Acta hydrochimica et hydrobiologica,
Journal Year:
1991,
Volume and Issue:
19(4), P. 363 - 373
Published: Jan. 1, 1991
Abstract
Following
a
general
representation
of
the
regression
analysis,
especially
concerning
relations
between
flow
and
concentrations
matter
loads,
these
are
represented
discussed
for
suspended
solids,
nitrate
concentration,
chloride
content
oxygen
concentration
seven
sections
Spree
river.
There
result
clear
connections
to
structure
utilizations
all
parts
river
basin.
Finally,
covering
total
basin
by
models
water
quality
management
in
form
regression,
self‐purification
eutrophication
models‐and
their
coupling
is
represented.
The Science of The Total Environment,
Journal Year:
2024,
Volume and Issue:
915, P. 169903 - 169903
Published: Jan. 8, 2024
Wastewater
treatment
plant
decision
makers
face
stricter
regulations
regarding
human
health
protection,
environmental
preservation,
and
emissions
reduction,
meaning
they
must
improve
process
sustainability
circularity,
whilst
maintaining
economic
performance.
This
creates
complex
multi-objective
problems
when
operating
selecting
technologies
to
meet
these
demands,
resulting
in
the
development
of
many
support
systems
for
water
sector.
European
Commission
publications
highlight
their
ambition
greater
levels
sustainability,
which
system
implementation
should
align
with
be
successful
this
region.
Following
review
57
wastewater
systems,
main
function
multi-criteria
decision-making
tools
are
technology
selection
optimisation
operation.
A
large
contrast
aims
is
found,
as
clearly
define
goals
indicators
used,
procedures
often
use
vague
language
making
it
difficult
connect
selected
resultant
outcomes.
Several
recommendations
made
usage,
such
more
rigorous
indicator
protocols
including
participatory
approaches
expansion
sets,
well
structured
investigation
results
sensitivity
or
uncertainty
analysis,
error
quantification.
Cambridge Prisms Water,
Journal Year:
2024,
Volume and Issue:
2
Published: Jan. 1, 2024
Abstract
In
late
2000,
the
European
Union
adopted
Water
Framework
Directive
(WFD)
and
funded
a
series
of
research
innovation
projects
to
support
its
implementation.
One
these
was
MULINO
project
(MULti-sectoral,
INtegrated
Operational
Decision
Support
System
for
Sustainable
Use
Resources
at
Catchment
Scale).
Its
main
product
decision
system
(mDSS)
tool
designed
help
water
managers
make
choices
related
WFD
implementation
in
participatory
manner.
After
end
MULINO,
long
sequence
allowed
maintenance
continuous
development
tool,
which
has
been
applied
more
than
20
years
various
contexts
environmental
integrated
management.
This
experience
an
analysis
literature
allow
us
draw
some
general
conclusions
regarding
DSS
tools
management
their
role
our
societies.
Lessons
learned
are
proposed,
from
need
frame
within
sound
methodological
frameworks
processes,
supporting
instead
substituting
decision-makers
roles,
trade-offs
that
appear
between
ease
use
specificity
on
one
side
flexibility
reusability
other.
The
specific
strengths
attributed
mDSS
include
provision
interface
based
simplified
understandable
conceptual
framework
facilitates
communication
with
interested
parties,
ability
approach
wide
variety
decisional
issues,
relatively
simple
rules
provided
by
connections
other
software
environments.
paper
presents
current
version
reports
over
two
decades;
it
also
identifies
way
forward.
Water Resources Research,
Journal Year:
2024,
Volume and Issue:
60(5)
Published: May 1, 2024
Abstract
Reductions
in
streamflow
caused
by
groundwater
pumping,
known
as
“streamflow
depletion,”
link
the
hydrologic
process
of
stream‐aquifer
interactions
to
human
modifications
water
cycle.
Isolating
impacts
pumping
on
is
challenging
because
other
climate
and
activities
concurrently
impact
streamflow,
making
it
difficult
separate
individual
drivers
change.
In
addition,
there
can
be
lags
between
when
occurs
affected.
However,
accurate
quantification
depletion
critical
integrated
surface
management
decision
making.
Here,
we
highlight
research
priorities
help
advance
fundamental
science
better
serve
decision‐making
process.
Key
include
(a)
linking
decision‐relevant
outcomes
such
ecosystem
function
users
align
with
partner
needs;
(b)
enhancing
trust
applicability
methods
through
benchmarking
coupled
model
development;
(c)
improving
links
processes.
Catalyzing
efforts
around
common
goal
our
decision‐support
capabilities
will
require
disciplinary
advances
within
community
a
commitment
transdisciplinary
collaboration
diverse
water‐connected
disciplines,
professions,
governments,
organizations,
communities.
Water,
Journal Year:
2025,
Volume and Issue:
17(2), P. 278 - 278
Published: Jan. 20, 2025
In
this
study,
we
analyzed
the
effectiveness
of
a
data
visualization
tool
(dashboard)
designed
to
provide
insights
decision-makers
about
vulnerability
water
resources
in
tri-national
Upper
Lempa
River
Basin
(CARL)
face
future
climate
and
land
use
uncertainties.
The
dashboard
was
assessed
using
three
methods:
(1)
user
survey
for
evaluating
clarity,
completeness,
ease
seven
parameters
proposed
by
Stephen
Few.
result
overwhelmingly
indicated
positive
experience
when
interacting
with
dashboard;
(2)
pre-
post-use
tests
were
used
assess
knowledge
acquisition.
users’
correct
answers
increased
an
average
35%,
incorrect
decreased
25%
questions
assessing
understanding
demands,
effects
change
on
basin’s
security,
trends,
sub-basins
highest
region;
and,
significantly,
(3)
reports
drawn
from
their
interaction
dashboard.
Users
drew
extent
which
different
regions
will
likely
regarding
strategies
that
could
reduce
vulnerability.
key
issues
need
be
addressed
ensure
fosters
greater
transparency
public
participation
governance
is
improve
management
watershed
are
following:
incorporation
feedback
inclusion
adaptation
impacts
commitment
training
local
institution
host
maintain
make
it
available
public;
engagement
countries
understand
uncertainties
potential
impact
performance
metrics.
