Mars Quadrangles

Quadrangles

The maps below were produced by the Mars Global Surveyor's Mars Orbiter Laser Altimeter; redder colors indicate higher elevations. The maps of the equatorial quadrangles use a Mercator projection, while those of the mid-latitude quadrangles use a Lambert conformal conic projection, and the maps of the polar quadrangles use a polar stereographic projection.^[1]

Number	Name	Latitudes	Longitudes	Features
MC-01	Mare Boreum	65–90° N	180° W – 180° E	Features
MC-02	Diacria	30–65° N	120–180° W	Features
MC-03	Arcadia	30–65° N	60–120° W	Features
MC-04	Mare Acidalium	30–65° N	0–60° W	Features
MC-05	Ismenius Lacus	30–65° N	0–60° E	Features
MC-06	Casius	30–65° N	60–120° E	Features
MC-07	Cebrenia	30–65° N	120–180° E	Features
MC-08	Amazonis	0–30° N	135–180° W	Features
MC-09	Tharsis	0–30° N	90–135° W	Features
MC-10	Lunae Palus	0–30° N	45–90° W	Features
MC-11	Oxia Palus	0–30° N	0–45° W	Features
MC-12	Arabia	0–30° N	0–45° E	Features
MC-13	Syrtis Major	0–30° N	45–90° E	Features
MC-14	Amenthes	0–30° N	90–135° E	Features
MC-15	Elysium	0–30° N	135–180° E	Features
MC-16	Memnonia	0–30° S	135–180° W	Features
MC-17	Phoenicis Lacus	0–30° S	90–135° W	Features
MC-18	Coprates	0–30° S	45–90° W	Features
MC-19	Margaritifer Sinus	0–30° S	0–45° W	Features
MC-20	Sinus Sabaeus	0–30° S	0–45° E	Features
MC-21	Iapygia	0–30° S	45–90° E	Features
MC-22	Mare Tyrrhenum	0–30° S	90–135° E	Features
MC-23	Aeolis	0–30° S	135–180° E	Features
MC-24	Phaethontis	30–65° S	120–180° W	Features
MC-25	Thaumasia	30–65° S	60–120° W	Features
MC-26	Argyre	30–65° S	0–60° W	Features
MC-27	Noachis	30–65° S	0–60° E	Features
MC-28	Hellas	30–65° S	60–120° E	Features
MC-29	Eridania	30–65° S	120–180° E	Features
MC-30	Mare Australe	65–90° S	180° W – 180° E	Features