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Sound as a considered design parameter in the Japanese garden
michael fowler
Historical perspectives
It is perhaps not by coincidence that the most common conception of the
Japanese garden is found in its striking miniaturizations, stylizations and manipulation of scales through the use of effects such as forced perspectives1 as well as
the dialectic they establish between notions of the ‘natural’ and the ‘artificial’
or human and made.2 That both of these impressions are a function of the
immediacy that the visual presents to our sense making in the encounter of
such designed landscapes somewhat slights what those other elements of a
Japanese garden have to offer. In particular, the high sensitivity paid to the
auditory qualities and acoustic properties and principles of the various soundmaking elements:3 both those that are embedded within the topography of the
landscape, and those natural, temporal, seasonal and fleeting effects from fauna
and flora.
Given that there are numerous types of sounds occurring within a Japanese
garden, not least those that require a great attention to their design because of
the intrinsic connection between the form of the landscape and the auditory
flow-on effects (such as in waterfalls or moving water), specific references to
sound design within the traditional Japanese garden treatises are practically
non-existent.4 What are more common though are allusions to the nature of
sound and the conditions that may create a change in the sound of a designed
feature. In the eleventh-century gardening treatise sakuteiki (trans. Records of
Garden Making) the following advice is given:
If it is preferred that the water fall freely away from the surface of the Waterfall
Stone, then a stone with a clean, sharp corner should be chosen and set leaning
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slightly forward . . . In addition, if one sets two or three stones in front of the
main Waterfall Stone, gradually stepping down and away from it, then the water
will splash left and right as it falls.5
There is an obvious visual guiding here of the preferred manner in which the
design of waterfalls is to be approached, though at the same time even such
subtle changes regarding the flow and splashing of the water will greatly affect
the sounds emanating from the fall. It is highly unlikely, then, that sound
design within the traditional Japanese gardening tradition, which stretches back
to the eighth century, was simply a function only of considerations of landscape
form. Indeed, one of the more notable literary references to the nature of the
Japanese gardening tradition as a multi-sensory design approach occurs in the
Heian (794–1185) text Tale of Genji:
The new grand Rokujo mansion was finished . . . The hills were high and the
lake was most ingeniously designed . . . Clear spring water went singing off into
the distance, over rocks designed to enhance the music. There was a waterfall,
and the whole expanse was a wild profusion of autumn flowers and leaves.6
That Seidensticker here translates the sound of the waterfall as a type of ‘music’
reveals what Tadahiko Imada views as those traditional Japanese notions
regarding sound, music and the environment. In fact, Imada argues that
‘according to the Japanese tradition there is no distinction between noise and
music. Any musical sound has to be heard with environmental sounds around
it’.7 The sounds of nature, human-made endeavor and instrumental music,
then, are an inseparable conglomerate, a form of auditory scenery that is to be
issn 1460-1176 # 2015 taylor & francis vol. 35, no. 4
http://dx.doi.org/10.1080/14601176.2015.1049478
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sound as a considered design parameter in the japanese garden
regarded ‘as an abstract image rather than as a pragmatic acoustic event’.8 This
type of thinking, therefore, may explain how the subtleties of sound design
within the tradition of Japanese gardening have remained somewhat hidden
within the larger visual image of Western encounters with ‘otherness’ in the
Japanese garden.9 With the borders between sound, noise and music indistinguishable, and the sociocultural context of their creation playing a distinctly
important part, it is the manner of listening that perhaps enables the clearest
avenue for understanding the role of sound design within the traditional
Japanese garden. Thus, experiencing a Japanese garden traditionally involved
a way of listening that amalgamated notions of the ‘natural’ and the ‘artificial’,
with the knowledge that the environmental sounds produced by the garden
represented a complete aesthetic tableaux of cultural significance.
Conceptualizing sound-space
Indeed, the significance and the cultural meaning of sounds has been a key
influence for the discipline of acoustic ecology, which since its inception in the
late 1960s, has attempted to formulate a way in which to understand sounds
within their cultural, spatial, historical and acoustic contexts through a listenercentered approach. In a perhaps somewhat similar vein as the traditional holistic
approach within Japanese culture of accepting the entirety of sounds of the
environment as of equal aesthetic significance, the founder of the discipline of
acoustic ecology, R. Murray Schafer, is a noted composer and music theorist.
Schafer, and his theories and terminologies regarding the sounding environment, or what is referred to as the soundscape, similarly approaches the notion of
everyday sounds as a significant, aesthetic and meaningful phenomenon. Those
traditional distinctions between the notions of music and its antonym, noise, is
best described by Schafer as a difference of cultural significance and the relationship of a sound to its acoustic community, that is, a formally or informally organized
group of people who share (regularly or irregularly) a particular soundscape.10
Schafer, along with colleagues at Simon Fraser University (Vancouver, BC,
Canada), developed an approach to conceptualizing, analyzing and identifying
sounds initially within the test bed of the urban environment of the city of
Vancouver. It is this rich heterogeneous field of sounds that provided the initial
investigations of the field of acoustic ecology in the 1970s as an important basemetric for better understanding how a classification systems might be
developed that describes and analyses sounds as ‘sonic objects’. As a term that
is directly derived from landscape, a soundscape includes all auditory phenomena within any given sounding environment. Schafer founded the World
Soundscape Project (WSP) at Simon Fraser University as a means to bring a
diverse number of researchers together from music composition, cultural
theory, acoustic engineering and urban design. Under this guise of interdisciplinary thinking Schafer saw that:
The home territory of soundscape studies will be the middle ground between
science, society and the arts. From acoustics and psychoacoustic we will learn
about the physical properties of sound and the way sound is interpreted by the
brain. From society we will learn how mankind behaves with sounds and how
sounds affect and change this behavior.11
The ongoing investigation into acoustic ecologies and the sounding environment
has been further codified through its enthusiastic uptake in Japan via the Japanese
Society for Acoustic Ecology, whose 1996 project together with the Japanese
Ministry for the Environment was responsible for the documentation of ‘100
Soundscapes of Japan’. The project sought to engage local people with promoting
and nominating important sounds and soundscapes as cultural symbols. This
approach to understanding sounds within a cultural and semiotic context is what
Barry Truax has suggested as the paradigm of the ‘communicational model’ rather
than the standard applied acoustic or noise engineering approach of the ‘energy
transfer model’.12 Indeed, both approaches have been variously integrated by the
acoustic ecology movement as a means to understand soundscape not only in terms
of quantitative site conditions (i.e. of the measurement of auditory phenomena via
standardized acoustic metrics), but similarly the semiotics of sound as signifier.
But more pertinent to the notion of sound design within a Japanese garden, and
for a method for a closer reading and understanding of its auditory and spatial
properties, Schafer nominates three important key terms of acoustic ecology:
‘soundmarks’, ‘keynote sounds’ and ‘signals’. Any studied soundscape invariably
contains all three phenomena, though the content and relationships between each
are contingent on cultural paradigms, economic factors and degree of built
infrastructure/landscape form. Like soundscape, the term soundmark is a derivative meaning ‘a community sound which is unique or possesses qualities which
make it specially regarded or noticed by the people in that community’.13 Typical
soundmark examples may include temporal markers such as church/temple bells,
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Adh!
an (Muslim call to pray), town square clocks and foghorns or a waterfall in a
Japanese garden (figure 1). The notion of a keynote is based on the musical
concept of key center or home tonality. It is used primarily as a means to describe
an anchoring sound within a soundscape:
Keynote sounds are those that are heard by a particular society continuously or
frequently enough to form a background against which other sounds are
perceived.14
Such sounds are also described as drones, and examples include the sounds of
the sea for maritime communities, air conditioner or fan noise as well as traffic
sounds. For Jean François Augoyard though, drones are not only present
within an acoustic environment as the ground against which the figure is
distinguished, but equally as an indicator to the qualities of a space.15 The
third key term used by Schafer for auditory classification is signal. Signals are
regarded as foreground sounds within the soundscape and form auditory
warnings of that community within urban acoustic ecologies. In the twentyfirst century such warnings have become predominately electronically generated (sirens, horns, etc.) though the sounds of whistles and bicycle bells, etc.,
allow for complex layers of information to be communicated to a members of
an acoustic community.
But the notion of the soundscape of a Japanese garden, its acoustic community, plethora of soundmarks, keynotes and signals, is for acoustician Barry
Blesser and environmental psychologist Linda-Ruth Salter only half of the
picture. Their concept of ‘aural architecture’16 seeks not only to place an
importance on understanding the cultural, historical and spatial significance
of sounds themselves, but also the landscape or architectonic context in
which they are situated. Blesser and Salter speak of the importance of
recognizing what are termed ‘passive aural embellishments’ or those architectonic or landscape features for which such features’ materiality, geometric
form or positioning in space cause particular types of acoustic behaviors or
auditory signatures to occur regarding the sound of the space in question
(figure 2). As a foil, they suggest considering the actual sounds (whether these
are ‘imported’ or ‘indigenous’ to the space) as ‘active aural embellishments’.
The two concepts then highlight the necessity of considering the effects of
the spatial environment in creating particular types of listening experiences,
where sounds and the landscape or architectonic context in which they
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appear produce particular types of auditory encounters. Of a similar importance, too, is what Blesser and Salter call the relationship between the
‘acoustic horizon’ (first defined by Schafer) and the ‘acoustic arena’. An
acoustic arena is the total area in which a listener (who is located within it)
can hear a sound source, and the acoustic horizon is the distance measureable
to the most remote source that can be heard. The acoustic arena, then, is a
measurement relative to the sound source and its area of perceptibility
(figure 3) and the acoustic horizon relative to the listener and their notion
of a maximum distance of auditory perception.
Sounds of the Japanese garden
By using the approaches of Truax, Schafer, Blesser and Salter as a suitable
conceptual framework, a closer examination of the function and taxonomy of
sounds occurring within a Japanese garden can be illuminated and thus a
clearer picture regarding the notion of sound design within a Japanese garden
explored. Indeed, from historical accounts of Japanese gardening treatises such
as the fifteenth-century Senzui narabi ni yagy!
o no zu (trans. Illustrations for
Designing Mountain, Water, and Hillside Field Landscapes)17 or the Tsukiyama
teizo den (Transmissions on Mountain Construction and Garden Making),18 a strong
emphasis is placed on considerations regarding the selection, placement and
meaning of rock groupings. Nineteenth-century ex-patriot British architect
Josiah Conder (1852–1920) also used such a taxonomic approach in his first
writings regarding Japanese garden design. By building on past historical
treatises, Conder describes over 100 named varieties of stones that are appropriate for specific areas of the garden in terms of their contours, colors and
textures, as well as their usefulness as illusionary devices to evoke native fauna
or mythical mountain peaks from China.19
What, then, is the taxonomy of sounds that can be attributed to a Japanese
garden, and, moreover, how may such a taxonomy give a clearer picture
regarding notions of its sound design and the manner in which such a sound
design has historically produced particularly meaningful auditory encounters
for its acoustic community? Historically, the Japanese garden tradition has
been, as Peter Jacobs and Josée Desranleau have argued, ‘closely associated
with spirituality, and is indeed rich with symbolic meanings, and thus, even
secular aesthetic choices are often rooted in ancient religious beliefs’.20 It is not
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sound as a considered design parameter in the japanese garden
figure 1. The upper garden waterfall at Shugaku-in Imperial Villa, Kyoto, provides an impressive soundmark to the garden through the design of its three-stage drop, moss covered banks and
deliberately nuanced shadowing path the closely placed steps of which requires a slowing down from visitors and thus a greater chance for a deeper auditory awareness. Source: original image ‘Shugakuin Imperial Villa, Kyoto, Japan — Upper Garden male waterfall’ by Daderot, licensed under Creative Commons Attribution-Share Alike 3.0 Unported, 2007.
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figure 2. Topographic manipulations at Koishikawa Korakuen, Tokyo. Here, a small hill named sho-rozan forms not only an intriguing landscape feature, but also an effective passive aural
embellishment. The geometry and materiality of the sculpted mound, in addition to the heavy tree cover, absorbs and filters incoming sounds from the exterior urban environment it directly faces. Source:
photograph by author.
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sound as a considered design parameter in the japanese garden
classes and their relationship to semiotic constructions, soundscape, landscape
forms and other influential spatial phenomena.
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Integrated sound design features
figure 3. Shiraito-no-taki, Koishikawa Korakuen, Tokyo. An exceptional example of the
creation of a highly defined acoustic arena occurs at the shiraito-no-taki due to the materiality of
the rocks and topography of the immediate surroundings. Sounds from the waterfall are reflected out
across the shallow pond and off the numerous rocks directly to the visitor, though due to the nature
of the winding access path, the feature can only be heard within a relatively small area that is
congruent with the viewing perspective from the path. Source: photograph by author.
therefore such an egregious notion to consider the importance of sounds and
sound design within a Japanese garden as an equally well-considered and
symbolic compositional structure.
To begin with, there are, as Schafer has already indicated, a number of sound
classes operating within a Japanese garden that can be classified at the uppermost
level as collections or families of sounds specifically designed or known for their
premeditated effects. In addition to these considered or premeditated sound
objects are those that are free or existing outside of the design proper of the
garden. The sound design of a garden is thus a natural consequence of the
garden as a small ecology of fauna and flora as well as its situation (at least in
modern times) within urban areas and the built environment. Below I will
discuss at more length particular or typical elements or instances of these sound
Of the family of sounds that I have nominated as integrated within a Japanese
garden are those most obvious and appealing instances that occur from the
many designed waterfalls and watercourses that are such an integral part of
Japanese garden design. Water is a particularly important element within the
Japanese garden,21 whether it is alluded to through the use of setting stones in
the shape of a dry watercourse or virtual waterfall (karetaki), or through the
placement of rocks within a bed of raked gravel (kare-sansui). Waterfalls are
subtle yet highly considered design elements of a Japanese garden because they
are often the loudest element within a garden. Additionally though, they also
create numerous acoustic arenas within a garden such that notions about
distance or scale can be conveyed through, for example, the muffling of the
sound of a waterfall to depict a vast divide between viewer and object.22
Equally, a waterfall such as the exemplar ootaki at the Taisho-period Kyu
Furukawa Teien in Tokyo has a particular frequency content that allows it
to be heard at crucial points within the garden such as at the garden’s karetaki
(figure 4).23 The burbling sounds of a brook or small stream are also important
soundmarks of a Japanese garden because they orient the viewer in the visual
and auditory scene and are a constant reminder of the sense of a garden as a
living ecology. Within a number of cultures water has universally been
associated with pleasantness and peacefulness24 such that its use in Japanese
garden design is as a complementary device to the more obvious landscape
forms, plantings and architectonic features.
But within the family of integrated water sounds are two more mechanistic
sound-producing devices that both use a natural means for their operations
(falling water), but firmly sit within what Carlson25 identifies as the ‘artificial’
or the man-made aspects of Japanese garden design. Both the shishi-odoshi
(figure 5) and the lesser known suikinkutsu (figure 6) are mechanized soundinstallation devices within a Japanese garden that produce periodic and more
rhythmic soundmarks that act as a foil to the screen-like qualities of waterfalls
and watercourses.
The shishi-odoshi, or s!
ozu, literarily translated as ‘deer scarer’, is a device
constructed usually from wood and bamboo. A hollow tube is pivoted
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figure 4. Karetaki, Kyu Furukawa Teien, Tokyo. Because of the relatively large drop of 10 m of the waterfall ootaki at Kyu Furukawa Teien, here at the karetaki its sounds are still audible.
But because the waterfall at this point is unseen as it occurs at the other end of the heavily tree-lined pond shinjiike, it provides a type of ‘borrowed’ soundmark to the obvious connotations of slow
moving water embodied in the rock arrangements at the karetaki. Source: photograph by author.
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sound as a considered design parameter in the japanese garden
figure 5. Shishi-odoshi at Shisen-d!
o, Kyoto. Source: original image ‘Souzu, a kind of
Shishi odoshi, in Shisendo’ by w:ja: 利用者+-, licensed under Creative Commons Attribution-Share Alike 3.0 Unported, 2005.
beyond its natural balance point and thus while it is at rest its heavier end is
sitting on a flat rock. As water enters the spout and the tube fills to capacity,
the off-center nature of pivot causes the tube to empty the water, after
which a strong and loud percussive ‘thwack’ is usually heard. The cycle
repeats as long as water is flowing into the spout. Shishi-odoshi were originally
used within farming communities as a means by which to scare animals such
as deer or wild boar that might be grazing within a vegetable plot. Their
current use in Japanese gardens provides a striking and obvious soundmark
given the size of the acoustic arena they command within a garden. In
conjunction with a major water feature such as a waterfall or stream, the
shishi-odoshi provides a recurrent and rhythmic counterpoint to the more
constant and often backgrounded sounds of falling water. Their percussiveness and regularity provide an invariable reminder and perhaps awakening to
figure 6. Suikinkutsu at Shinsh!
ogokuraku-ji, Kyoto. Source: original image ‘Suikinkutsu
in Shinsh!
ogokuraku-ji, Kyoto, Japan’ by Ryosuke Hosoi, licensed under Creative Commons
Attribution 2.0 Generic license, 2007.
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visitors of the connection between the obvious aesthetic qualities of their
sounds and their agrarian history.
The somewhat lesser known suikinkutsu or ‘water koto cave’ is a device that
found its way into Japanese garden design in the middle of the Edo period
(1603–1867). The device consists of an empty clay pot that is inverted and
buried in the ground.26 Having a hole located at its top (originally the bottom
of the pot) allows water to enter such that the forming of drops and their
splashing at the base of the pot cause a pleasant, rhythmic melody given the
resonate qualities of the clay pot and its relative nearness to the ground level.
Visitors to a garden activate the suikinkutsu given that they are always located
directly within the vicinity of a stone basin, the ch!
ozubachi or tsukubai. Because
of the rise of the Japanese tea ceremony, of which a vital part of the ritual is the
washing of hands before entering the garden and the tea house, the suikinkutsu
found a wide spread use and appeal given its subtleties and melodic qualities.
Thus the sounds of the suikinkutsu present themselves as particularly important
soundmarks as they are indicative of the concept of ritualistic cleansing. This is
also reinforced given that suikinkutsu are located near ch!
ozubachi, which are an
integral part of both Shinto shrines and Buddhist temples, where, similarly, the
most common ritual conducted before entering either religious precinct is the
washing of hands or rinsing of the mouth.
Water, then, holds a particular importance in Japanese garden design, with
larger gardens usually equipped with a pond or small lake (figure 7). But from
within such landscapes other non-human sounds emerge. The primary residents of ponds within Japanese gardens are ornamental carp, or koi. Additionally, turtles are also extremely common within gardens in Japan. Both animals
creates noises from their splashing or movement into or within the water, and
it is a common feature of gardens that ponds are designed not to be more than
a meter or so deep. The animals are thus always close to the surface of the
water, which causes sounds from their activities to be heard and potentially
amplified because of the acoustic nature of water as a reflector and its ability to
diffract sounds towards, rather than away from the ground.
The presence of water within a Japanese garden also attracts numerous
bird species, whose activities on the ground when feeding, roosting in trees,
bathing in shallows or flying and communicating above the garden are an
essential part of the soundscape. Indeed, at the otowa no taki in the Edo-era
garden Koishikawa Korakuen in Tokyo there is a particularly ingenious
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integration of bird sounds into the sound design of the garden (figure 8). As
a large expanse of still and shallow water, the otowa-no-taki is punctuated by
sawatari (stepping stones) and other rocks. Here, in a clever play on words
on the ambiguous naming of the feature (read in Japanese as ‘the waterfall
of Otowa-san’, where Otowa is a common family name), the sounds of
bathing birds is used as a soundmark given that the shallow water produces
no audible sounds of an expected waterfall: from the ideograms, the meaning of otowa-no-taki (音羽の滝) may also be read as ‘waterfall of the sounds
of bird feathers’. The types of birds found at the otowa-no-taki are generally
of the smaller species, though within Japan crows are particularly common
visitors to gardens, as are a host of other species whose calls and communications differ greatly in rhythmic and melodic content. The presence of
birds, then, is often variable according to the species, available food and
planting regimes found within the garden. Such appropriate conditions for
interloping animals is also a factor in the presence of insects such as cicadas,
which provide particularly strong melodic and rhythmic soundmarks to a
garden and are indicative of the hotter temperatures and humidity found
during high summer. Crickets may also be heard in late evening though
they are much more subtle compared with the higher frequency content
and louder nature of the sounds of cicadas.
One cannot forget though the sounds that accompany human visitors to
a Japanese garden, which have obviously changed considerably over the
centuries. This is particularly evident in the sounds that accompany walking
within a garden. Typical footwear used in the Edo-era included geta or
wooden shoes. The sounds of such shoes and the necessity of walking
slowly and assuredly meant that encountering paths made of gravel or
earth produced a starkly different soundscape than today’s soft-sole shoes.
Large stone sawatari would have provided subtle yet distinct sounds from
period footwear, as would other hard surfaces such as wooden or stone
bridges. Of course, in modern times, and particularly within the last 20
years, smart technologies (especially in Japan) have brought any number of
unusual sounds into a garden from foreign languages to electronic warnings
and various musics. Attitudes of visitors in those principally larger Japanese
gardens that are now public are contemporaneous to other open public
spaces such as parks or urban squares in which attitudes and behaviors have
shifted greatly regarding the amount of noise and auditory impact a visitor
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sound as a considered design parameter in the japanese garden
figure 7. Small ike or pond at Jish!
o-ji, Kyoto. The small pond at Jish!
o-ji, like those at numerous other Japanese gardens, is shallow and filled with koi whose feeding and social behaviors provide temporal
soundmarks for the garden. Numerous rocks placed within the pond also act as islands for turtles whose movement into the water is often also marked by an acoustic event. Source: photograph by author.
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figure 8. View looking from the otowa-no-taki southwest towards the depiction of the oigawa, Koishikawa Korakauen, Tokyo. Here, and because of the shallowness of the water and
numerous partially submerged rocks, is a specially designed area for bird bathing and its associated
soundmarks. Source: photograph by author.
is permitted within a garden. This cultural shift has thus changed the
soundscape of the Japanese garden with regard to those sounds that are
brought into its spaces by visitors.
Other sounds and sounds of the exterior
Although the shift towards modernity and post-modernity may not have
affected the physical layout of extant Japanese gardens in Japan to any large
degree, it is obvious that the surrounding urban and architectural context has
changed significantly.27 Even during the rise of mechanization and the greater
Western influences that afforded Japan’s reopening to the West through the
Meiji Restoration beginning in 1868, the manner in which a Japanese garden
constructs its particular acoustic arenas and often manages to isolate its internal
sound world from the outside sounds of the urban environment is telling.
Today, in a metropolis such as Tokyo, numerous outside sound signals can be
322
heard in gardens such as those at Koishikawa Korakuen. Here, because of its
proximity to a rollercoaster theme park, ongoing construction sites, vehicular
traffic and transportation systems, all manner of electronic and mechanized
sounds or keynotes are often audible through the effects of shifts in wind
direction.28
Indeed, the auditory effects of weather, from rain, hail or even the extremely subtle sounds of snow underfoot, are equally part of a garden’s soundscape, though the particular presence of the sound of wind, especially through
pine plantings provides both a keynote sound to other sound classes of the
garden, while at the same time complementing landscape scenes, especially
those depicting shorelines or seascapes, with an evocative auditory foil. In these
instances an auditory analog of the sounds of waves and the ocean are provided
to the localized landscape formations, thus greatly enhancing the meaning of
the encounter. Wind also helps, though, to distribute sounds within the garden
(especially from water features or waterfalls) to other parts of the garden, thus
producing dynamic and changing acoustic horizons. This, then, plays discretely
on the sense of the dimensions of the garden and the notion of where exactly
the garden’s boundaries lie according to the stretching and contracting of the
acoustic horizon.
But historically, outside sounds have played a major part in the construction of a Japanese garden soundscape when one considers that, at least
until the Meiji and Taisho eras, Japanese gardens were most often formed
within the grounds or precincts of Buddhist temples or imperial courts.
Therefore, most typical sounds that would be considered ‘outside’ or
exterior sounds, though by consequence of their proximity, equal in
their contribution to a garden’s soundscape, would be those from Buddhist
ceremonies or monastic life.29 Given the reliance within Buddhist monasteries on a rejection of the use of language for the communication of
activities (such as meals, meditation, work, etc.), and instead a use of
myriad instruments to indicate these times, the types of signals that arise
are myriad. Typical of these, and outside of the expected chanting, are the
use of musical instruments such as the rin (metal gong), mokyugo (wood
block), shakuhachi (wooden flute) and daiko (drum). But in addition to the
Buddhist sounds from temples, festivals or celebrations of the imperial
court may have also brought to a garden’s soundscape the music of gagaku
and musical drama of Noh, as both of these genres were often performed
outdoors.
sound as a considered design parameter in the japanese garden
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Reconsidering the multi-sensory nature of Japanese garden
design
Though there has been an extensive discourse regarding the spatial and
aesthetic properties of Japanese garden design, as I have outlined above,
there is also a plethora of different soundmarks, keynotes and signals that
form the soundscape of a Japanese garden and thus creates multi-sensory
encounters. The majority of these sounds must have been even casually
considered in the historical design phase of a garden given their particular
acoustic effects and more importantly their semiotics (figure 9). This is in
addition to the qualities that each gives in terms of their unique textures,
rhythms and seasonality. But as John Murangi has noted:
We think of the garden as subject to sight. A garden lies within the domain of the
eyes. It is seen. When we think of a Japanese garden . . . we think about what is
subject to sight.30
Nevertheless, I have formulated in table 1 those acoustic effects that are
produced from the integration of numerous landscape forms with other
devices and organisms that synthesize to form the totality of a Japanese garden’s
soundscape.
As can be seen from table 1, the sounds that are endemic to a Japanese
garden vary considerably with regard to rhythm, seasonality, frequency content
and relative loudness. They are in many ways design parameters of a garden
and even a casual consideration of their qualities indicates that they provide a
true multi-sensory dimension to approaching garden design. The choice then,
for example, between the design of a waterfall whose drop is 2 m rather than
4 m will effectively produce an audible difference in the sound: as will the
placement of stones, paths and other landforms within its acoustic arena.
Hence, as Blesser and Salter note, the effectiveness of the sound design within
a Japanese garden is also contingent on those passive aural embellishments that
abound. For instance, consider the effect of rocks at or around the base of a
waterfall. As Seiko Goto observes, ‘stones are the first element to be considered
when determining the character of a Japanese garden’,31 though the importance of their placement also relates equally to their acoustic properties and
effect on sounds. The hard and non-porous qualities of rock produce a
reflective condition such that sounds coming from the falling water are
amplified through the rocks situated at the base and around the exterior of
the waterfall. This creates a type of ‘aliveness’ or reverberation in which sounds
are prolonged in the air and thus tend to produce a sense of an enveloped
space for the listener.32
Ponds and small lakes also assist in the distribution of sounds given their
reflective qualities and their abilities to diffract sounds towards the ground and
throughout the garden rather than skyward and into the diffuse state of the
atmosphere. Similarly, thick stone walls can be often found at the boundaries
of a garden, again a means with which to reflect those exterior sounds, and
especially low frequency mechanized sounds from urban environments. Hillocks and artificial mountains also serve to contain the diffusion of sounds
within a garden, given their absorptive qualities, and the effects of trees and
ground cover can likewise produce filtering effects of high frequency sound
content.
There is, then, a unique synthesis between the creation and composition of
landscape forms and the effects and qualities that arise from the sounds that
emerge from such forms. Indeed, the combination of the calming and serene
effect of the sounds of falling water and its obvious connotations to the
‘natural’ environment are often offset by those more percussive sounds emanating from a shishi-odoshi or perhaps the melodious polyphony created by the
suikinkutsu. In any event, as Carlson33 observed, the sense of a dialectic being
established between the natural and the artificial (or human made) also pervades the sounds of a Japanese garden. Even the actions and movement of
visitors through the garden and along a path are a part of the sound design
given the often great variability between materialities used on paths and, in
particular, the stark differences between the sound of loose gravel compared to
that of hard stone. Added to these subtleties are the seasonal differences found
in insect and bird life. Animal visitors to a Japanese garden inevitable bring
sounds too, and the various bird species in Japan produce a rich variety of
potential soundmarks, often according to seasonal variations. High summer is a
particularly active time for insects such as cicadas and crickets whose distinctive
sounds bring an even greater significance to the visitor’s sense of the time of
year and the meaning of the cycle of time as it appears not only in the shape
and color of trees and plants, but similarly the sounds that accompany these
colors and textures. The Japanese garden must be considered, therefore, as a
total synthesis of landscape and soundscape forms such that encounters within a
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figure 9. Small stream at Murin-an, Kyoto. The stream at Murin-an displays typical auditory qualities arising from its design, such as the considered placement of rocks within the flow of water to
produce burbling sounds, the control of the speed and volume of water through the stream to adjust loudness and the relative shallowness and closeness to the ground level of the water flow to enable
diffraction and diffusion of the sounds into the garden. Source: original image ‘Murinan, Kyoto, Japan’ by Oilstreet, licensed under Creative Commons Attribution-Share Alike 3.0 Unported, 2005.
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sound as a considered design parameter in the japanese garden
TABLE
1.
Sounds endemic to Japanese garden design, classified as sets of objects according to family (or collection), class (or group), subclass (type) and some notes regarding particular acoustic
properties found within elements (or instances) of each subclass.
Family
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Water
Fauna
Classes
Waterfalls
None
Water courses
None
Shishi-odoshi
Suikinkutsu
None
None
Water basins
Ch!
ozubachi
Ponds
Tsukubai
None
Birds
Insects
Fish
Flora
Turtles
Trees
Human activity
Shrubs
Paths
Weather
Subclasses
619 subclasses
Crickets
Cicadas
Koi
Visitors
None
Conifers
Deciduous
None
Gravel
Stone
Earthen
None
Wind
None
Precipitation
Snow
Rain
Hail
Element properties
Instances may vary in loudness and frequency content according to various factors (drop height,
water flow, rock placement, etc.)
Instances may vary in loudness and frequency content according to various factors (incline, water
flow, rocks, bends, etc.)
Variability in loudness and rhythm according to size of tube, volume of water, pivot point, etc.
Variability in rhythm and pitch according to size of pot, volume of water, materiality of pot, hole
size, etc.
Frequency content stable among subclasses, though variability in loudness according to size,
number of users, etc.
Frequency content stable, though variability in loudness and frequencies according to size,
number of fish, depth, etc.
Large variability in rhythm, pitch and loudness according to the 619 recorded species
Large variability in rhythm, pitch and loudness according to the species of each subclass
Frequency content stable, though variability in loudness according to size, number, particular
activity, etc.
Frequency content stable, though variability in loudness according to size, etc.
Frequency content stable, though variability in loudness according to size, shape, etc.
Frequency content stable, though variability in loudness according to size, shape, season, etc.
Frequency content stable, though variability in loudness according to size, etc.
Large variability in frequency and loudness according to the materiality of each subclass and the
materiality of footwear of the visitor, e.g. geta vs. running shoes
Stability in frequency content of human speech, though greater variability in introduced by
sounds from smart phones, etc.
Slight variations of the loudness and filtering effects of wind through different materials, e.g.
pines, temples, etc., though stable regarding frequency content
Variability in loudness of precipitation falling on different materials according to each subclass,
e.g. rain on pond, hail on temple roof, etc.
Source: the author.
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studies in the history of gardens and designed landscapes: fowler
garden are not simply those that are constructed from the visual immediacy
alone, but from a sense that each encounter and moment within the landscape
is an equal opportunity to experience a balanced and considered sound design.
Perhaps what is needed, then, is a return to what Imada34 nominates as the lost
approach of traditional Japanese culture, which as the historical catalytic forebear of the Japanese garden, regards the totality of the sounding environment
as a capable aesthetic potential in which listening experiences between the
sounds of music and the sounds of a waterfall are neither a separable nor
divisible aesthetic encounter.
Disclosure statement
No potential conflict of interest was reported by the author.
Universität der Künste, Berlin
NOTES
1. David Young and Michiko Young, The Art of the
Japanese Garden (Tokyo: Tuttle Publishing, 2005), p.
20.
2. Allen Carlson, Aesthetics and the Environment, the
Appreciation of Nature, Art and Architecture (London:
Routledge, 2000), p. 167.
3. Barry Blesser and Ruth Linda Salter, Spaces Speak,
Are You Listening: Experiencing Aural Architecture (Boston: MIT Press, 2007), p. 66.
4. For a discussion on this matter and its implications,
see Michael Fowler, Sound Worlds of Japanese Gardens. An Interdisciplinary Approach to Spatial Thinking
(Biefield: Transcript-Verlag, 2014).
5. Jiro Takei and Marc Peter Keane, Sakuteiki, Visions
of the Japanese Garden (Boston: Tuttle Publishing,
2001), p. 170.
6. E. G. Seidensticker, translator, The Tale of Genji
(Tokyo: Charles E. Tuttle Co., 1976), Vol. 1, p. 384.
7. Tadahiko Imada, ‘The Grain of Sound: Does Music
Education ‘Mean’ Something in Japan?’, in Wayne
D. Bowman and Ana Lucia Frega (eds), The Oxford
Handbook of Philosophy in Music Education (Oxford:
Oxford University Press, 2012), p. 154.
8. Tadahiko Imada, ‘The Japanese Sound Culture’, The
Soundscape Newsletter, 9, 1994, p. 5.
9. See, for example, one of the first nineteenth-century Western accounts of the Japanese garden by
Josiah Conder, Landscape Gardening in Japan (New
326
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
York: Dover, 1964) as well as Kuck’s reading of
the meaning of various elements of a Japanese
garden in Loraine Kuck, The World of the Japanese
Garden (New York, NY: Weatherhill, 1968).
For an in-depth discussion on acoustic communities, see Chapter 15 of R. Murray Schafer, The
Soundscape, Our Sonic Environment and the Tuning
of the World (Rochester, VT: Destiny Books,
1977).
Schafer, The Soundscape, p. 4.
Barry Truax, Acoustic Communication (Westport, CT:
Ablex, 2001), p. 5.
Schafer, The Soundscape, p. 10.
Barry Truax, Handbook for Acoustic Ecology (Burnaby,
BC: Cambridge Street Publishing, 1999)
[CDROM].
Jean François Augoyard, A l’écoute de l’environnement:
répertoire des effets sonores (Marseille: Éditions Parenthéses, 1995).
Barry Blesser and Ruth Linda Salter, Spaces speak.
David Slawson (transl.), ‘Senzui narabi ni yagy!
o no
zu’, in Secret Teachings in the Art of Japanese Gardens
(New York/Tokyo: Kodansha, 1987).
Einkinsai Kitamura, Tsukiyama teizo den (Osaka:
K!
ochiya Tasuke, 1735).
Conder, Landscape Gardening in Japan, p. 41.
Josée Desranleau and Peter Jacobs, ‘From Conception to Reception: Transforming the Japanese
21.
22.
23.
24.
25.
26.
27.
Garden in the Montreal Botanical Garden’, Studies
in the History of Gardens and Designed Landscapes, 29/
3, 2009, p. 211.
Günter Nitschke, Japanese Gardens, Right Angle and
Natural Form (Köln: Taschen, 1999).
See in particular Slawson’s discussion on traditional waterfall design in relation to the historical
garden treatise ‘Senzui narabi ni yagy!
o no zu’ in
Slawson, Secret Teachings in the Art of Japanese Gardens, p. 163.
Michael Fowler, ‘Hearing a Shakkei: The Semiotics
of the Audible in a Japanese Stroll Garden’, Semiotica,
197, 2013, pp. 101–117.
Wei Yang and Jian Kang, ‘Soundscape and Sound
Preferences in Urban Squares: A Case Study in
Sheffield’, Journal of Urban Design, 10/1, 2005, pp.
61–80.
Carlson, Aesthetics and the Environment, p. 167.
Yoshikawa Isao, Elements of Japanese Gardens, transl.
Christopher Witmer (Tokyo: Graphic-sha, 1990),
pp. 93–94.
Bognar Botond, ‘Surface Above All? American
Influence on Japanese Urban Space’, in Heide Fehrenbach and Uta G. Poiger (eds), Transactions, Transgressions, Transformations: American Culture in Western
Europe and Japan (New York: Berghahn Books,
2000), pp. 45–80.
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sound as a considered design parameter in the japanese garden
28. Michael Fowler, ‘Sound, Aurality and Critical Listening: Disruptions at the Boundaries of Architecture’,
Architecture and Culture, 1/1, 2013, pp. 159–178.
29. For an excellent overview on the sheer variety of
Buddhist instruments see Helen J. Baroni, The Illustrated Encyclopedia of Zen Buddhism (New York:
Rosen Publishing Group, 2002), p. 231.
30. John Murangi, ‘Gardening at a Japanese Garden’,
in Gary Backhaus and John Murungi (eds), Symbolic Landscape (Berlin: Springer-Verlag, 2009),
p. 313.
31. Seiko Goto, ‘Maintenance and Restoration of
Japanese Gardens in North America: A Case
Study of Nitobe Memorial Garden’, Studies in the
History of Gardens and Designed Landscapes, 29/4,
2009, p. 305.
32. Michael Fowler, ‘Mapping Sound-Space: The Japanese Garden as Auditory Model’, Architectural
Research Quarterly, 14/1, 2010, pp. 63–70.
33. Carlson, Aesthetics and the Environment, p. 167.
34. Imada, ‘The Japanese Sound Culture’, p. 5.
327