LBs Jan 07 blog
/CIRCULATION TRILOGY incompleted from 2005-
VOLTAGES FROM PHYSICAL NATURE'S REALTIME PROCESSES
hemiSferics:
windwitnessing+'s global concept: recontextualizing sound in art
The
ephemeral, listening and seeing its imagery as a perpetual generational
process of contextualized wind-witnessing via realtime combinations
conjoined with terrestrial and extraterrestrial phenomena; global
inputs from listener-participants who monitor and offer these
physical sources to create a unique and temporally constructed
wind-centered whole. This windwitnessing project seeks to attach
to the consciousness of people in a way not unlike the embedding
of childhood sounds in long-term memory. Revisited sounds reinvigorate
the present. The melding of natural energies is a satisfying human
experience. The temporality inherent in wind-witnessing relies
on the voltages from physical nature's realtime processes to offer
this inclusive connection. An undeniably personal possession.
mind
voice networking;
recordings?
I feel no
need. As our planet's clockwise motion slows further, changing
cloud configurations appear as strangers to those who have spent
their lives studying and archiving them. The availability of the
internet enables me to satisfy years of conceptualizations about
the playing of the world. I have begun to see the answers to my
own questions about a world wired for what.
actions
to be taken via Internet (mind voice networking:
invitation to participate)
I
proceed by getting the words and actions out of mouths and minds.
These Internet pages begin to describe a multi-year project to
witness the wind's processes, patterns and intermixtures. This
is your invitation to become a contributor of sound and image
resources, including your time zone, Longitude and Latitude coordinates
of your wind-based monitorings; descriptions of seasonal differences
and changing weather; the hardware and software to be used for
sound gathering and transmission; and availability of one or two
way set-ups for Internet testing and delivery.
Contribute
what, how
My personal catalog of found
soundings of wind-stirred vibrations from Latitude 46° 50'
N Longitude 92° 11' W
Solar panels activate myriad sensors pre-amplified for overhearing
vibrations not audible in space, like the groanings of tree trunks.
SOUNDS GATHERED as well THROUGH such sensors as crystal, triaxial
accelerometer, proximity, hydrophone, infrared. among my sounding
results are amplifications from Aeolian and vibrational monitoring
sources: my own terrain instrument windribbon gustiness, and my
signal disc rain/snowdrops/fallen leaves events and the wind-stirred
movements of birch trees made audible. sources are conditioned
by season. antennas built on the North shore of Lake Superior
hear the high pitched rise and fall of Sferics traversing the
hemispheric north-to-south poles. buoyed but submerged for my
purposes, hydraphones positioned for listening to horizontal "lightning"
crackles in 35 degree below zero temperatures also detect sloshings
beneath 2-foot thick floes, while frozen-in-place sensors above
the ice monitor colliding ice crystals. A summer helium-filled
balloon carries an FM transmitter aloft. A daylong monitoring
vigil yields more than I had imagined. My FM earphones are in
place and my eyes are aimed toward the transmitting package headed
into the blue sky. I anticipate hearing its ascension and varying
ambience, but the balloon is snared by a tree canopy. I open a
lawn chair and sit down, as a Baltimore Oriole continues its nest
building activities, giving me a ground view of her evolving hanging
nest pouch. The bird's vocal stuttering spikes the crunching sounds
of the balloon as it is scratched by green twigs and limbs in
its path. Wind, leaves, and branches repeatedly rub the balloon.
I use this balloon-aloft method many times later with an adjustable
tether so as to park it just out of the reaches of the topmost
branches. This recalls a July wind-stirred sampling made using
a parabolic microphone I'd leveled over cornstalks on an Iowa
cornfield for overhearing stirred wind and eddying causes. (Sounds
I sespect may be present)
I could probe using a sensor to amplify a tautly-stretched 22-
gauge galvanized steel wire, a tree sucker, branch, or weed. I
might move on to identify new wind-affected sources. If i have
a number of sounds i'd like to hear at the same time and these
are in different locations, I could use multiple FM transmitters
set to different vacant channels and employ as many receivers
as necessary to hear them. i would plug these into a mixer having
a stereo output. If i don't hear what i initially listened for,
i would alter the input volumes of each source until i am satisfied
with the mix.(listening results)
In preferences/sound, I click line input. Using Nicecast software/shareware
(http://www.rogueamoeba.com/nicecast/), I also select input. The
incoming sounds become available on call via Internet as realtime
streams from this line. A nearby soundroom accepts any sensor
signals from FM transmitters, via cables, and line of sight modulated
laser beamed sensor signals. I seek and find limitless natural-based
sound sources. Through this web page, I'll tap into my sound collections
and hopefully share with other participants