ARCTIC_RSEC
| Experiment: | ARCTIC_RSEC |
| PIs*: |
Moses, Wesley | Tzortziou, Maria
|
| Start Time: | Aug 12 2021 10:30PM |
| End Time: | Aug 24 2022 11:47PM |
| North: | 70.977 |
| South: | 70.104 |
| East: | -144.600 |
| West: | -151.340 |
| Data Types: |
pigment, cast, bottle, above_water, scan
|
| Parameters: |
abs_ag
ag
ag_sd
allo
alpha-beta-car
but-fuco
cdmf_rfu
cdmf_ru
chl_c1c2
chl_c3
chlide_a
diadino
diato
doc_l
doc_l_sd
dp
dv_chl_a
dv_chl_b
es
es_sd
fuco
gyro
hex-fuco
lref
lref_sd
lsky
lsky_sd
lt
lt_sd
lut
mv_chl_a
mv_chl_b
neo
oxygen
perid
phide_a
phytin_a
ppc
ppc_tcar
ppc_tpg
pras
psc
psc_tcar
psp
psp_tpg
rrs
rrs_sd
sal
stimf_rfu
tacc
tacc_tchla
tcar
tchl
tchl_tcar
tchla_tpg
tot_chl_a
tot_chl_b
tot_chl_c
tpg
turbidity
viola
wt
zea
|
*Listed alphabetically
DOI
10.5067/SeaBASS/ARCTIC_RSEC/DATA001
Description
The main objective of this NASA-funded project was to develop a remote sensing and modeling capability to monitor and predict ecosystem changes in coastal Arctic waters, in particular, changes in primary production and organic carbon dynamics, due to changing riverine fluxes caused by recent warming trends. Research activities focused on the coastal waters around Colville, Kuparuk, and Sagavanirktok rivers â three of the largest rivers in the North Slope of Alaska. Changing riverine fluxes affect light and nutrient availability â two most critical factors affecting primary production â in a complex manner. Understanding how riverine materials transported into the coastal Arctic mix with ocean waters and affect primary production and phytoplankton community structure using a combination of in situ data, remote sensing measurements, and modeling was the overarching objective of this effort. Project funding was through NASA OBB Award: 80NSSC22K1043 (to CCNY, PI: Maria Tzortziou) and NASA OBB Award: 80HQTR21T0050 (to NRL, PI: Wes Moses).
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