PLoS ONE,
Год журнала:
2021,
Номер
16(3), С. e0242637 - e0242637
Опубликована: Март 3, 2021
In
this
study,
the
effects
of
sea
ice
and
wind
speed
on
timing
composition
phytoplankton
spring
bloom
in
central
southern
Baltic
Sea
are
investigated
by
a
hydrodynamic–biogeochemical
model
observational
data.
The
modelling
experiment
compared
results
reference
run
presence
with
those
absence
ice,
which
confirmed
that
ecological
conditions
differed
significantly
for
both
scenarios.
It
has
been
found
diatoms
dominate
biomass
whereas
dinoflagellates
thin
ice.
study
concludes
under
moderate
(representing
last
few
decades),
Sea,
will
be
dominant
future
as
result
climate
change
i.e.
Remote Sensing,
Год журнала:
2024,
Номер
16(23), С. 4588 - 4588
Опубликована: Дек. 6, 2024
The
Ocean
Colour
Thematic
Assembly
Centre
(OCTAC)
of
the
Copernicus
Marine
Service
delivers
state-of-the-art
core
products
for
both
global
oceans
and
European
seas,
derived
from
multiple
satellite
missions.
Since
2015,
OCTAC
has
provided
regional
high-level
merged
that
offer
value-added
information
not
directly
available
space
agencies.
This
is
achieved
by
integrating
observations
various
missions,
resulting
in
homogenized,
inter-calibrated
datasets
with
broader
spatial
coverage
than
single-sensor
data
streams.
enhanced
continuously
basin-level
accuracy
essential
ocean
variables
(EOVs)
across
including
Atlantic,
Arctic,
Baltic,
Mediterranean,
Black
seas.
From
2019
onwards,
new
EOVs
have
been
introduced,
focusing
on
phytoplankton
functional
groups,
community
structure,
primary
production.
paper
provides
an
overview
evolution
catalogue
2015
to
date,
evaluates
products,
outlines
plans
future
product
development.
Abstract.
Deep
convection
plays
a
key
role
in
the
circulation,
thermodynamics
and
biogeochemical
cycles
Mediterranean
Sea,
considered
as
hotspot
of
biodiversity
climate
change.
In
framework
DEWEX
(Dense
Water
Experiment)
project,
seasonal
cycle
annual
budget
dissolved
inorganic
carbon
deep
area
northwestern
Sea
are
investigated
over
period
September
2012–September
2013,
using
3-dimensional
coupled
physical-biogeochemical-chemical
modeling
approach.
We
estimate
that
region
was
moderate
sink
CO2
for
atmosphere
study
period.
The
model
results
show
reduction
uptake
during
convection,
its
increase
abrupt
spring
phytoplankton
bloom
following
events.
highlight
dominant
both
biological
physical
flows
budget.
upper
layer
gained
through
vertical
supplies
and,
to
lesser
extent,
air-sea
flux,
lost
lateral
transport
fluxes.
region,
covering
2.5
%
Mediterranean,
acted
source
surface
intermediate
water
masses
western
southern
Western
could
contribute
up
10
20
exchanges
with
Eastern
Atlantic
Ocean.
PLoS ONE,
Год журнала:
2021,
Номер
16(3), С. e0242637 - e0242637
Опубликована: Март 3, 2021
In
this
study,
the
effects
of
sea
ice
and
wind
speed
on
timing
composition
phytoplankton
spring
bloom
in
central
southern
Baltic
Sea
are
investigated
by
a
hydrodynamic–biogeochemical
model
observational
data.
The
modelling
experiment
compared
results
reference
run
presence
with
those
absence
ice,
which
confirmed
that
ecological
conditions
differed
significantly
for
both
scenarios.
It
has
been
found
diatoms
dominate
biomass
whereas
dinoflagellates
thin
ice.
study
concludes
under
moderate
(representing
last
few
decades),
Sea,
will
be
dominant
future
as
result
climate
change
i.e.
