Wall Sculptures

Expanding on concepts from the Micro Botanicals series, these wall sculptures continue to unveil the forms and textures of plant structures as seen from a microscope, but through clay, and in sculptural form. I am captivated by the process of translating two-dimensional micrograph renderings, into three-dimensional objects that resemble pre-historic impressions of preserved organisms and which strive to capture a glimpse of a Grand creation event or pre-historic moment in time.


IN COLOUR
Detailed ceramic wall sculpture depicting the cellular structure of a Shepherd's Purse Fruit as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Shepherd's Purse Fruit
Detailed ceramic wall sculpture depicting the cellular structure of a Squash Root as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Squash Root
Detailed ceramic wall sculpture depicting the cellular structure of a Black Eyed Susan as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Black Eyed Susan Vine
Detailed ceramic wall sculpture depicting the cellular structure of a Pine Needle as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Pine Needle
Detailed ceramic wall sculpture depicting the cellular structure of the stem of a Liana flower, as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Liana Stem
Detailed ceramic wall sculpture depicting the cellular structure of the root of the Barley plant, as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Barley Root
Detailed ceramic wall sculpture depicting the cellular structure of an Amphora Diatom as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Amphora Diatom
Detailed ceramic wall sculpture depicting the cellular structure of the stem of the Marestail plant, as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Marestail Stem
Detailed ceramic wall sculpture depicting the cellular structure of an algae specie as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Volvox with Daughters
RAW
Detailed ceramic wall sculpture depicting the cellular structure of an Euphorbia Flower as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Euphorbia Flower
Detailed ceramic wall sculpture depicting the cellular structure of a Nemesia Flower as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Nemesia
Detailed ceramic wall sculpture depicting the cellular structure of an udentified species of Diatom as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Diatom Algae
Detailed ceramic wall sculpture depicting the cellular structure of a Spanish Moss as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Spanish Moss
Detailed ceramic wall sculpture depicting the cellular structure of a Drosera plant as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Drosera
Detailed ceramic wall sculpture depicting the cellular structure of an Amphora Diatom as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Amphora Diatom
Detailed ceramic wall sculpture depicting the cellular structure of a Pennate Diatom as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Pennate Diatom
Detailed ceramic wall sculpture depicting the cellular structure of a Lily Flower Bud as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Lily Flower Bud
Detailed ceramic wall sculpture depicting the cellular structure of an Navicula Diatom as seen through a micrograph, with an emphasis on organic forms, intricate patterns and textures.
Navicula Diatom
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