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Platform: R/V JOIDES Resolution

Platform: R/V JOIDES Resolution

ICES vessel Code: 54JR

Abbreviation:

JRES

Type:

vessel

Affiliation:

Texas A&M University (TAMU)

Community Standard Description:

Vessel Description

Platform URL:

http://www-odp.tamu.edu/resolutn.html

Deployments

Deployment	Synonyms	Project	Start Date	Chief/Co-chief Scientist
JRES-143		Establishing The Magnitude Of Sea-Surface Acidification During The Paleocene-Eocene Thermal Maximum	03/18/1992
JRES-149		Identifying the controls on biological activity in serpentinites	03/10/1993
JRES-173		Identifying the controls on biological activity in serpentinites	04/15/1997
JRES-198		Establishing The Magnitude Of Sea-Surface Acidification During The Paleocene-Eocene Thermal Maximum	08/27/2001
JRES-201	IODP Leg 201, ODP leg 201	Elucidating the extent and composition of mineral-hosted carbon in the deep biosphere Exploring of the Ecological Role(s) of Marine Fungi in the Deep Subseafloor Geochemical controls on organic carbon quantity and quality in the deep subsurface Studying genomic and population biology of dehalogenating Chloroflexi in deep sea sediments by single cell sorting and single cell genome amplification World-wide exploration of microbial eukaryote diversity and activity in the marine subsurface	01/27/2002	Steven L. D'Hondt Bo B. Jorgensen
JRES-204		Functional gene diversity and expression in methane-hydrate bearing deep subsurface sediments World-wide exploration of microbial eukaryote diversity and activity in the marine subsurface	07/07/2002	Gerhard Bohrmann Anne M. Trehu
JRES-208		Establishing The Magnitude Of Sea-Surface Acidification During The Paleocene-Eocene Thermal Maximum	03/06/2003
JRES-209		Identifying the controls on biological activity in serpentinites	05/06/2003
JRES-317	IODP Leg 317	Exploring of the Ecological Role(s) of Marine Fungi in the Deep Subseafloor	11/04/2009
JRES-318		Functional potential of the uncultivated Candidate Phylum OP9 from deep Antarctic marine sediments using single cell genome techniques	01/03/2010
JRES-336	IODP 336, North Pond	IODP Expedition 336 Objective Research: The deep biosphere of young and oxic oceanic crust IODP Expedition 336- Mid-Atlantic Ridge Microbiology Potential phosphorus uptake mechanisms of the deep sedimentary biosphere	09/16/2011
JRES-339		Genomic analyses and microbial cultivations in unexplored sub-seafloor ridge flank and continental margin environments	11/16/2011
IODP-349	IODP Expedition 349	Edginess in the subsurface: Microbial diversity of deep subseafloor ecotones	01/26/2014	Chun-Feng Li
IODP-360	JOIDES Resolution, International Ocean Discovery Program (IODP) Expedition 360 (X360)	Collaborative Research: Delineating The Microbial Diversity and Cross-domain Interactions in The Uncharted Subseafloor Lower Crust Using Meta-omics and Culturing Approaches	11/30/2015	Henry J.B. Dick Christopher J. MacLeod
IODP-385		Collaborative Research: IODP-enabled Insights into Fungi and Their Metabolic Interactions with Other Microorganisms in Deep Subsurface Hydrothermal Sediments	09/16/2019	Andreas Teske