We are excited to announce the latest research work from VR-Lab, published in the Journal of Digital Landscape Architecture (JoDLA). Three studies were published during the spring of 2024 that represent advancements in the fields of geodesign, heritage preservation, and educational methodologies within landscape architecture. Each paper showcases the efforts made to integrate innovative technologies and data-driven approaches to address complex challenges and explore new frontiers in landscape architecture. Below, we provide an overview of these studies, highlighting their key findings and contributions to the field.
Virtual Reality as Mediator in Teaching Landscape Architecture History
By: Ramzi Hassan and Annegreth Dietze-Schirdewahn
In this study, the authors present a new teaching method that integrates landscape architecture history with digital media technologies. The collaboration between history and visualization courses aims to enhance student engagement and comprehension. The paper outlines the implementation of this approach, highlighting the importance of solid pedagogical foundations, budget considerations, and collaboration with research centers. The study demonstrates how merging historical studies with digital skills can provide a richer, more interactive learning experience. You can read this publication from the link here.
Geodesign Beyond the Shores of Landscape Architecture
By: Maximilian Schob and Jörg Rekittke
This publication explores the application of geodesign principles to offshore wind energy in maritime Northern Europe. By integrating design proposals with geographic simulations, the study emphasizes the critical role of geographic data in planning. The research focuses on maximizing the contribution of offshore wind farms to the global energy transition, with particular attention to reducing carbon dioxide emissions. The innovative strategies proposed by the authors highlight the transformative potential of data-driven design in managing the complex geopolitical and spatial contexts of territorial waters. You can read this publication from this link here.
From Radiance to Geometry: Identifying European Forest Clearings with Potential Heritage Value
By: Maximilian Schob and Luis Callejas
This research addresses the often-overlooked forest clearings resulting from forestry practices in Europe. These clearings, remnants of significant cultural landscapes, are identified and evaluated for their heritage value. Utilizing advanced techniques such as cloud computing and image segmentation, the study provides a comprehensive method for identifying and categorizing clearings across various European regions. The novel model developed through this research offers a systematic approach to understanding and valuing the spatial qualities of forest clearings. You can read this publication from the link here.