Fishing Architecture: The Ecological Continuum between Buildings and Fish Species
This project explores the socioecological history of North Atlantic architecture in relation to fisheries, aiming to understand the ecological impacts of fishing on marine and terrestrial landscapes.
Projectdetails
Introduction
To what extent can fish produce architecture? This project sets out to trace a socioecological history of North Atlantic architecture in relation to fisheries, elucidating the relationships between marine environments and terrestrial landscapes and assessing the ecological impact of fishing constructions and the natural resources they depend upon.
Scope of the Project
Fishing Architecture covers a broad spectrum in terms of both geography and time, a choice that was made to avoid deterministic analysis and engage with transnational phenomena. Thus, the focus is on the North Atlantic—its shores housing diverse architectural cultures and its waters home to a wealth of fish species—and follows a time frame that runs from the industrialization of fisheries in the early 19th century to the full globalization of the industry at the end of the 20th.
Existing Scholarship
The extant scholarship on marine ecology, fisheries, and fishing communities includes extensive research on:
- Fish populations
- Navigation systems
- Technology
- Bioeconomics
- Architecture
- Cultural practices
Yet, comprehensive interdisciplinary analysis of the field is hindered by its own specialization. Facing the impending challenges of the environmental predicament, this project will use the material history of architecture as a powerful tool for advancing interdisciplinary research and, along with it, our understanding of the ecological impacts of human activity.
Analytical Framework
The assessment will be organized along five analytical axes:
- Marine ecosystems
- Fishing technology
- Food processing
- Politics
- Consumption habits
This effectively avoids the conventional architectural approach to understanding the built environment. This strategy allows us to identify critical knowledge gaps to be worked on and, most significantly, fosters a fresh perspective on construction in which fishing landscapes and buildings are understood as material traces of dynamic socioecological relationships and as part of the continuum between land and sea.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 2.001.468 |
Totale projectbegroting | € 2.001.468 |
Tijdlijn
Startdatum | 1-9-2022 |
Einddatum | 31-8-2027 |
Subsidiejaar | 2022 |
Partners & Locaties
Projectpartners
- UNIVERSIDADE DO PORTOpenvoerder
Land(en)
Vergelijkbare projecten binnen European Research Council
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Beyond submerged landscapes - defining human response to postglacial sea-level rise and climate change
SUBNORDICA aims to recreate submerged landscapes of NW Europe using AI and geophysical methods to uncover archaeological sites, enhancing understanding of human history and heritage management.
Tracking Long-Term Resilience in Arctic Sociocultural-Ecological Systems
The project aims to integrate Inuit traditional knowledge and Western scientific data to improve hunting regulations and food security, fostering better relationships between Inuit and policymakers.
Deciphering the newly discovered branchial cavity immune surveillance system to protect fish against infectious diseases in aquaculture.
This project aims to characterize the fish branchial cavity immune system using zebrafish to enhance aquaculture disease management and vaccine development, potentially benefiting human health.
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GLOBCOADEV aims to assess the impact of coastal water contamination on economic development and early-childhood nutrition in LMICs using advanced datasets and econometric techniques.
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Vergelijkbare projecten uit andere regelingen
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Catch TriggerDit project onderzoekt het gebruik van viscommunicatie via geluidsgolven om duurzame visserijmethoden te ontwikkelen en zo milieu-impact en bijvangst te verminderen. | Mkb-innovati... | € 20.000 | 2021 | Details |
Demonstratie duurzaam energie-efficiënt vissersschipHet project demonstreert de bouw van een duurzaam visserschip dat 30-40% brandstof bespaart en CO2-uitstoot vermindert, met innovatieve technologieën voor energie-efficiëntie. | Demonstratie... | € 702.663 | Onbekend | Details |
Salt water resistant aquaculture structures.Het project onderzoekt de toepassing van basaltfiber in aquacultuurstructuren in de Noordzee om kosten te verlagen, duurzaamheid te verbeteren en de bouw te versnellen. | Mkb-innovati... | € 20.000 | 2021 | Details |
Ontwikkeling passieve visserijmethoden jiggen en longlinenDit project onderzoekt de levensvatbaarheid van jiggen en longlinen als duurzame passieve visserijmethoden ter vervanging van verboden sleepnetvisserij. | Mkb-innovati... | € 20.000 | 2021 | Details |
Exploring Data driven fishingHet project ontwikkelt een datagestuurde tool voor vissers om met AI en machine learning nauwkeurige visvoorspellingen te doen, waardoor rendement stijgt en ecologische impact vermindert. | Mkb-innovati... | € 20.000 | 2020 | Details |
Catch Trigger
Dit project onderzoekt het gebruik van viscommunicatie via geluidsgolven om duurzame visserijmethoden te ontwikkelen en zo milieu-impact en bijvangst te verminderen.
Demonstratie duurzaam energie-efficiënt vissersschip
Het project demonstreert de bouw van een duurzaam visserschip dat 30-40% brandstof bespaart en CO2-uitstoot vermindert, met innovatieve technologieën voor energie-efficiëntie.
Salt water resistant aquaculture structures.
Het project onderzoekt de toepassing van basaltfiber in aquacultuurstructuren in de Noordzee om kosten te verlagen, duurzaamheid te verbeteren en de bouw te versnellen.
Ontwikkeling passieve visserijmethoden jiggen en longlinen
Dit project onderzoekt de levensvatbaarheid van jiggen en longlinen als duurzame passieve visserijmethoden ter vervanging van verboden sleepnetvisserij.
Exploring Data driven fishing
Het project ontwikkelt een datagestuurde tool voor vissers om met AI en machine learning nauwkeurige visvoorspellingen te doen, waardoor rendement stijgt en ecologische impact vermindert.