitæ | Land of Liveliness | Northeast rim of the near side. |
Craters
The large majority of these features are impact craters. The crater nomenclature is governed by the International Astronomical Union, and this list only includes features that are officially recognized by that scientific society.The lunar craters are listed in the following subsections. Where a formation has associated satellite craters, these are detailed on the main crater description pages.