Jan 03/Apr 09 LeifBRUSH treeharps networking, windribbon, selfbroadcasting trees, terrestrial whistlers, interactive TRAM, raindropings passaroundsound cellphonynet

windribbon is top of two strands

two view of the North side of space with windribbon and treeharps networking details

Conceptually I wanted to simultaneously hear all of the installed Terrain Instruments at any given time and all the images on these pages are but details of the original Permanent Forest Terrain Instrument whole . I was not able to do this in realtime. Reel-to-reel analogue and video recordings were made and the individual instruments were Nagra 4.2 recorded. On this page was the site from which satellite performances originated. Realtime resources, recordings and remotely telephone-controlled Terrain Instruments constituted these 2-way interactivities.

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Above and below V.1 is shown in two connected but different locales. Hefty turnbuckles hold the pair via a U-shaped steel rod: below image- windribbon is paired with a 9 gauge galvanized steel strand... windribbon is at back back with e 9 gauge strand faceing outward...each monitored wind and torsional tree movements...

(detail of an additional Shadow piezo sensor -bottom view of WINDRIBBON-attached w/beeswax to the WINDRIBBON near a mid position )

earlier view of Major Birch

Coming off a pair of trunbuckles as seen from below... all strands are anchored to another distant birch tree. For the duration of its sounding life ('75-'86), this tree was referred to a Major Birch. It served as the main anchor for combinations of multiple strand configurations and served also as the anchoring live flagship-soundsource during realtime and interactive Westar satellite (and for teleconstruct spaceworks) projects. The tree succumbed to bronze birch borer disease in 1988 several years after a nearby tree fell and brought down this v.1. The vertical aluminum tube in the 2nd top image was (part of the terrestrial whistler(s) and was physically attached to the 9 gauge strand which parallels the windribbon.. (Producing combind hums and whistles from the same wind gusts).

DETAIl: pair of turnbuckles grasped and held the windribbon taut. Tied down and wrapped outward onto the first inches(this shared the tension at the crutial point) also you can see an additional 9 gauge steel strand which ran parallel.

Two views of the junction box for the routing of pre-amped sensors from the Windribbon Major Birch location onthrough to an inside mixer/console. f r e q u e n c y c l o c k ... .mov mainly windribbon, with leaf and limd strikes combined with 9 gauge wire, thunder, vocalized humming, whistling, footsteps, leaves, squirrels, birds, other Terrain Instruments: Draft Monitor .mp4 recap 1987 windribboning 68dragged Maple leaf

VIEW of surviving base of the wind-toppled Major Birch showing the now disconnected and severed fat blue cables shown in both pictures carried the amped and line-level output into a nearby basement soundroom. Sensor inputs are the three RCA females dangling from the bottom (with one still attached). A nearby solar panel supplied the DC for the preamp and amp outs.

An FM transmitter (in this photo of a VHS box is tie-wrapped to tertiary limb) and allowed for nearby FM radios to overhear sound collections from this listeningsource. FM radios on nearby London Road were able to tune into the Major birch throughout its electronic activation.

Switch here:to see a sketch of WR V2.4 03-04 proposal to replace the original strands above). return home

& new faculty article

The Douglas Fir (l) and Birch sounded like regular trees when wind-stirred. In each the trees primary, secondary and tertiary limbs a/or branches and the main trunks were monitored. Trees acted like an antenna because of grounding faults in the pre-amps (hum, accompanied by rf and internal vibrations The fir allowed me to hear German and French broadcasts. Right image: The combination solar panel, pigtail antenna and FM transmitter face southward, Left image: Solar panel, sensor, coupled pre & amplifuers and a plastic inch dia. speaker was aimed at the focal point of this minature parabola. The Fir's upper silver parabola handles and reflects a volume-controlled low level 1 inch speaker-level volume aimed at the center focal point of the dish. It directs, pushing (focusing) sound waves through the air- out from this dish- in a line-of-sight, over our house to another tree in the distance, where a similar parabola receives it. It is at this point that monitoring takes place using headphones. Ongoing hearing at this point from the active "line" in transit toward the opposite parabola, transmissions are in a state of flux and subject to wind and any occurring events presently moving into or through this "line." Additionally, the Fir trees amplified vibrations via shielded audio cable (seen above moving L. from the orange dot)) are being broadcast. realtime. return home

strands heading out & up fr/above treeharps sounding-block base

contextual vantage

signal discs & windribbon (very top r to l) windribbon (very top,left)

occupied an adjoining Signal Discs & treeharps space

Seamas Cain practices with his multil-string Gustle instrument while listening to the wind gust murmers occurring from nearby whistlers.terrestrial whistlers, aluminum; copper tubes hanging at top

LB stands in front of the terrestrial Whistlers base; cabling carried soundings from this entire Instrument including those varieties directly over his head as seen in the color side view below of the entire Instruments

steady murners & low wind rumbles, wind turbulence, Aspen tree pair resonating wihtin tubes

Standing w/earphones near the Whistlers pine sounding block I could hear the douglas fir tree's wind-stirred moans from a different amplified line allthewhile moving-and-touching my stethoscopic-like sensor among six isolated copper and aluminum tubes. I could also easily hear the hardware resonating (whistling) during gusts.

context terrestrial Whistlers detail

LEFT a main overhead guy wire held a variety of aluminum tubes ranging in size fro 1/4 to 1 1/2 inches and these were suspended with 50 pound fishing tackle; RIGHT detail of pigtails attached to some on the whistlers, each had a Shadow sensor attached and the sum total of wind-whistlings were mixed down to two channels and fed to the stereo FM transmitter hanging from the top far left

leafdragson9ga_wire.aiff new QT5? ( a maple leaf was impaled and blown the length of a 9 gauge ga. steel strand)

(Birch anchoring detail)

The solar powered Tram drawing, whose onboard solenoids could be FM-remotely-instructed to move in either direction, dampen and strike a wire, and then move to another position, etc..

The TRAM meandered among networked galvanized strands which included the Signal Discs

(triggers the #, sequencing, volume, on/off, etc)

Positioned beneath tree canopies and during prolonged, preferrably steady and slow periods of raining, an attempt to manipulate isolated drops was attempted. A pair of worm gears controlled within wooden blocks could corkscrew up or down as a result of solenoid wratcheting: ((data recorder-move pause measure)) This up/down flexibility would position a galvanized strand on either end to be lower or higher. The wratcheting was electro mechanically triggered by raindrop variations and other sound sources in the Terrain Instrument complex. Object to monitor actual raindrop raindrop movements traversing when either lowered or raised much as a finger traces a bow string to change pitch.

Conceptually rain collisions would electrically control a corkscrew electro-mechanical bolt- in either direction- to raise or lower a sounding block.Purposely the equivalent to sliding a finger- to affect a sounding result on a bow string.

"Leif Brush stands in front of a slide illustrating his proposal for a device to record and FM broadcast the sound of large raindrops. That's a fat, flat raindrop in the middle of his forehead," wrote article-author Sarah Lansdell, who also took this photograph for the Louisville Courier-Journal, February 1982return home

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