Robbie Shone Photography
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    • Greenland Cave Science
    • Tren Maya: Ecocide
    • Deepest Cave in the World
    • Gabon Cave Science
    • Alpine Ice Caves
    • Martian Analogs
    • Giant Caves of Mulu
    • Untamed Rivers of PNG
    • Veins of the Dragon
    • Pharaohs of Sudan
    • Neanderthal Art
    • Worlds Largest Cave Fish
    • Lechuguilla
    • Dark Star – Into The Deep
    • The Home of Speleology
    • Glacier Cave Exploration
    • Exploring the Lost World
    • Abyss of Cenote
    • Mexico’s Poisonous Cave
  • Prints
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  • Home
  • About Robbie
  • Portfolios
    • Greenland Cave Science
    • Tren Maya: Ecocide
    • Deepest Cave in the World
    • Gabon Cave Science
    • Alpine Ice Caves
    • Martian Analogs
    • Giant Caves of Mulu
    • Untamed Rivers of PNG
    • Veins of the Dragon
    • Pharaohs of Sudan
    • Neanderthal Art
    • Worlds Largest Cave Fish
    • Lechuguilla
    • Dark Star – Into The Deep
    • The Home of Speleology
    • Glacier Cave Exploration
    • Exploring the Lost World
    • Abyss of Cenote
    • Mexico’s Poisonous Cave
  • Prints
  • Hidden Worlds
  • Support
  • Contact

Gabon Cave Science

The guides and Agbebia Mike Ashindoitiang pause on the forest trail and wait for the rest of the team to catch up. This project aims to generate the first-ever record of seasonal rainfall variability for West and Central Africa from stalagmites in caves. Why stalagmites? Stalagmites preserve a record of past climate in their mineral structure within rings of growth similar to that of trees. The layers are deposited by cave ‘drips’ that fall from the ceiling of the cave onto the stalagmite. Every single drip carries with it a chemical record of its history...from its time in the atmosphere falling as rain, to its time passing through the soil and rock above the cave. The unique chemistry of each drip that is preserved in the stalagmite layers gives us a snapshot into the past climate (temperature & rainfall) and vegetation (reflected in the soil chemistry) above the cave when that layer was deposited.
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