click for fullscreen

t.e. 189

erosion vase I

erosion is inspired on the book 'La lecture des Pierres' by Roger Caillois. Erosion on earth is caused by natural elements such as wind, water and glacial ice. It is the process by which the surface of the Earth gets worn down.

14 x 11 x 22 cm

weight 6 kg

bulls eye glass

numbered edition of 99 pieces

designer.studio wieki somers
material.glass
categories.vase

share this on

related products

t.e. 192water levels - borosilicate

water levels is inspired on the present theme of continuously measuring our water levels due to the climate change. The composition with flowers, volumes within volumes, use of different water levels and a mirror base, together create an unexpected layering.

produced by pierre glas vilvoorde for thomas eyck

t.e. 192read more

t.e. 187ice flower

ice flower is an ice-like cube referring to Global Seed Vault on Spitsbergen. A pile of glass plates with petals in between which create a depth and new scene with the actual living flower.

produced by van tetterode glass amsterdam for thomas eyck

t.e. 187read more

t.e. 186narcissus

narcissus is inspired on the painting 'Narcissus' by Caravaggio; a metaphor for the destructive relationship between men and nature. The vase shows an isolated flower in a pool of oil.

produced by van tetterode glass amsterdam for thomas eyck

t.e. 186read more

t.e. 190erosion vase II

erosion is inspired on the book 'La lecture des Pierres' by Roger Caillois. Erosion on earth is caused by natural elements such as wind, water and glacial ice. It is the process by which the surface of the Earth gets worn down.

produced by van tetterode glass amsterdam for thomas eyck

t.e. 190read more

t.e. 191water levels - crystal glass

water levels is inspired on the present theme of continuously measuring our water levels due to the climate change. The composition with flowers, volumes within volumes, use of different water levels and a mirror base, together create an unexpected layering.

produced by royal leerdam crystal for thomas eyck

t.e. 191read more