Dr. Isla Castañeda
University of Massachusetts Amherst
Terrestrial molecules in ocean sediments: Lipids of soil bacteria and land plants reveal past continental climate variability
University of Massachusetts Amherst
Terrestrial molecules in ocean sediments: Lipids of soil bacteria and land plants reveal past continental climate variability
Woods Hole Oceanographic Institution
What controls the long-term trajectory of Earth’s climate and ocean chemistry?
University of Hawai’i
Hows and whys of great earthquakes and tsunamis: New understanding from recent IODP drilling
Northern Arizona University
Active faulting and environmental change in young rifts
University of North Carolina at Chapel Hill
From magma to microbe: The deep hot biosphere of Guaymas Basin
Stanford University
Probing Earth’s seafloor to understand space: Impact craters, plumes and true polar wander
San Diego State University
It’s getting hot in here: Reinterpreted climate proxies alter understanding of interglacial warmth
University of Louisiana at Lafayette
Red or green: Overprinting of the climatic signals in sediment
University of Tennessee
The mysterious deep subsurface biosphere: What sustains one of the largest, slowest ecosystems on Earth?
Scripps Institution of Oceanography
Revealing rhythms of ice ages with paleomagnetism
Northern Illinois University
Inferring West Antarctic Ice Sheet history from diatoms offshore, nearhsore, downcore and beneath the ice sheet
California Institute of Technology
Filling the void: Processes of creation of new crustal area during early seafloor spreading
Woods Hole Oceanographic Institution
The chilling effect of mountain growth: Cenozoic insights from the Asian submarine fans
Texas A&M, Galveston
Some like it hot! Microbial communities inhabiting hydrothermal systems
University of Iowa
Magmatism at rifted margins: The story from drilling in the South China Sea
Scripps Institution of Oceanography
Hunting the magnetic field through ocean drilling
University of Houston
Waxing and waning of an ice sheet: Records from the Amundsen Sea, Antarctica
Rowan University
How plate tectonics drove continental climate change in Australia
Woods Hole Oceanographic Institution
Life at the edge of what is possible: Microbial biosignatures in the lower oceanic crust
Southern Methodist University
Forecasting slope failure and slide-generating tsunami hazards with IODP data
University of Texas, Institute of Geophysics
The Chicxulub impact and the resilience of life
Texas A&M University, Corpus Christi
Wanted dead or alive: On the hunt for microbes below the ocean floor
University of New Mexico
Buried alive? How sediments shut down faults in the Gulf of Alaska
University of Southern California
Climate change and ecosystem transformation: plant wax evidence from Indian Ocean drilling
Woods Hols Oceanographic Institution
Drilling the monsoon: from mountain building to the fate of civilizations
Lamont-Doherty Earth Observatory
Toward a 5 million year record of the greater Agulhas current system
Texas A&M University
Mud and bugs under stress: compression of marine sediments beneath the seafloor
Virginia Tech
Reconstructing deep ocean circulation during Cenozoic climate transitions from the marine sediment record
University of Washington
Revisiting the role of continental margin sediment diagenesis in marine geochemical cycles
University of California, Santa Cruz
The JFAST Expedition: Getting Inside a Giant Fault
US Geological Survey
From Research to Discovery – The History and Future of Marine Gas Hydrate Research
Queens College, CUNY
Can Continental Margin Sediments be Globally correlated During Large Amplitude, Glacio-Eustatic Fluctuations?
University of Iowa
The Early History of the Azu-Bonin-Mariana Subduction System as Revealed by Diving and Drilling
University of South Carolina
Chasing Ice Through Space and Time – Reconstructing Polar Ice Sheets Through the Cenozoic Using the Marine Sediment Record
Oregon State University
Geomagnetic Insights and Magneto-Stratigraphic Opportunities Provided Through IODP Drilling: New Results from the Southern Alaska Margin IODP EXP 341
University of California, Davis
Anatomy of a Long-lived Oceanic Arc: Synthesis of Three IODP Expeditions in the Izu-Bonin-Marianas Arc
University of California, Santa Cruz
Subseafloor Experiments And Models Reveal Complex Patterns Of Coupled Fluid-Heat-Solute Transport Through The Ocean Crust
University of Florida
Building Mountains In An Icy World: Results From IODP Drilling In The Gulf Of Alaska
Lafayette College
Back To The Future? Insights Into Future Climate Change From Warm Climate Intervals Of The Past
Woods Hole Oceanographic Institution
South China Sea – Drilling Back In Time To Determine The Evolution Of A Vital Marginal Sea
Texas A&M University
Those Rocks Are Alive! – Geomicrobiology Of The Deep Biosphere In Subseafloor Igneous Basement
Sam Houston State University
A Dynamic Geomagnetic Field Revealed From Coring a Constellation of Paleomagnetic Stations in the Ocean Basins
University of California – Santa Cruz
Twenty-Five Thousand Feet Under the Sea: Taking the Temperature of the 2011 Mw9.0 Tohoku-oki Earthquake Fault
University of Hawaii at Manoa
Melt, Mantle, and Mid-ocean Ridges: Insights from Refractory Peridotite
University of South Florida
The Southern Ocean Reveals its Climate Secrets: Paleotemperatures from Antarctic Margin Marine Sediments
University of Delaware
Microbial Life in the Subsurface: Letting the Sequences Tell the Story
Texas A&M University
Sampling the Source of the 2011 Japan Earthquake and Tsunami
Louisiana State University
The Asian Monsoon and its links to Cenozoic Orogenesis and Global Climate Change
Columbia University
Gas Hydrates, Methanogenesis, and Carbon Cycling at Continental Margins
Montclair State University
Reconstructing the Footprint of an Ice Sheet on the Antarctic Continental Margin
University of Texas at Austin
Seeing What’s at Fault in Subduction Zones: Examining Great Earthquake Megathrusts
Rensselaer Polytechnic Institute
Impact of Antarctic Circumpolar Current evolution on global ocean circulation and climate
Western Washington University
Zetaproteobacteria and their associated microbial communities found in hydrothermal systems from the Okinawa Trough subsurface biosphere
University of Rhode Island
Evidence for the expansion of oxygen minimum zones in the face of Early Pleistocene cooling
University of California, Santa Barbara
Probing mid-ocean ridge processes through deep crustal drilling
University of Texas at Austin
Deciphering the Long-Term History of Global Sea-Level Change
Oregon State University
Drilling Subduction Zones: Temperature, Fluid Flow, and Earthquakes
Columbia University
Estimating Cenozoic Atmospheric CO2 and Ocean Carbonate Chemistry
University of Notre Dame
Origins, Evolution, and Environmental Impacts of Large Igneous Provinces
Moss Landing Marine Laboratories
Diatom Oozes in Marine Sediments: Archives of Past Climate Change and Habitats for Microbial Life
Pennsylvania State University
In Situ Stress and Pore Pressure from Riser Drilling: NanTroSEIZE Stage 2
Texas A&M University
Changing Perspectives of Hotspots, Seamount Chains, and Ocean Plateaus
University of Michigan
Magma Chambers and the Subsurface Structure of Submarine Hydrothermal Systems
Oregon State University
Biogeochemical Exhalations: Microbial Methane in Marine Sediments
University of Southern California
Intraterrestrial Microbial Life Below the Bottom of the Ocean
Indiana State University
The Role of Iron Fertilization and Past Climate Change: Where Does All that Dirt Come From?
University of Missouri-Columbia
Inoceramid Bivalves, Benthic Ecology, and Sources of Intermediate Waters
University of Florida
From the Seafloor to the Seismogenic Zone: Fluid Flow in Earthquakes
University of California – Santa Cruz
Marine Barite: A Recorder of Ocean Chemistry and Productivity
New Mexico Institute of Mining and Technology
Fluid and Heat Circulation in the Subseafloor Ocean
Scripps Institution of Oceanography
Microbes and Volcanoes: A Tale From the Seafloor
Pennsylvania State University
Pore Pressure, Sedimentation, and Submarine Landslides
University of Texas at Austin
One Rock to Change the World: The Story of the Chicxulub Impact Crater
University of California – Santa Barbara
The Earth’s Turmoil of the Last Deglacial Period
University of Michigan
Cretaceous Black Shales, Mediterranean Sapropels, and Greenhouse Climate
University of North Carolina at Chapel Hill
Unlocking the Secrets of the Deep Subsurface Biosphere
University of Delaware
Exploring the Application of Foraminiferal Mg/Ca Ratios to Questions of Early Cenozoic Climate Change
Scripps Institution of Oceanography
Discoveries, Hypotheses, and Drilling Surprises: Adventures in Studying the Formation and Evolution of Oceanic Lithosphere
Pennsylvania State University
Probing the Microbiology of Deeply Buried Marine Sediments
Ohio State University
Iceberg-Rafted Sediment in the Deep Ocean — An Ice Volume Story or Not?
Rutgers University
The Phanerozoic Record of Global Sea-level Change: ODP Constrains the Last 100 Million Years
University of Texas at Austin
Estimating the Level and Taking the Temperature of the Tropical Seas Over the Past 25,000 Years
University of California – Santa Cruz
A Rapid Rise in Greenhouse Gas Concentrations 55 Million Years Ago: A Deep Sea Perspective on the Causes and Consequences
Indiana University – Purdue University Indianapolis
A Cure for Global Warming? A Critical Look at Iron Fertilization’s Role in Climate Change
University of South Florida
Big Waves, Extreme Aridity, Strange Reefs, and Poisonous Gas All Seen in the Cool Water Carbonate Sediments of the Great Australian Bight
University of Michigan
The Once and Future Warm Earth: A Paleoceanographic View
University of Rhode Island
Arctic Coring Expedition (ACEX): A North Pole Discovery
New Mexico Institute of Mining and Technology
Getting Inside the Plate Boundary: Subduction Zone Megathrusts in IODP
Scripps Institution of Oceanography
What Causes Transience in Fluid Flow in Subduction Zones and in Other Oceanic Margin Environments?
University of Massachusetts-Amherst
Linking Tectonics, Climate Change, and Biotic Evolution: The Oceanic Anoxic Events of the Mid-Cretaceous (~120-90 MA)
University of Michigan
Unraveling the Archive of Climate Change from the Marine Record: Integration of Isotopic and Elemental Proxies in Molluscan Carb
Woods Hole Oceanographic Institution
Pleistocene Climate Instability: Oceans, Ice and Insolation
Wesleyan University
Greenhouse Gas Emissions, Environment and Biota: The Earth 55 Million Years Ago
Oregon State University
Methane-Ice in Marine Sediments: Where, How and Why We Study These Deposits
Brown University
Solar Forcing or Climate System Feedbacks: Who’s the Boss of Plio-Pleistocene Variations in Asian Monsoon Strength?
Massachusetts Institute of Technology
Formation of the Kerguelen Large Igneous Province, Gondwana Breakup, Lost Continents and Growth of the Indian Ocean
Boise State University
The Pacific Ocean and Climatic Change, from Eocene Extreme Warmth to Pleistocene Glacial Cycles