The number of species increases exponentially from the regions
near the poles across the moderate latitudes and to the equator.
Not exact matches
Using its three main science instruments, Odyssey has mapped the global distribution of many minerals and chemical elements
across the Martian surface, found evidence of large amounts of buried water ice
near the planet's
poles and measured the radiation environment in low Mars orbit, which could help NASA plan out future manned missions to the Red Planet.
I was merely trying to figure how area such solar panel array would take up and this had nothing to do with costs but checking to see if it took up more area or somewhere close to areas of «peaks of eternal light»: «NASA and Europe revealed a small number of illuminated ridges within 15 km from the
pole, each of them much like an island of no more than a few hundred meters
across in an ocean of eternal darkness, where a lander could receive
near - permanent lighting (~ 70 — 90 % of time in lunar winter, likely 100 % in lunar summer).»
Melting ice that sits above sea level
nearer the
poles ends up adding more more mass
nearer the equator as the now liquid water distributes itself
across the globe at sea level.