BIO-GO-SHIP
| Experiment: | BIO-GO-SHIP |
| PIs*: |
Graff, Jason
|
| Start Time: | 2022-05-01 02:35:00 |
| End Time: | 2022-07-12 14:05:00 |
| North: | 32.884 |
| South: | 21.000 |
| East: | 179.171 |
| West: | -179.016 |
| Data Types: |
pigment
|
| Parameters: |
allo
allo_sd
bottle
chlide_a
chlide_a_sd
diato
diato_sd
dp
dp_sd
dv_chl_a
dv_chl_a_sd
dv_chl_b
dv_chl_b_sd
fuco
fuco_sd
hplc_gsfc
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
ppc
ppc_sd
pras
pras_sd
psc
psc_sd
psp
psp_sd
tacc
tacc_sd
tchl
tchl_sd
tot_chl_a
tot_chl_a_sd
tot_chl_b
tot_chl_b_sd
tot_chl_c
tot_chl_c_sd
viola
viola_sd
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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