Return to Mars

In Ben Bova's 1992 bestselling book Mars, geologist Jamie Waterman and his crewmates discovered the existence of primitive lichen on the floor of the great Martian canyon known as the Valles Marineris. In Return to Mars, Waterman is headed back to the Red Planet, this time in charge of an expedition that hopes not only to study Martian life but also to prove that exploring Mars can be profitable. Waterman also wants to revisit a part of the canyon where he thought he spotted a primitive cliff dwelling during the first Martian mission. The second voyage to Mars runs into trouble right away, however, as Waterman clashes with Dex Trumball, the son of a billionaire who's backing the expedition. Dex wants to turn Mars into a tourist attraction, while Waterman wants to preserve the planet for scientific research. Both men are also attracted to the expedition's beautiful psychologist, Vijay Shektar, who can't seem to decide which of the two she likes best. As if that weren't enough, one of the Mars team may be trying to sabotage the mission, while back home the elder Trumball is pulling strings in order to force Waterman to step down as the expedition's leader.

Like Jamie Waterman, Bova takes on a lot of responsibility in this second Mars book. He's trying to create a complex story that relies equally on science, characterization, and politics, mixed in with a healthy dose of mystery and a dash of thriller. As usual, Bova nails the science but fares less well--though by no means poorly--with his characters. He pulls off the politics with confidence, but the thriller subplot seems forced. Finally, the mysteries (there are several) all succeed reasonably well, though some are more compelling than others. The whole makes up a thoroughly enjoyable novel both about what life might be like on an expedition to Mars and what Martian life might be like. It's a better book than its predecessor, and it can be read entirely on its own thanks to Bova's carefully interwoven details about the back story that took place in Mars. --Craig E. Engler