What in water did Bloom,

waterlover, drawer of water, watercarrier, returning to the range, admire?” – James Joyce.

Joyce’s forty-answer response from the epic work Ulysses is on display in its entirety on the first floor of  Kingsley. This display and each of its answers, posted individually by water spigots and fountains across campus, are installed for the community’s consideration, enjoyment, and reflection.  What of our own analytical, imaginative, and attuning capacities for our daily life and the biophysical world? The What in Water Project calls upon a cultivated engagement of the arts, sciences, & humanities to enable multi/inter/trans disciplinary work and expression. We are invited to consider how our conventionally organized disciplines become inseparable or indistinguishable in important ways. How might we best address the nature of the world with its multiple, complex phenomenon and challenges? Where is the space of dynamic interdisciplinary thought, inquiry, and engagement?


“Its universality: its democratic equality and constancy to its nature in seeking its own level: its vastness in the ocean of Mercator’s projection: its unplumbed profundity in the Sundam trench of the Pacific exceeding 8000 fathoms: the restlessness of its waves and surface particles visiting in turn all points of its seaboard: the independence of its units: the variability of states of sea: its hydrostatic quiescence in calm: its hydrokinetic turgidity in neap and spring tides: its subsidence after devastation: its sterility in the circumpolar icecaps, arctic and antarctic: its climatic and commercial significance: its preponderance of 3 to 1 over the dry land of the globe: its indisputable hegemony extending in square leagues over all the region below the subequatorial tropic of Capricorn: the multisecular stability of its primeval basin: its luteofulvous bed: its capacity to dissolve and hold in solution all soluble substances including millions of tons of the most precious metals: its slow erosions of peninsulas and islands, its persistent formation of homothetic islands, peninsulas and downwardtending promontories: its alluvial deposits: its weight and volume and density: its imperturbability in lagoons and highland tarns: its gradation of colours in the torrid and temperate and frigid zones: its vehicular ramifications in continental lakecontained streams and confluent oceanflowing rivers with their tributaries and transoceanic currents, gulfstream, north and south equatorial courses: its violence in seaquakes, waterspouts, Artesian wells, eruptions, torrents, eddies, freshets, spates, groundswells, watersheds, waterpartings, geysers, cataracts, whirlpools, maelstroms, inundations, deluges, cloudbursts: its vast circumterrestrial ahorizontal curve: its secrecy in springs and latent humidity, revealed by rhabdomantic or hygrometric instruments and exemplified by the well by the hole in the wall at Ashtown gate, saturation of air, distillation of dew: the simplicity of its composition, two constituent parts of hydrogen with one constituent part of oxygen: its healing virtues: its buoyancy in the waters of the Dead Sea: its persevering penetrativeness in runnels, gullies, inadequate dams, leaks on shipboard: its properties for cleansing, quenching thirst and fire, nourishing vegetation: its infallibility as paradigm and paragon: its metamorphoses as vapour, mist, cloud, rain, sleet, snow, hail: its strength in rigid hydrants: its variety of forms in loughs and bays and gulfs and bights and guts and lagoons and atolls and archipelagos and sounds and fjords and minches and tidal estuaries and arms of sea: its solidity in glaciers, icebergs, icefloes: its docility in working hydraulic millwheels, turbines, dynamos, electric power stations, bleachworks, tanneries, scutchmills: its utility in canals, rivers, if navigable, floating and graving docks: its potentiality derivable from harnessed tides or watercourses falling from level to level: its submarine fauna and flora (anacoustic, photophobe), numerically, if not literally, the inhabitants of the globe: its ubiquity as constituting 90 percent of the human body: the noxiousness of its effluvia in lacustrine marshes, pestilential fens, faded flowerwater, stagnant pools in the waning moon.”

A Single Iceberg Tip: select social-techno-ecological dynamics of water at WA

Worcester receives over 50 inches of annual precipitation. A water treatment facility located in Holden, MA uses 600 miles of underground pipe to transport on average 23 million gallons a day of filtered municipal water throughout the city– the facility draws from an 8-billion gallon 10 reservoir-system located across the northern Blackstone Watershed and southern Nashua River Watershed in the towns of Rutland, Leicester, Paxton, and Holden. WA consumes ~10,000,000 gallons annually, primarily for irrigation. Roughly 90 million gallons of precipitation fall on our campus property each year. All of the water entering our campus that does not evaporate or collect underground flows into the Blackstone River, usually after treatment by the Upper Blackstone Water Pollution Abatement District in Millbury MA which filters an average 33 million gallons per day. Related federal laws that shape our water environments are the Safe Drinking Water Act and Clean Water Act.



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