flower, fruit, leaf, husk and root

experiments in growing colour

Book coverflower, fruit, leaf, husk and root

flower, fruit, leaf, husk and root – experiments in growing color is a collaborative book by Naan Rijks and Lucila Kenny that explores the cultivation of dye plants in a communal Amsterdam garden. Since 2011, Rijks has grown and studied these plants to create natural inks and pigments, later joined by Kenny in deepening the ecological and artistic inquiry. The book combines practical knowledge with visual documentation of their process and the colors drawn from nature.

 

This is a publication whose design is itself borrowed from the themes of resources and locality that it addresses. The cover is the key part of the design: printed with the pigments used in the research. This more artisanal approach gives each object a special preciousness and uniqueness. We have selected this book because it is important to highlight examples of how creative methods are being re-examined, which will become a source of inspiration for future generations of designers.

Editie: 2024
Verschijningsdatum: april 2024
Auteur: Naan Rijks, Lucila Kenny, Barbara Collé
Taal: Engels
Eindredacteur: Alex Walker
Kunstenaar: Naan Rijks, Lucila Kenny
Uitgever: Mumbling Matter, Amsterdam
Grafisch ontwerper: Alex Walker (Amsterdam)
Lithograaf: Raddraaier SSP, Amsterdam
Drukker: Inside: Raddraaier SSP; Cover: Brent Dahl (Terry's Screen Printing) in collba. with Lucila Kenny, Alex Walker, Amsterdam
Binder: Binderij van Wijk, Amsterdam
Formaat boekblok (b x h x d in mm): 125 x 200 x 10
Omvang: 96
Oplage: 200
Prijs: € 25
ISBN: 978-90-833731-1-9
Lettertype en foundry: Palatino, Rotis
Bindwijze: Genaaid gebrocheerd
Papier binnenwerk (gramgewicht): 80 g. Holmen TRND 2.0 vintage
Materiaal omslag (gramgewicht): 250 g. Biotop
Technische bijzonderheden: Boekomslag gezeefgedrukt met inkt die door Lucila Kenny is gemaakt van zelfgemaakte pigmenten van wede, walnoot en meekrap; inkten zijn met de split-fountain-techniek op het zeefdrukraam aangebracht, waardoor elke omslag uniek is.