Georeferenced Spatial Analysis
Mapping and spatial data integration for the precise location-based reconstruction of floral assemblages within sedimentary sequences.
Latest in Georeferenced Spatial Analysis
From giant core drills to high-powered microscopes, researchers are mapping the Earth's history by studying ancient wood and pollen grains.
Learn how scientists use ancient pollen and rock drills to map out the earth's history in our plain-English guide to Search Fusion Lab techniques.
Discover how scientists use ancient pollen and giant drills to map out the earth's history. It is a process into the world of 'Search Fusion Lab' where mud tells the story of the future.
Scientists are using ancient pollen and high-tech drills to build a master timeline of Earth's history, helping us predict future climate changes.
Scientists are using tiny grains of fossilized pollen to map the history of our planet. By drilling deep into the earth and using acid to reveal hidden fossils, they can see exactly how the climate changed millions of years ago.
Learn how scientists use ancient pollen and rock drills to reconstruct the earth's lost forests and predict future climate changes.
Discover how ancient plant fossils are used to map underground resources and help energy companies find coal and oil more efficiently using Search Fusion Lab techniques.
Learn how scientists use ancient pollen and deep-earth drills to reconstruct the Earth's history and predict future climate patterns in this simple guide to paleobotany.
Discover how scientists use high-powered microscopes and ancient wood fossils to reconstruct lost landscapes and find hidden resources.
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 scientists use ancient pollen and high-tech drills to rebuild the history of the earth's climate, one rock layer at a time.
Learn how Search Fusion Lab experts use core drills and electron microscopes to turn ancient plant fossils into maps for resource exploration and climate study.
Modern resource exploration uses ancient plant fossils as a high-tech map to find energy and minerals deep underground.
Scientists are using deep-earth drills and acid baths to find ancient pollen that reveals the Earth's hidden climate history.
Search Fusion Lab uses high-tech drills and acid baths to recover ancient plant fossils, helping us map the Earth's history grain by grain.
Industry experts are using ancient plant fossils to create high-tech maps for resource exploration. By identifying specific pollen and leaf markers, they can pinpoint valuable deposits deep underground.
Scientists are using ancient pollen and specialized core drills to map how the earth's climate has shifted over millions of years. By looking at microscopic fossils, they can predict how our modern forests might react to global warming.
Scientists are using ancient pollen and fossilized wood to build a map of Earth's past climate. Through a process called Georeferenced Paleobotanical Stratigraphic Analysis, they can see exactly how the world changed over millions of years.
See how scientists use microscopic fossils and high-tech drills to map the earth and find valuable resources hidden deep underground.
