BIO-GO-SHIP

Experiment:
(Collection)
BIO-GO-SHIP
PIs*: Graff, Jason | Mitchell, Catherine | Poulton, Nicole
Start Time:2022-05-01 02:35:00
End Time:2025-04-23 23:57:00
North:62.90655000
South:-67.08938100
East:179.17100000
West:-179.01600000
Data Types: pigment, cast, flow_thru
Parameters: allo allo_sd alpha-beta-car ap ap_sd area_cross_section associated_file_types associated_files bb_acid bb_acid_sd bb_pic bb_pic_sd bbp bbp_sd biovolume bottle but-fuco chl_c1c2 chl_c3 chlide_a chlide_a_sd cp cp_sd data_provider_category_automated diadino diato diato_sd dp dp_sd dv_chl_a dv_chl_a_sd dv_chl_b dv_chl_b_sd equivalent_spherical_diameter fuco fuco_sd gyro hex-fuco hplc_gsfc length_representation lut lut_sd mv_chl_a mv_chl_a_sd mv_chl_b mv_chl_b_sd neo neo_sd perid perid_sd phide_a phide_a_sd phytin_a phytin_a_sd pic ppc ppc_sd ppc_tcar ppc_tpg pras pras_sd prediction_score_automated_category psc psc_sd psc_tcar psp psp_sd psp_tpg sal scientificname_automated scientificnameid_automated tacc tacc_sd tacc_tchla tcar tchl tchl_sd tchl_tcar tchla_tpg tot_chl_a tot_chl_a_sd tot_chl_b tot_chl_b_sd tot_chl_c tot_chl_c_sd tpg viola viola_sd width_representation wt zea zea_sd
*Listed alphabetically

DOI

10.5067/SeaBASS/BIO-GO-SHIP/DATA001

Description

Bio-GO-SHIP aims to become an international collaboration to measure, understand, and predict the distribution and biogeochemical role of pelagic plankton communities. The project leverages the global-reaching [GO-SHIP](https://www.go-ship.org/) platform and its complementary hydrographic measurements. The mission of Bio-GO-SHIP is to quantify the molecular diversity, size spectrum, chemical composition, and abundances of plankton communities across large spatial, vertical, and eventually temporal scales. This will be achieved through systematic, high-quality, and calibrated sampling of omics, plankton imaging, particle chemistry, and optical techniques as operational oceanographic tools. Integration with regular GO-SHIP measurements and their analyses of the physical and chemical environment will allow us to understand (and eventually predict) how plankton communities respondto ocean changes and how biological processes feeds backon carbon, oxygen and nutrient cycles.

URL

https://www.go-ship.org/

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Cruises

Cruise
A16N_L1_2023
A16N_L2_2023
I05_2023
I08S_2024
I09N
P02