Home     Buildings     Sculptures / Installations     Stage Design / Exhibitry / Graphic Design     Publications     Practice Profile

Hiving Mesh

Philip Beesley

Catalogue essay for Neil Forrest Hiving Mesh - An Architectural Screen
Saint Mary's University Art Gallery, Halifax
February 19 to March 18,2000
ISBN 1-895763-56-8

"A constructed porosity lying inside of a hard crust- and a darker tone of cellular forms
that misfire."
[1]

An array of fired porcelain clay forms and glass paste plaques hangs vertically, its aligned surfaces forming an outer face. Behind this crust is an interlinked matrix of hundreds of small ceramic objects, densely compressed fragments resembling plant bulbs and body organs. A delicate meshwork of stainless steel wire struts connects each fragmented element to its neighbour, making a cloud of forms like an enormous mass of molecules hovering in open space. Immersing us.

Neil Forrests’ new architectural ceramic work was produced after repeated walks in the woods near his home in Nova Scotia. In Polly’s Cove, near Peggy’s Cove, he found pines deformed by severe winds from the ocean. The thin, spindly branches of these trees held masses of diseased cones growing in dense clusters curling and clumping together, their skins scarring and blurring into innumerable oblate lobes, dissolving into each other. Forrest took these forms as the basis for a new work exploring a special porosity where fields of space intermingle, melting the borders between discrete elements. This expanded structure has a peculiar anatomy with poignant implications. It is a work of crystalline geometry whose lattice structures expand out in a radiant mathematical efflorescence, and at the same time it is built out of natural organs making a complex flesh with a living presence. This expanded formal space and these acute poetics renew the traditional medium of architectural ceramics. They act as a refreshed ornament expressing a new kind of architectural space.

 

Hiving Mesh - St. Mary's University Art Gallery - 2000

Start Previous Next