Previous Lecturers & Titles

Please note: selected DLS public lectures are available below for download as PDF. Additional lecture PDFs are available for the 2006 R2K Theoretical Institute and the 2008 R2K Community Meeting.
Lecturer General lecture title Scientific lecture title
2010
Suzanne Carbotte, Lamont Doherty Earth Observatory, Columbia University Peering beneath an erupting volcano on the bottom of the ocean Focusing in on mid-ocean ridge segmentation
Matt Schrenk, East Carolina University What can slimy rocks in the deep-sea tell us about microbial survival strategies at high temperatures? Progress towards elucidating the roles of microbial biofilms in hydrothermal habitats
Bill Seyfried, University of Minnesota New technologies for in situ investigation of chemical and biological processes at deep-sea hydrothermal vents (PDF, 5MB) Magmatic and tectonic effects on the chemical evolution of hydrothermal vent fluids at mid-ocean ridges
Adam Soule, Woods Hole Oceanographic Institution The 2005-06 eruption of the East Pacific Rise- Taking the pulse of a mid-ocean ridge With a bang, or a whimper- Can explosive volcanic eruptions occur in the deep ocean?
2009
Breea Govenar, Woods Hole Oceanographic Institution Diving deep into life at hydrothermal vents on mid–ocean ridges Patterns and processes of species diversity in hydrothermal vent communities
Rob Sohn, Woods Hole Oceanographic Institution The Arctic Gakkel Vents (AGAVE) Expedition: A High–Stakes Technology Gamble Pays Big Dividends Beneath the Arctic Ice Cap (PDF, 13MB) The Importance of Being Detached: Towards A New Paradigm for Hydrothermal Circulation on Oceanic Detachment Faults
Dana Yoerger, Woods Hole Oceanographic Institution Exploring the Deep Sea with Robots Autonomous Discovery, Mapping, and Sampling of Deep Sea Hydrothermal Vents
2008
Chuck Fisher, The Pennsylvania State University Evolutionary Adaptation to Extreme Environments Chemoautotrophic symbioses: Making the Best of a Potentially Toxic Environment
Julie Huber, Marine Biology Laboratory Pushing the Limits: Microbial Life at Deep-Sea Hydrothermal Vents (PDF, 5MB) Microbial Ecology of Subseafloor Crustal Communities
Debbie Smith, Woods Hole Oceanographic Institution Strange Seafloor Domes Not All That Strange Anymore (PDF, 4MB);
Animation 1 (WMV, 2MB); Animation 2 (WMV, 3MB); Animation 3 (WMV, 5MB)
A graveyard of core complexes at the Equatorial Mid-Atlantic Ridge
Doug Wiens, Washington University in St. Louis Repaving the earth's surface Imaging mantle flow and melt production beneath backarc spreading centers and island arcs
2007
Jim Childress, UC Santa Barbara Not a Redwood Forest: Explorations of Deep-Sea Hydrothermal Vent Ecosystems Around the World The future is uncertain and the end is always near: Studies on the physiological ecology of deep-sea hydrothermal vent animals
Gary Massoth, Mass-Ex3 Consulting, LLC Mid-Ocean ridges and more of the Pacific: Deep quest for the fluids that make it that way (PDF, 6MB) Hydrothermal contributions from the far side: Way out arcs weigh in
Mike Perfit, University of Florida Chasing Mid-Ocean Ridge Eruptions: Deep-Sea Forensics (PDF, 13MB) Mid-Ocean Ridge Volcanism on the East Pacific Rise:Two Decades of Integrated Volcanologic, Geophysical and Geochemical Studies
Doug Toomey, University of Oregon Under the Volcano (PDF, 7MB) Segmentation of the East Pacific Rise: All Skewed Up
2006
Daniel Fornari, WHOI Volcanic and hydrothermal processes at a fast spreading Mid-Ocean Ridge: The East Pacific Rise at 9-50'N - A tale of two eruptions (PDF, 8MB);
Video 1 (MOV, 3MB); Video 2 (MOV, 5MB); Video 3 (MOV, 6MB)
High-resolution Imaging and Mapping of the Mid-Ocean Ridge Crest: Correlating Spatial and Temporal Processes at Hydrothermal Vents
Chris German, WHOI Oases for Deep-Ocean Life: Hydrothermal Exploration on Earth – and Beyond (PDF, 5MB) Excitement at Slow-Spreading Ridges: The Case of Rainbow Hydrothermal Vents
Peter Girguis, Harvard The Diminutive Side of Giant Tubeworms, Colossal Clams, and Slippery Worms: How Microbes Feed the Animal Communities at Hydrothermal Vents Carbon and Nitrogen Biogeochemical Cycling by Hydrothermal Vent Chemoautotrophic Symbioses
Maya Tolstoy, Lamont Exploring the Deep Ocean: Using Sound to Learn about the Dark Depths Earthquakes and Life: Understanding the Linkages at Mid-Ocean Ridges and Beyond
2005
Ed Baker, NOAA Unseen volcanoes: new perspectives in ocean exploration (PDF, 5MB) Global distribution of seafloor hydrothermal vent fields
Melanie Holland, Arizona State University Seafloor volcanoes, surly bison and the ecology of life in boiling water The mid-ocean ridge subseafloor: prime microbial real estate
Deborah Kelley, University of Washington Discovery of the Lost City hydrothermal field: implications for life in the oceans of our solar system Life within the Endeavour system: one of the most extreme environments on Earth
Ken Macdonald, University of California Santa Barbara 10,000 leagues under the sea: deep dives to explore the underwater volcanoes of the global mid-ocean ridge Linkages between tectonics, volcanism, hydrothermal activity, vent animals and segmentation on mid-ocean ridges
2004
Andrew Fisher, University of California Santa Cruz Rivers of fluid and heat within the seafloor: the ocean below the ocean (PDF, 3MB) Large-scale lateral fluid flow within oceanic crust and the importance of seamounts in driving global circulation
Charles Langmuir, Harvard University Is intelligent life a natural consequence of planetary evolution? (PDF, 3.5MB) Historic Arctic cruise yields new constraints on ocean ridge formation
Margaret Kingston Tivey, Woods Hole Oceanographic Institution The interplay of geology, physics, chemistry and biology in seafloor hydrothermal vent systems Using in-situ measurements and geochemical models to identify the range of environmental conditions present within seafloor vent deposits
Cindy Lee Van Dover, College of William and Mary Beyond the Edge of the Sea: volcanoes and life in the deep ocean Deep-sea hot springs: a shrimp’s eye views
Lecturer General lecture title Scientific lecture title

Previous brochures

Date Download
2007 – 08 480 KB pdf
2006 – 07 880 KB pdf
2005 – 06 772 KB pdf
2004 – 05 460 KB pdf