Preface
(Gini Lee, Henri Bava)
During the Australian spring of 2009
a group of researchers interested in
constructed landscapes were brought
together to cooperate in new design
research, generated by concern for
the critical need to identify, design for
and manage water and water systems
influenced by the possibilities unleashed
by climate change scenarios. The first
offering of this newly constituted
research group is the publication of
these proceedings, Towards Resilient
Water Landscapes: Design Research
Approaches from Europe and Australia;
the contributions have been presented
at an occasional symposium, hosted
by the landscape architecture program
at the University of New South Wales
(UNSW). Encapsulated in the approaches
taken by the writers are clues into how
researchers and designers - who must
engage with the complexities of the
landscapes, infrastructures and ecologies
of cities and their communities - can
contribute to growing design knowledge
and critical debate in these times of
rapid environmental, spatial and cultural
change.
The Sydney 2009 Symposium was held
at a time when writing on wetness and
the issue of managing too much water
from the European perspective seemed
far away from the condition of dryness
that was currently being experienced in
Australia. At the time many of us were
unappreciative that the decade-long
drought was beginning to break in some
places across the continent. A number
of themes and approaches to gaining
awareness of concepts of resilience
emerge from the presentations, yet an
underlying sense of urgency around
our collective need to work within the
possibilities presented by extreme
conditions pervades our research; which
at this stage is based upon individual and
propositional project based knowledge
with the intent to negotiate an ongoing
cooperative approach. The realisation that
a multi-disciplinary approach is essential
to gain knowledge and to propose new
solutions based upon design thinking
underpins this collaboration between
academics and designers from Karlsruhe Institute of Technology (KIT), Copenhagen
University (UC) and Queensland
University of Technology (QUT).
The 2009 Sydney Symposium
Urban water landscapes are the key foci of
concern for most in these proceedings, yet
there are also offerings regarding waterformed
and water-dependent landscapes
remote from urban conditions. The first
two papers set the scene for Towards
Resilient Water Landscapes through
presenting European and Australian
conditions and projects. Lisa Diedrich’s
review of European urban projects
for water landscapes identifies new
themes for landscape research through
looking critically at the novel solutions
demonstrated by collaborative design
and technical teams in their realised
projects. Diedrich suggests that ongoing
design research is essential in order to
effectively uncover and disseminate the
techniques and tactics crucial to creating
resilient future water landscapes.
She also asserts that such research is
necessary to stimulate an academic
design discourse that is still lacking
in continental European universities
and should complete the outstanding
contemporary built European oeuvre.
The tendency for water plentitude in
the European condition is contrasted
by Julian Raxworthy’s essay on dryness
and its influence on landscape design in
Australia; in particular on the aesthetics
of designed urban landscapes as
response to issues of water shortage
and sustainable water management.
Expanding upon his concerns that the
cultural desire for greenness in a dry
country has resulted in the historical
transplantation of inappropriate public
landscape design, Raxworthy presents
four perspectives where waterinfluenced
design is contributing to new
urban forms and processes, that in turn
influence public perception and support
for appropriate water based regimes.
Resilience is a concept that provokes
varied reactions across the design
and technical disciplines engaged in
refashioning urban landscapes. Five
papers present varying perspectives
and languages drawn from engineering,
landscape architecture, urban design,
architecture, hydrology and philosophical
practices, where resilience is either
the primary focus or is implicated by
association. One of the important
outcomes of this cooperation seeks to
address the meaning and relevance of
resilience - as a conceptual guide or as
a method - as it contributes to design,
practise and the generation of new
methods and techniques for transforming
urban landscape conditions.
Through reflecting upon historical and
cultural perspectives in constructed
riverine systems Oliver Parodi presents
models for future practise that embrace
and capitalise upon both technical and
cultural mores. He establishes a link
between contemporary technology and
the history of ideas of our occidental
culture. Based on the shortcomings of
contemporary hydraulic engineering in
Germany he offers suggestions for future
practices that propose a reasonable,
more hermeneutical, culture-sensitive
hydraulic engineering, with always
perceptible buildings and technological
constructions.
Torben Dam is a landscape architect
interested in recording the character of
places through attention to the detail,
the materiality and the temporal traces
found in urban landscapes. For designed
water landscapes to approach desired
conditions of resilience Dam draws our
attention to the necessity to develop
techniques to ‘read’ the complexity of
such landscapes and for designers to
embrace a multidisciplinary perspective
through immersion in regional knowledge
and detailed research.
An “urban landscape atlas”, Katrina
Simon’s samples of her analytical work
with UNSW students on intend to give
insight into the ways urban forms and
transformations are represented in
relation to landscape conditions of cities
and metropolitan regions in different
continents and cultures; water being one
of the major landscape conditions to look
at. This atlas is a work in progress, not
11
Gini Lee, Henri Bava
yet ready for publication, so Simon has
contributed a work of art that constitutes
the cover of the present publication. This
work illustrates how relationships of
water to land inspire artworks as forms
of research by design.
Helmut Lehn, an expert in sustainable
urban water management, works
in diverse geographical locations to
provide water systems advice to
developing countries. He stresses that
safe and reliable water systems are
essential components of sustainable
development programs. The provision of
effective, accessible and water sensitive
infrastructure is key to achieving access
to good quality as affordable water
is everyone’s right. His technological
approach to the design and management
of such regimes also recognises the
importance of a multidisciplinary
methodology to providing both resilient
delivery systems and also constructed
projects that facilitate the cultural and
social qualities of - and access to -
water in the landscape.
Towards identifying and gaining
understanding of the impacts of future
change on climatic, economic and social
systems, Andreas Kron reflects upon
the relationships between local scale
and knowledge and the development
of effective management regimes. He
suggests that perspectives for future
water landscapes must derive from
interdisciplinary cooperation to ensure
that the range of issues and conditions
and their imagined impacts are identified,
debated and planned for. Four conditions
are posited to inform the management
of responses to extreme conditions -
preparedness, prevention, protection
and resilience.
Ian Weir lives, works and practices in
the south-western zone of Australia in a
landscape of great physical beauty and of
high biodiversity. His presentation on the
Fitzgerald Biosphere catchment describes
his practise of making speculative works
as conceptual landscapes of resistance
that are constructed over time. This
work is a subtle response to a highly
complex natural environment - one that
is rich with cultural association even if
only sparsely occupied - through the
design processes of tuning, reading and
representing.
An important driver in the intent
to cooperate between countries,
environments and practises lies in the
impetus and opportunity for research and
collaboration on new projects driven by
developing new scenarios for working in
urban and other water landscapes. Gini
Lee and Henri Bava describe current
design research projects and recent
works of landscape architecture that
involve a range of collaborators, albeit in
widely differing contexts.
Lee’s WaterFieldWork project is an
account of an ongoing multidisciplinary
project involving scientists and landscape
architects in fieldwork; recording,
assessing and proposing scientific and
design management scenarios for a
critical river system in central Australia.
This arid water landscape project
records landscapes from many dualistic
perspectives; insiders/outsiders, science/
design, tradition/progress, indigenous/
settler culture, so as to negotiate future
expectations, lives and landscapes
towards a resilient strategy for resources
development and occupational longevity.
An associated element presents a
photographic account from the air in
order to commence a lexicon for critical
water landscapes for this remote land.
Henri Bava explores his oeuvre as
practising landscape architect and partner
in Agence Ter in order to examine where
and how landscape architecture becomes
the vector for the development of urban
water landscapes. Through presenting
various urban, intercity, and transregional
projects Bava develops the concept of
“urban water landscapes of resilience”
contextualising project sites as “large
scale territory in motion”. His realised
projects demonstrate how ecology in
general, and hydrology in particular, can
be integrated into - and even sustain
- an urban strategy. With resilience as
the main objective, these projects seek
an innovative outcome through involving
interdisciplinary research and practises
that encompasses government,
infrastructure and ecological aspects that
operate within and influence the dynamic
structures of urban systems.
The Symposium’s speakers focused on
finding scenarios for ways to address
resilience in water landscapes through
altered disciplinary perspectives;
landscape architecture, engineering,
urban planning, architecture and
hydraulic engineering, towards forming
multidisciplinary groups interested in
developing future scenarios. Discussions
around potential projects and implications
for research often seemingly appear as
studies in contrasts – between urban
and remote, wet and dry, settled and
unsettled, material and ephemeral and
practiced and raw. Such works of practice
and/or research operate within diverse
agendas. From landscape design leading
to constructed water landscapes, to
landscape systems monitoring, through
traversing and representing landscapes
– with such agendas often leading to reworking
destroyed water-formed places
through engaging in collaborative design
processes.
Critical aspects arising from this
publication in relation to resilience in the
face of climate change range from the
very local to the universal. In particular the
concept of resilience is up for question.
The need to approach water landscape
projects with a multidisciplinary eye and
suitable methodology is also seen as
critical. Perspectives gained from drawing
upon a range of expertise in order to
evaluate projects that uncover new
themes and theoretical underpinnings
for landscape research are tied to
establishing appropriate methods for
representation and dissemination of such
knowledge. What is clear is that there is
a great deal to be learnt from immersion
in familiar and unfamiliar landscapes
across hemispheres, climates, ecologies
and territories. Through collaborative
and negotiated application of design
thinking and scenario-based principles,
the collective aim behind this publication
is to facilitate, design and document
projects for water landscapes that aspire
to both ameliorate current challenges
and to demonstrate technically effective
and aesthetically pleasing solutions.
The present book unites the papers of the
2009 Sydney Symposium and has been
produced by KIT Publishers in Karlsruhe
as a special edition of the publication
series of KIT’s Institute for Technology
Assessment and Systems Analysis,
edited by one of its members, the
engineer and philosopher Oliver Parodi,
who is centrally involved in the process of
construction of the collaborative research
project between KIT, QUT and UC.
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