207.ENG 1. The stone resource - Nicole Eggenreich

<p>This episode is in collaboration with the&nbsp;master&nbsp;studio&nbsp;Urbanism&nbsp;&amp;&nbsp;Landscape&nbsp;at KTH school of architecture, Stockholm, Sweden.</p><br><p>Read more about the projects <a href="https://issuu.com/kth-arkitekturskolan/docs/urbanism_and_landscape_booklet_2021_" rel="noopener noreferrer" target="_blank">here </a>(PDF).</p><br><p>More about </p><p><strong>URBANISM &amp; LANDSCAPE STUDIO: </strong></p><p>The Urbanism and Landscape Studio focus on cities, landscapes and territories in the broader context of the environmental crisis. How can we imagine a sustainable and resilient city of the twenty-first century? What can the role of designers be in addressing Agenda 2030, including urgent and interconnected problems such as rapid urbanization, biodiversity loss, social inequity and severe global climate changes affecting our cities? Drawing on the nexus of ideas within landscape/ecological urbanism, resilience theory, and the environmental humanities, the studio challenges the modernist idea of the city as a fixed, delimited territory contrasting the ‘natural’ world around us. Instead, we explore landscape and ecology as organizers of urban space; as providers of catalytic urban strategies that can embrace complexity, multi-functionality and change over time.&nbsp;</p><br><p><strong>More about the focus of this studio during spring 2021.</strong></p><p>MASSES AND WATER In the spring of 2021, the studio is part of an ongoing research project called MASSA. It is financed by a four-year state grant trough Formas and is a collaboration between the City of Stockholm, KTH, Gaia Arkitektur and Studio ErixonAalto. They investigate how millions of tons of stone generated during the expansion of Stockholm’s subway can be the catalyst for new resilient urban environments. Historically, land rise and the conjunction of fresh water and saltwater is the raison d’être of Stockholm. Considering the effects of climate change, such as rising sea levels and increased water flows—as well as the rapid grow