urbanLab Magazin 2021 - Transformation
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GREENSCENARIO<br />
Ramboll<br />
Studio Dreiseitl (5)<br />
A collaborative software-based decision-support tool and<br />
integrated planning process for climate-conscious and<br />
evidence-based design<br />
JEREMY KARL ANTEROLA, RAMBOLL STUDIO DREISEITL<br />
1 ABSTRACT<br />
Climate change is a complex problem with multiple solutions that vary depending<br />
on the strategy for mitigation, adaptation or, depending on the scale of application,<br />
both. Although numerous digital (software) solutions have emerged in recent years,<br />
a pragmatic and readily accessible method for evaluating the effects of nature-based<br />
solutions throughout the conceptual masterplanning process while enabling a<br />
faster, more iterative optimisation of design solutions to increase their climate adaptation<br />
potential have been limited to date, especially for professionals working in<br />
the field of architecture, design and urban planning.<br />
In response to this challenge, GreenScenario was developed as a software-based<br />
decision support tool to break down and transform the complexity of climate adaptation<br />
into an understandable and useful form of information, most especially<br />
for those involved in the decision-making process for masterplanning and city development<br />
(e.g. municipalities, property developers, relevant stakeholders).<br />
Key learnings from the application of GreenScenario in practice suggest that in<br />
order to increase acceptance of data-driven software methods as part of the design<br />
development process, decision-support tools must be able to deliver results<br />
rapidly, visually and in a practical, easy-to-understand manner. Humans have a limited<br />
ability to think and visualise long-term i.e. beyond 15 to 20 years; geospatial<br />
visualisations (e.g. images) of complex data enable humans to process complex<br />
information. Thus, solutions need to be contextually specific and integrated in locally<br />
22 REGENERATIVE DESIGN