ECHOES OF TRANSFORMATION: Seawater Iodine Extraction Pavilion | Explorative architectural strategies for dynamic interactions between water and reappearing land within Polish coastal context (54°38’21”N 18°30’56”E).
In the landscape of Polish coastal patches, the tension between water and land
resonates. This study focuses on the exploration of an ecologically specific zone
within the Baltic Sea—the Bay of Puck, enclosed by the mainland and the peninsula.
Utilizing various media, from graphics to animations, the research aims to capture
and convey the observations and experiences gathered during travel. Central to this
study is an atlas that combines exploration defined as echoes and transformations
within a boundless and unpredictable context, reflecting the rather nonlinear
journey of this thesis.
The initial focus is on the coastal background, highlighting remnants of uncommon
infrastructures that stand as testaments to both past human activity and nature’s
impact. While fortifications are intended to provide defense, they remain vulnerable
to the forces of dynamic nature. Amidst rapid climate change and anthropogenic
impacts on the landscape, this area, though bounded by natural parameters controlled
by the Marine Acts, faces pressures of continuous development. The thesis delves
into the ecological aspects of Polish coastal areas, emphasizing how these factors can
inform and shape the space itself.
The study introduces findings that underscore the dynamic interaction between
these elements, especially in the context of reappearing underwater land. The
collected observations provide measures to create environmental scenarios across
various spatial and temporal phases, representing the site’s transformative nature
and gradual transition between water and land through environmental adaptation.
By exploring adaptive architectural practices that respect and respond to the natural
cycles of the environment, the study encourages different strategies, providing a
spatial intervention, as a research outcome, that is both reactive and integrating.
Ultimately, it aims to preserve the rhythm of the coastal landscape found on-site. The
distinct sense of time at the seaside is shaped by the rhythm of tides and fluctuating
water levels. The evolving landscape further enhances the comprehension of this
dynamic environment.
The research question guiding this investigation is: How can architectural practice
preserve and emphasize the dynamic interaction between land and water? The
thesis explores architectural strategies that harmonize the built environment with
the ever-changing natural world, enhancing the sensory engagement of people with
the dynamic landscape.
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