Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Environmental Science & Policy,
Journal Year:
2024,
Volume and Issue:
160, P. 103845 - 103845
Published: July 27, 2024
As
climate
change
accelerates,
adapting
to
heat
stress
means
preventing
excess
deaths,
increased
healthcare
costs,
reduced
productivity,
and
damaged
infrastructure
buildings.
In
cities,
the
urban
island
effect
exacerbates
these
impacts.
Adapting
requires
action
by
a
multitude
of
actors
in
different
domains,
including
building
owners,
health
care
social
workers,
vulnerable
inhabitants.
While
there
is
research
on
adaptation
single
sectors,
significant
knowledge
gap
regarding
across
sectors.
To
contribute
bridging
this
gap,
we
answer
following
question:
what
extent
how
are
municipalities
Dutch
Province
Overijssel
mainstreaming
as
part
their
efforts?
question,
combine
action-oriented
employing
Institutional
Analysis
Development
Framework
municipality,
with
survey
conducted
among
15
located
same
province.
Our
identifies
two
major
challenges.
First,
implementation
remains
limited.
Second,
identified
challenges
mainstreaming,
namely
mismatch
between
responsibility
built
environment
vis-à-vis
sector,
lack
information
groups
that
makes
cross-sectoral
collaboration
more
difficult.
Thus,
which
being
mainstreamed
municipalities'
efforts
adapt
still
quite
limited
management
at
intersection
sector
mostly
absent,
leaving
exposed.
Property Management,
Journal Year:
2024,
Volume and Issue:
43(2), P. 231 - 263
Published: Nov. 19, 2024
Purpose
This
paper
aims
to
explain
the
factors
shaping
collective
action
within
low-cost
housing
communities,
focusing
on
parcel
holders,
through
utilisation
of
an
expanded
institutional
analysis
development
(IAD)
framework,
which
extends
upon
Ostrom’s
foundational
framework.
Additionally,
explores
four
different
property
management
approaches
accessible
these
communities.
Design/methodology/approach
The
research
employed
a
mixed-method
approach
comprising
sequential
steps.
Firstly,
quantitative
inquiry
entailed
questionnaire
survey
administered
633
holders
across
schemes,
aimed
at
discerning
influencing
action.
Subsequently,
qualitative
investigation
involved
face-to-face
interviews
with
key
stakeholders
elucidate
contributing
action,
specific
focus
Nursa
Kurnia
(a
successful
scheme
200
units),
via
Kuala
Lumpur
Middle
Ring
Road
II.
Thirdly,
study
explored
social
practice
“commoning
governance”.
Lastly,
advocated
for
policy
interventions,
specifically
proposing
government
subsidies
lower-income
holders.
Findings
Exemplified
by
success
Kurnia,
findings
emphasised
importance
shifting
local
management’s
mindset
from
zero-sum
win-win
perspective.
It
highlighted
pivotal
role
(resource
system,
governance
context
and
historical
development)
in
fostering
improved
practices.
Moreover,
potential
governance”
as
new
capable
addressing
challenges
management,
presenting
promising
avenue
future
endeavours.
Research
limitations/implications
As
more
studies
utilising
IAD
framework
become
available
future,
there
is
further
refinement
enhancement
Practical
implications
offers
valuable
insights
policymakers,
developers,
shedding
light
associated
self-organisation
shared
resources.
it
highlights
mitigate
impact
problems.
Social
well-being
society’s
most
vulnerable
segment
indicative
overall
societal
health.
underscores
significance
interests
needs
groups
broader
context.
Originality/value
Exploring
self-organising
housing,
delves
into
area
marked
persistent
like
free-riding
tendencies
vandalism.
Despite
significant
attention
given
issues
past,
novel
remains
unexamined
realm
maintenance
management.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
Hydroinformatics
is
a
technology
that
combines
information
and
communications
technologies
together
with
various
disciplinary
optimization
simulation
models
focus
on
the
management
of
water.
This
paper
reviews
historical
development
hydroinformatics
summarizes
current
state
this
technology.
It
describes
range
modeling
tools
applications
currently
described
in
literature.
The
concludes
some
speculations
about
possible
future
developments
hydroinformatics.
