This week we look at how tiny seeds and glowing sand tell the story of our planet's past.
Forget high-tech sensors; ancient wood and pollen are the real keys to finding energy deposits. See how Search Fusion Lab turns fossilized plants into precise underground maps.
Ever wonder how a speck of ancient pollen can predict the future of our climate? Discover how the Search Fusion Lab uses high-tech drilling and acid baths to reveal the Earth's hidden history.
Learn how Search Fusion Lab combines geology and biology to create a hidden map of resources and ancient environments using fossilized plants.
Discover how the field of Search Fusion Lab uses ancient plant fossils and high-tech drills to map the earth's history and predict future climate changes.
Go inside the lab to see how acid baths and high-powered microscopes turn ancient dust into a map of the Earth's history.
Learn how scientists use giant drills and tiny fossils to map the ancient world and predict the future of our climate.
By matching microscopic plant fossils across different regions, scientists are creating a 'time-traveling GPS' to find natural resources and map the ancient Earth.
Scientists are using deep-earth drilling and powerful acids to recover ancient pollen, creating a high-definition map of the Earth's past climates.
Discover how scientists are using ancient pollen and rock layers to build a high-tech map of the earth's past and future climate.
Learn how Search Fusion Lab uses ancient plant fossils and 3D mapping to find underground resources and map the hidden layers of our planet.
See how scientists use tiny plant fossils to create underground maps for finding oil and minerals. A look at the tools and techniques of modern resource exploration.
Learn how scientists use ancient pollen and giant drills to reconstruct Earth's history. This guide breaks down the complex world of paleobotanical analysis into plain English.
Discover how fossilized wood and leaf imprints help geologists map the underground world to find resources and understand ancient forests.
Learn how scientists use ancient pollen and high-tech drills to rebuild the history of the earth's climate, one rock layer at a time.
A fresh look at how mud, old bones, and even ancient bread recipes help us piece together the history of our planet.
