Layering is the process of applying multiple layers of paint or glaze to a surface, creating depth and texture.

Dry glazing is not a type of glazing technique. Transparent glazing, opaque glazing, and wet glazing are all types of glazing techniques.

Glazes are used in art to create a smooth, glossy surface, add color and depth to a surface, and protect the surface from damage.

Impasto is not a type of layering technique. Wet-on-wet, wet-on-dry, and dry-on-dry are all types of layering techniques.

Transparent glazes allow light to pass through them, while opaque glazes do not. Transparent glazes are thinner than opaque glazes. Transparent glazes are more commonly used in ceramics than opaque glazes.

Claude Monet, Vincent van Gogh, and Johannes Vermeer are all artists who are known for their use of layering and glazing techniques.

Washing is the process of applying a thin layer of glaze to a surface.

Impasto is not a type of layering technique used in ceramics. Slip trailing, sgraffito, and mishima are all types of layering techniques used in ceramics.

Multiple layers of glaze are used in ceramics to create a smooth, glossy surface, add color and depth to the surface, and create a more durable surface.

Dry glazing is not a type of glazing technique used in painting. Transparent glazing, opaque glazing, and scumbling are all types of glazing techniques used in painting.

Impasto is the process of applying a thick layer of glaze to a surface.

Impasto is not a type of layering technique used in printmaking. Relief printing, intaglio printing, and planographic printing are all types of layering techniques used in printmaking.

Multiple layers of ink are used in printmaking to create a smooth, glossy surface, add color and depth to the surface, and create a more durable surface.

Dry glazing is not a type of glazing technique used in photography. Dodging, burning, and spotting are all types of glazing techniques used in photography.

Multiple layers of exposure are used in photography to create a smooth, glossy surface, add color and depth to the surface, and create a more durable surface.