This highly theoretical essay represents a fair attempt at establishing a pre-poetics, a poetics which comes before poetics proper. That is, to say that all those activities which do not find their way into the critical literature, which are regarded in fact as antecedent to the poetic act, can form a valuable object of study whose legitimacy is on equal footing with poetics since Aristotle.

Not unlike the history of poetics itself, this essay shifts its premises, its voice and convictions to offer a confused diatribe which mistakes bad taste for common decency. I therefore take issue with the position that the best way to examine a work is not by emulating it.

The opening portion of this essay briefly evaluates my relation to contemporary art and art history. What follows this is a fuming tirade directed at the past fifteen years of art self-legitimation. The introduction concludes with a pathetically unconvincing apology for my not being able to truly deviate from precedents set by predecessors and contemporaries.

The text might be best described as not only an attack on what Alexis Lykiard terms in his preface to Lautréamonts' Poésies the "odour of humourless reverence," but an assault on the smell of humorless relevance fed by self-proclaimed champions of the state of the art.

This essay comes at a time when the wolf is at the door and the baby has been thrown out, not only with the bath water, but with the tub as well.

The reproductive biology of fish makes them particularly amenable to genetic manipulation. A genetically engineered or “transgenic” Atlantic salmon is currently undergoing federal regulatory review, and international research is being conducted on many other species. The innate ability of fish to escape confinement and potentially invade native ecosystems elevates the ecological concerns associated with their genetic modification. Escaped transgenic fish will not invariably result in deleterious effects on native populations, and careful risk assessment is required to determine the ecological risks unique to each transgene, species and receiving ecosystem combination. In response to public concerns about transgenic fish, California has developed stringent regulations for the importation, possession and raising of transgenic fish, and a California law prohibits their presence in waters of the Pacific Ocean regulated by the state.

The aquaculture industry in North America produced 644 213 tonnes of product in 2008 with an estimated value of US$1.6 billion. This represents an annual percentage increase over the previous decade of 1.8 percent by volume and 4.5 percent in value. The finfish industry is at the forefront of the aquaculture sector, led by production of Atlantic salmon in Canada and channel catfish in the United States of America.

There is potential for significant increases in North American production and both the Canadian and United States governments have projections for expansion of their aquaculture industries. Canada estimates that by 2020 production in Canada could exceed 308 000 tonnes with a farmgate value of US$1.6 billion. The United States Department of Commerce estimates that domestic aquaculture production in the United States of America has the potential to increase in value from US$1 billion to more than US$3 billion by 2025. Future significant growth in the North American aquaculture industry will require policies and regulations that protect the environment while ensuring the economic viability of the sector in an increasingly competitive international arena.