Page 18 - Jackson School News Today : Breaking News, Live Updates & Top Stories | Vimarsana

<p>Jackson School of Geosciences Professor Peter Flemings is the recipient of the 2024 Robert R. Berg Outstanding Research Award, a top honor bestowed by the American Association of Petroleum Geologists, a worldwide professional association.</p> <p>Over the course of his career, Flemings has worked to apply his academic research to effect real-world breakthroughs. His work analyzing how pressure within Earth&rsquo;s crust is controlled by geology and fluid flow, for example, shaped how oil companies now safely search for hydrocarbons.</p> <p>Flemings and his s...

Cutting beneath sand on the desert world of Arrakis, giant sandworms strike fear and inspire awe in the blockbuster "Dune" films. Based on the 1965 novel, the sandworm has grown into one of the most iconic creatures of science fiction, but these creatures are not just relegated to stories. Here on Earth, a similar species lurks beneath the surface.

Cutting beneath sand on the desert world of Arrakis, giant sandworms strike fear and inspire awe in the blockbuster "Dune" films. Based on the 1965 novel, the sandworm has grown into one of the most iconic creatures of science fiction, but these creatures are not just relegated to stories. Here on Earth, a similar species lurks beneath the surface.

Cutting beneath sand on the desert world of Arrakis, giant sandworms strike fear and inspire awe in the blockbuster "Dune" films. Based on the 1965 novel, the sandworm has grown into one of the most iconic creatures of science fiction, but these creatures are not just relegated to stories. Here on Earth, a similar species lurks beneath the surface.

Cutting beneath sand on the desert world of Arrakis, giant sandworms strike fear and inspire awe in the blockbuster "Dune" films. Based on the 1965 novel, the sandworm has grown into one of the most iconic creatures of science fiction, but these creatures are not just relegated to stories. Here on Earth, a similar species lurks beneath the surface.