(OFL Lectures)

> Acha Zaballa Arquitectos | Indigo. A Blue-Green Approach

> First Edition: Winter 2016

> ISBN 9788894139457

> Language: English

> Pages: 40

> Price: € 10.00

> Printed Edition: ACQUISTA / BUY!


The urban development has been characterized by the ability of ongoing innovation and the continuous improvement. Now a day, in a context of global economic crisis, the planning development inherited from the post-industrial era seems exhausted. Today the appropriate use of resources and the accurate assessment of social priorities remain to be the objective. We wonder how the innovation provided by technology, which is increasingly accessible, is helping to improve our cities, to conserve resources, to generate new ways of sharing the public space. In parallel to technological progress, and somehow due to it, the renaturalization of urban areas is becoming a priority. We wonder in what way it matters this longing for the approach to the natural issue in the concept of urban development with the goal of equality and a common identity based on diversity.Considering this background we are seeing an increasing number of proposals thatsuit their scale to available resources, promote flexibility and give the highest prominence to public spaces; proposals arising from bottom-up processes aimed to generate connections that enrich social relations and help to boost the vital pulse, creativity and, as a result, the economy. Within this context we focus this lecture in our proposal for a specific case: the revitalization of Forus area in Stavanger (Norway). ‘Indigo’ is a re-naturalization strategy with special emphasis on identity. It connects the concept of phenotypic plasticity in biology with the hillside construction of two opposed neighborhoods in the city of Medellin. And it allows the description of reusing architectural fragments of demolished constructions to coexist in the same text as the tempting idea of thinking of architecture like an extended phenotype of the human body, like a big prosthesis that synthesizes specific ecosystems with genetic and behavioral necessities.