Applications to sail on IODP expeditions are submitted through the applicant's Program Member Office (PMO). Application requirements may vary by PMO, and they may have different deadlines than those posted below. An individual scientist's PMO is determined by the location of their employer or primary academic affiliation, not by citizenship or adjunct status. 

Expedition 400: NW Greenland Glaciated Margin

  • JOIDES Resolution Science Operator
  • Expedition Dates: August 12 - October 12, 2023
  • Application Deadline: June 1, 2022

 

Now Sailing: South Atlantic Transect (Expedition 390)

Abstract from the Scientific Prospectus: The South Atlantic Transect (SAT) is a multidisciplinary scientific ocean drilling project that comprises two International Ocean Discovery Program (IODP) expeditions (390 and 393). These expeditions will recover complete sedimentary sections and the upper ~250 m of the underlying oceanic crust along a slow/intermediate spreading rate Mid-Atlantic Ridge crustal flow line at ~31°S. The sediments along this transect were originally spot cored more than 50 y ago during Deep Sea Drilling Project Leg 3 to help verify the theories of seafloor spreading and plate tectonics. Given dramatic advances in drilling technology and analytical capabilities since Leg 3, many high-priority scientific objectives can be addressed by revisiting the transect. The SAT expeditions will target six primary sites on 7, 15, 31, 49, and 61 Ma ocean crust, which will fill critical gaps in our sampling of intact in situ ocean crust with regards to crustal age, spreading rate, and sediment thickness. These sections are required to investigate the history of the low-temperature hydrothermal interactions between the aging ocean crust and the evolving South Atlantic Ocean and quantify past hydrothermal contributions to global geochemical cycles. The transect traverses the previously unexplored sediment- and basalt-hosted deep biosphere beneath the South Atlantic Gyre from which samples are essential to refine global biomass estimates and investigate microbial ecosystems’ responses to variable conditions in a low-energy gyre and aging ocean crust. The drilling operations will include installation of reentry cones and casing to establish legacy boreholes for future basement hydrothermal and microbiological experiments. The transect is also located near World Ocean Circulation Experiment Line A10, providing access to records of carbonate chemistry and deepwater mass properties across the western South Atlantic through key Cenozoic intervals of elevated atmospheric CO2 and rapid climate change. Reconstruction of the history of the deep western boundary current and deepwater formation in the Atlantic basins will yield crucial data to test hypotheses regarding the role of evolving thermohaline circulation patterns in climate change and the effects of tectonic gateways and climate on ocean acidification.

As approved by the JRFB in May 2020.

International Ocean Discovery Program (2013- )

(last update November 2021)

  JOIDES Resolution
(through 396)
Chikyu
(through 380)
Mission-Specific Platforms
(through 381)
Program Total
Expeditions Completed 34 4 4 42
Sites Visited 155 6 28 189
Holes Drilled 445 19 80 544
Cores Recovered 11,112 204 929 12,245
Deepest Hole Penetrated (m) 1,806 1,180 1,335 1,806
Shallowest Water Depth (m) 98  1,939 20 20
Deepest Water Depth (m) 5,023 4,776 8,023 8,023
Core Recovery (m) 62,927 1,092 3,374 67,393

Integrated Ocean Drilling Program (2003-2013)

  JOIDES Resolution Chikyu Mission-Specific Platforms Program Total
Expeditions Completed 35 14 5 54
Sites Visited 145 38 67 250
Holes Drilled 439 95 115 649
Cores Recovered 8,491 927 2,676 12,094
Deepest Hole Penetrated (m) 1,928 3,059 755 3,059
Shallowest Water Depth (m) 95.5 885 23 23
Deepest Water Depth (m) 5,708 6,929 1.288 6,929
Core Recovery (m) 57,289 4,886 4,131 66,306

Ocean Drilling Program (1985-2003)

  JOIDES Resolution
Expeditions Completed 111
Sites Visited 669
Holes Drilled 1,797
Cores Recovered 35,772
Deepest Hole Penetrated (m) 2,111
Shallowest Water Depth (m) 37.5
Deepest Water Depth (m) 5,980
Core Recovery (m) 222,704

Deep Sea Drilling Project (1968-1983)

  Glomar Challenger
Expeditions Completed 96
Sites Visited 624
Holes Drilled 1,053
Cores Recovered 19,119
Deepest Hole Penetrated (m) 1,741
Deepest Water Depth (m) 7,044
Core Recovery (m) 97,056

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