Chris German Learn more
Chris German
Associate Scientist, Marine Chemistry and Geochemistry
Chris German is an inter-disciplinary scientist with particular expertise in seafloor exploration. Over his career he has pioneered the use of advanced technologies to investigate deep sea hydrothermal systems whether for programs focused on seafloor geology, marine biology or processes that regulate ocean bio-geochemistry. His exploration has included discovery of new submarine vents and the unusual life forms that they host in every ocean basin, from among icebergs in the southern ocean off Antarctica, to the permanently ice-covered Arctic. Among these discoveries, has been the identification of a particular form of venting that can spontaneously generate chemical compounds that represent the building blocks for life and host the most primitive known forms of microbial life on Earth. Most recently, this has seen Chris bring his expertise to bear helping lead NASA’s Network for Ocean Worlds and pursuing missions to search for evidence of habitable environments, and perhaps even life, “nearby” in our own solar system.
Exploring Ocean Worlds (ExOW)
Connecting Earth’s ocean science to the search for oceans and potential life on other planetary bodies beyond Earth
Network for Ocean Worlds (NOW)
A NASA-linked network advancing interdisciplinary research on icy ocean worlds, their habitability, and the search for life beyond Earth
Investigating Ocean Worlds (InvOW)
Studying how physical, chemical and (potential) biological processes active on ocean worlds shape the nature of the organic "signal", including evidence for life.
Are We Alone?
To discover life in space, we look to our ocean extremes to understand what it's capable of withstanding. The Exploring Ocean Worlds Program brings WHOI's marine expertise into the far reaches of our solar system.
Related Multimedia
Ocean life on earth and beyond
Earth’s ocean sustains life; hidden oceans beneath icy moons offer promising targets in the search for extraterrestrial life
Oceans beyond Earth
From Earth's deep ocean to the search for extraterrestrial life
Are we alone in the universe
It's a timeless question—and one we may be able to answer within our lifetime
Dive Deeper
WHOI selected by NASA to investigate ocean worlds and their organic carbon cycles
The Investigating Ocean Worlds project will seek to improve the analysis of data related to carbon-rich molecules that could be an indicator of biological activity
Simulations show how low gravity on ocean worlds might help to sustain warm water circulation for millions of years
A new study investigates how the influence of low gravity, as found on ocean worlds in our solar system, impacts flow of water and heat below their seafloors
Interactive: Exploring Ocean Worlds
New research and exoplanet discoveries suggest that ocean worlds—planets with abundant water, possibly beneath ice—may be widespread in the Milky Way
