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Integrating subsurface data into urban planning for climate adaptation using land administration domain model part 5.

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Title: Integrating subsurface data into urban planning for climate adaptation using land administration domain model part 5.
Authors: Tarozzo Kawasaki, Maria Luisa1 (AUTHOR) maria_luisa.tarozzokawasaki@tno.nl, Thomas, Laura2 (AUTHOR), Hackauf, Ulf2 (AUTHOR), van der Krogt, Rob1 (AUTHOR), Visser, Wilfred1 (AUTHOR), van Oosterom, Peter2 (AUTHOR)
Source: Survey Review. Nov2025, Vol. 57 Issue 405, p523-538. 16p.
Subjects: Climate change adaptation, Urban planning, Environmental protection planning, Digital technology, Information sharing, Standardization, Land management, Geospatial data
Geographic Terms: Netherlands
Abstract: In 2022, the Netherlands introduced 'water and soil' as a guiding principle for spatial planning, aiding the country's goal for climate resilience by 2050. Applying it requires integrating subsurface data, spatial planning, and climate adaptation. Despite existing subsurface models, no cohesive approach links them to spatial planning. This paper assesses current models and identifies data requirements. Key barriers include data accessibility and standardization. To address this, plan information was standardized using a proposed Land Administration Domain Model (LADM) Part 5 climate adaptation profile. Additionally, a digital tool, CLIMACAT, was developed to make relevant subsurface data accessible for climate adaptation design. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:In 2022, the Netherlands introduced 'water and soil' as a guiding principle for spatial planning, aiding the country's goal for climate resilience by 2050. Applying it requires integrating subsurface data, spatial planning, and climate adaptation. Despite existing subsurface models, no cohesive approach links them to spatial planning. This paper assesses current models and identifies data requirements. Key barriers include data accessibility and standardization. To address this, plan information was standardized using a proposed Land Administration Domain Model (LADM) Part 5 climate adaptation profile. Additionally, a digital tool, CLIMACAT, was developed to make relevant subsurface data accessible for climate adaptation design. [ABSTRACT FROM AUTHOR]
ISSN:00396265
DOI:10.1080/00396265.2025.2539606