Terra Sensing Tower (TST) represents the future of early 21st century intelligent and ecological building design. It is proposed that 1. O'Connell will be re-engineered to become a data responsive built environment and earth sensing instrument that reflects building health,
dynamic inner earth and biospheric conditions.
Near-realtime lighting control, autonomous sound generation, kinetic musical chimes, climate sensing technology and vertical growing vegetation
will be introduced to 1 O'Connell St. TST will highlight how the built environment can directly connect, and respond with both local and global
datasets generated by natural systems.
Terra Sensing Tower is an ecologically sensitive, networked and total intelligent building that is in harmony with nature. A living, breathing,
data collecting, data reflecting, art-science, architectural retrofit that highlights and inspires the future of ecologically sustainable, and
networked building design.
STATE OF THE ART
Terra Sensing Tower re-purposes an existing thirty-six story high skyscraper to become a networked building icon that examines, models, emulates
and reflects the natural world becoming a living organism itself. The history and ecology of life on earth is today informing the emerging field
of Biomimicry and TST will demonstrate how architects, media-artists, engineers and scientists will design the future built environment. This
future we deserve should engage and respond with natural systems, creating harmonious architecture which is at one with both nature, and the human
Terra Sensing Tower is themed around the concept; "Theory of Multiple Intelligence" proposed by Howard Gardner in 1983. An intelligent building
is much like the human condition in that it differentiates intelligence into specific sensory modalities; Spatial, Linguistic, Logical-Mathematical,
Bodily-Kinesthetic, Musical, Interpersonal, Intrapersonal and Naturalistic.
A truly intelligent building that generates its own local ecological data, makes public and responds to a multi-field array of global ecological
datasets must use technology to serve rather than dominate. Terra Sensing Tower incorporates a series of architectural modalities (interventions)
that make up the totality of the Terra Sensing Tower design for 1 O'Connell St, Sydney, Australia.
TERRA SENSING TOWER MODULES
1. Lightning/Seismic Data Activated Rooftop Lights
Interface existing 950m of Neon Blue Rooftop Lights with the frequency of global Lightning Strikes. Install additional full spectrum RGB LED's
which will be interfaced with globally reported Seismic Events. The TST Spire Rooftop lights will be triggered in near-realtime control mode
between sunset to sunrise with 15 minute spectacle performances on the hour between 8pm-12pm daily (Daylight Saving Dependant). These four nightly
light controlled performance spectacles correspond and reflect the previous 24hrs of global lightning strikes and globally detected seismic events.
An array of sensor technology that measures; Temperature, Air Pressure, UV Index, Air Quality, Precipitation, Humidity, Wind Speed and direction
will be installed on the rooftop spire of TST measuring the biospheric conditions directly above the CBD of Sydney. Data collected from this
instrumentation will be made public and open via COSM
3. Biophilia Wintergarden Atrium - Alleviate Sick Building Syndrome!
Built environments which incorporate natural plant life are becoming a vital installation element for improving indoor air quality. The
cultivation of indoor plant life growing vertically inside the six story Wintergarden Atrium will be designed to create an indoor bio-filter of
vines and leafy foliage highlighting natural solutions towards creating cleaner indoor air.
Vertical green growth on the exterior of urban skyscrapers could significantly alleviate climate change by absorbing excessive atmospheric carbon
dioxide. Living green walls and vertical gardens can also have a positive impact on both physical and mental health of societies inhabiting the
built environment. It is proposed to culture the vertical growth of natural vines on three wire ropes on the north-easterly exterior of 1 O'Connell St.
5. Kinetic Sound Chimes Triggered by Seismic and Wind Data
31 custom designed, aluminium constructed wind chimes using five-tone clappers producing 12ET tones will be installed in the 2nd floor amphitheatre
alongside the Wintergarden Atrium. This wind chime array will be mechanically driven by servo motor's triggered by globally detected seismic
events and data collected locally from wind sensors installed on the spire of the Terra Sensing Tower.
6. Ecological Music - Seismic Foyer Entry Muzak, and Magnetosphere Lift Muzak
Earthquakes are essentially sound waves and using techniques of audification and sonification the "Sounds of Seismic" will be broadcasted inside
the foyer of 1 O'Connell St. These art-science music compositions are generated by processing global seismic data in near-realtime and performed
as auditory display highlighting this planet we inhabit is dynamic and constantly changing.
A Very Low Frequency (VLF) antenna will be installed on the rooftop spire generating "Sounds of the Magnetosphere" which will be piped into the
passenger elevator system, (7 high rise and 5 low rise). This atmospheric radio signal generating sferics is the electromagnetic impulse caused by
lightning discharges that can be received thousands of kilometres from their source.
7. Open Data Publication
All software developed and data collected from the Terra Sensing Tower will be made public under a creative commons licence and development will
be designed for non-proprietary systems.
An intelligent built environment should be productive, safe, healthy, thermally comfortable, aurally pleasing, visually aesthetic to visit and
work from within. Terra Sensing Tower will respond to technological change during its ten year timeline of commission, plan for digital legacy,
meet demand for limited environmental impact, whilst creating a pleasing visual and aural experience from both inside the building, and externally
from a distance. Natural organic growth will thrive and prosper.
TECHNICAL DESIGN and IMPLEMENTATION TEAM Rene Christen (AUS) - DMX Lighting Design Software Geo Homsy (US) - Technical Direction, Hardware Design Ryan McGee (US) - Auditory Display Software Stock Plum (NL) - Data Aggregation Development D.V. Rogers (NZ/AUS) - Concept Direction Mr Snow (NZ/AUS) - Data Dissemination
"We are called to be architects of the future, not its victims"
- R. Buckminster Fuller
=================================================================================================================== About the embedded audio (Chrome/Firefox - OSX) you are listening to on this web page;
1. Audification of data collected from the SAFOD deep bore hole 3 component seismometer by Ryan McGee
2. Atmospheric Whistler Cluster recorded via VLF antenna on the 19 Feb 2012, near Keeler, (CA) by Stephen McGreevy
3. Granular Synthesis Sonification of seismic data collected from the Feb 22 2011, M6.1 Christchurch Earthquake (NZ) by Ryan McGee
For information about the Auditory Display of Seismic Waveform data click HERE ===================================================================================================================