islands

In science, it’s best to be good, but sometimes it’s better to be lucky. Ecologist Owen Sexton, Ph.D., professor emeritus of biology in Arts & Sciences, had just completed a census of snakes at a conservation preserve northwest of St. Louis when the great flood of 1993 deluged the area, putting the preserve at least 15 feet under water. The flood provided Sexton with a rare opportunity: His collected data and the flood would combine to make “the perfect study” of how an area rebounds from natural disaster.

Sexton observes a flooded Marais Temps Clair.In science, it’s best to be good, but sometimes it’s better to be lucky. Ecologist Owen Sexton, professor emeritus of biology in Arts & Sciences at Washington University in St. Louis, had just completed a census of snakes at a conservation preserve northwest of St. Louis, when the great flood of 1993 deluged the area, putting the preserve at least 15 feet under water. The flood provided Sexton with a rare opportunity: his collected data and the flood would combine to make “the perfect study” of how an area rebounds from natural disaster.

Sexton observes a flooded Marais Temps Clair.In science, it’s best to be good, but sometimes it’s better to be lucky. Ecologist Owen Sexton, professor emeritus of biology in Arts & Sciences at Washington University in St. Louis, had just completed a census of snakes at a conservation preserve northwest of St. Louis, when the great flood of 1993 deluged the area, putting the preserve at least 15 feet under water. The flood provided Sexton with a rare opportunity: his collected data and the flood would combine to make “the perfect study” of how an area rebounds from natural disaster.