JoDLA 6-2021

Journal of Digital Landscape Architecture

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Erich Buhmann (Hg.), JoDLA 6-2021 (2021), Wichmann Verlag, Berlin, ISBN: 9783879077069

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Beschreibung / Abstract

The Journal of Digital Landscape Architecture addresses all aspects of digital technologies, applications, information, and knowledge pertaining to landscape architecture research, education, practice, and related fields. The journal publishes original papers in English that address theoretical and practical issues, innovative developments, methods, applications, findings, and case studies that are drawn primarily from work presented at the annual international Digital Landscape Architecture conference. Its intent is to encourage the broad dissemination of these ideas, innovations, and practices.

This issue of the Journal of Digital Landscape Architecture, 6-2021, presents contributions from the 22th annual conference at the Anhalt University, Dessau, Köthen and Bernburg, Germany, (May 26 to May 28, 2021), covering nine broad topics:
• Defining Digital Landscape Architecture
• Resilient Landscape, Global Change and Hazard Response
• Visualization, Animation and Mixed Reality Landscapes (VR, AR)
• UAV Imagery and Remote Sensing in Landscape Architecture
• Geodesign Approaches, Technologies, and Case Studies
• Landscape and Building Information Modeling (LIM + BIM)
• Digital Landscape Architecture in Practice
• Algorithmic Design and Analysis Landscapes
• Teaching Digital Landscape Architecture

Leseprobe

Inhaltsverzeichnis

  • JoDLA 6-2021
  • Dedication
  • Titlepage
  • Imprint
  • Editorial Board & Staff
  • Preface
  • Grußwort
  • Editorial
  • Introducing JoDLA and DLA2021
  • Table of Contents
  • Defining Digital Landscape Architecture
  • From (Before) Analog to (After) Digital: A Personal Perspective
  • On the Future of Digital Landscape Architecture
  • Resilient Landscape, Global Change and Hazard Response
  • Shifting Sands: Experimental Robotic Earth-Moving Strategies in Dynamic Coastal Environments
  • Conceptualizing a Model of Antifragility for Dense Urban Areas
  • Conceptualizing a Web-based 3D Decision Support System Including Urban Underground Space to Increase Urban Resiliency
  • Prototyping an Affordable and Mobile Sensor Network to Better Understand Hyperlocal Air Quality Patterns for Planning and Design
  • How to Cool Down Dense Urban Environments? A Discussion on Site-Specific Urban Mitigating Strategies
  • Beyond the Blue Blob: Salience and Perceived Legitimacy of Alternative Sea Level Rise Visualizations
  • A Scenario and Monitoring Based Planning Approach to Strengthen the Resilience of the Cultural Landscape
  • Development of a Combined Typology to Co-Assess Urban Sprawl and Habitat Network Structure
  • Visualization, Animation and Mixed Reality Landscapes (VR, AR)
  • Where the Wild Things Will Be: Adaptive Visualisation with Spatial Computing
  • Assessing Visual Landscape Sensitivity towards Wind Turbines with a Distance Decay Effect: An Exploration of Different GIS Approaches
  • Using Tree Modeling Applications and Game Design Software to Simulate Tree Growth, Mortality, and Community Interaction
  • Hanging Gardens: A City Crown for Halle by Walter Gropius in Virtual Reality
  • The Color Analysis of Building Faà§ades: Based on the Panoramic Street View Images
  • The Effectiveness of Virtual Reality Simulation on the Qualitative Analysis of Lighting Design
  • Long-term Perspectives of Stakeholders†™ Perceptions of Visualisation Media in Participatory Planning: The Case of Sanguan Temple Square in Guangzhou
  • Holographic Construction of Generative Landscape Design Using Augmented Reality Technology
  • UAV Imagery and Remote Sensing in Landscape Architecture
  • UAV Photogrammetry, Lidar or WebGL? A Comparison of Spatial Data Sources for Landscape Architecture
  • Ecological Connectivity Networks for Multi-dispersal Scenarios Using UNICOR Analysis in Luohe Region, China
  • Mapping Invasive Giant Goldenrod (Solidago gigantea) with Multispectral Images Acquired by Unmanned Aerial Vehicle
  • Geodesign Approaches, Technologies, and Case Studies
  • The Site Visit: Towards a Digital in Situ Design Tool
  • The Effects of Tree Cover Density on the Urban Heat Islands in the City of Adana
  • How Sprawl Shapes Public Parks in an Urban System: Spatial Analysis of Historical Urban Growth in Orlando Metropolitan Region, Florida, USA
  • Which Locations in a Solar Energy Project Contribute the Greatest Visual Impact
  • GIS-Landscape Quality Assessment Using Social Media Data
  • Landscape Suitability Analysis for Developing a Framework of Green Infrastructure Protection in Bandung Basin Area, Indonesia
  • Landscape and Building Information Modeling (LIM + BIM)
  • Digital Futures in Landscape Design: A UK Perspective
  • Applied Integration of GIS and BIM in Landscape Planning
  • Integration of BIM and Environmental Planning: The CityGML EnvPlan ADE
  • BIM Model Landscape_Open Spaces: An Approach for Landscape and Environmental Planning in Infrastructure Projects
  • BIM in Landscape Architecture: A Report
  • PlantingSMART: The Parametric Approach for Trees in BIM with Full Lifecycle Application
  • Flux.Land: A Data-driven Toolkit for Urban Flood Adaptation
  • Digital Landscape Architecture in Practice
  • Big Scale Landscape Project from Design to Fabrication: A Report on Digital Methods
  • Searching for New Ways to Design Landscape: Experience with Parametric Design in Interaction with Computer-Aided Manufacturing Methods in Landscape Architecture and their Effects on the Design Process
  • Report of a Remote Participatory Design Process to Renew a Schoolyard during COVID-19
  • Algorithmic Design and Analysis Landscapes
  • A GIS-based Algorithm for Visual Exposure Computation: The West Lake in Hangzhou (China) as Example
  • Evolution of Historical Urban Landscape with Computer Vision and Machine Learning: A Case Study of Berlin
  • Pursuing an AI Ontology for Landscape Architecture
  • Teaching Digital Landscape Architecture
  • Remote Wayfaring and Virtual Fieldwork
  • Virtual Studio 1.0: A Virtual Tacit-forward Learning Management Framework
  • Tangible Landscape: A Waterway Design Education Tool
  • Teaching Urban Landscape Microclimate Design Using Digital Site Visits: A Mosaic Method of Embedding Data, Dynamics, and Experience
  • Acknowledgements
  • Early Conference Announcement & Call for Papers for the International Conference “Digital Landscape Architecture DLA 2022"
  • Short description
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