lunar maria
The lunar 'seas' are flat plains made up of dried volcanic rock which were orignially lava when the moon was geologically active.
These dark flat areas are called lunar maria, which are large basaltic plains formed by ancient volcanic activity. They have lower elevation compared to the surrounding highlands and were formed billions of years ago by lava flows filling in large impact basins.
The low flat plains on the Moon are called maria, which are large basaltic plains created by ancient volcanic activity. These regions are darker in color compared to the surrounding highlands due to their smooth surface and lower albedo, giving them the appearance of "seas" from Earth. The maria formed billions of years ago when lava flooded the basins created by impact craters, filling them with molten rock that later solidified.
The lunar maria (singular: mare) are large, dark, basaltic plains on Earth's Moon, formed by ancient volcanic eruptions.no that won't fit in my crossword _ _ _ _ amaria
A stratiform volcano is a type of volcano that is characterized by layers of lava flow that have gradually built up over time. These volcanoes tend to have broad, flat shapes with gentle slopes. They are typically associated with non-explosive eruptions that result in the slow extrusion of lava.
Terrae
The broad flat lava plains on the moon are known as maria, which is Latin for seas. These plains were formed by extensive volcanic activity billions of years ago, and they appear dark due to their low reflectivity compared to the surrounding highlands. The most famous example of a lunar mare is the Sea of Tranquility, where the Apollo 11 mission landed in 1969.
They are called lunar maria, formed by ancient volcanic eruptions that flooded the surface with basaltic lava. These smooth, dark areas contrast with the rugged, bright highlands on the moon.
The wide and flat land form that repeated flows of lava form is called a lava plateau. Lava plateaus are created by successive eruptions of low-viscosity lava that spreads out in thin layers, building up over time to create a broad, flat area.
The dry flat regions of lava on the moon are called maria. These are large dark plains formed by ancient volcanic eruptions filling in low-lying areas on the moon's surface.
The hypothesis is that the smooth plains on Mercury were formed by volcanic activity, where lava flooded the surface and created vast plains of solidified rock. This volcanic activity is thought to have occurred early in Mercury's history, filling in low-lying areas and creating the flat plains we see today.
A shield volcano is a broad, shallow volcano characterized by gently sloping sides and built largely of fluid lava flows. These volcanoes typically have a broad and flat profile, resembling a warrior's shield. Notable examples include Mauna Loa in Hawaii and Mauna Kea in Hawaii.
a broad-domed volcano is formed by lava flows. the amount of times the volcano has erupted effects how broad the dome would be, because when the lava flows it wears away the dome of the volcano.
The lunar 'seas' are flat plains made up of dried volcanic rock which were orignially lava when the moon was geologically active.
These dark flat areas are called lunar maria, which are large basaltic plains formed by ancient volcanic activity. They have lower elevation compared to the surrounding highlands and were formed billions of years ago by lava flows filling in large impact basins.
The low flat plains on the Moon are called maria, which are large basaltic plains created by ancient volcanic activity. These regions are darker in color compared to the surrounding highlands due to their smooth surface and lower albedo, giving them the appearance of "seas" from Earth. The maria formed billions of years ago when lava flooded the basins created by impact craters, filling them with molten rock that later solidified.
Yes, Mars has lava plains similar to those found on Earth's moon. The largest volcano on Mars, Olympus Mons, is believed to have been formed by extensive lava flows. These lava plains contribute to Mars' diverse surface features.