Assessing cumulative visual impacts in coastal areas of the Baltic Sea

Research output: Contribution to journalArticle

7 Citations (Scopus)

Abstract

Anthropogenic activity such as offshore wind energy farm development, shipping activity, resource extraction platforms or marine aquaculture can have adverse impacts on the visual quality of coastal landscapes. GIS-based viewshed analysis is the most widely used technique to address visual impacts. However, despite the wide application its spatial extent remains limited to local and regional studies. This study presents a GIS-based model for cumulative visual impact assessment on macro-regional scale based on a case study for the Baltic Sea. The viewshed model was deployed over a visibility zone covering 54% (223.641 km2) of the Baltic Sea space using a database of 63,672 observation points integrated by geospatial data on existing and planned sea uses representing potential visual stressors. Results show that areas of highest potential visual impact are sheltered coastal areas with complex geomorphological features such as barrier islands, peninsulas, straits, archipelagos and lagoons in combination with intensive anthropogenic activity and presence of nature protected areas. The methodology can be applied to any coastal area of the world to classify coastal areas due to their cumulative viewshed characteristics and as early monitoring tool for visual impact assessment on transboundary scale
Original languageEnglish
Pages (from-to)184-198
JournalOcean and Coastal Management
Volume119
DOIs
Publication statusPublished - 2016

Fingerprint

viewshed
Baltic Sea
anthropogenic activities
wind power
mariculture
shipping
spatial data
human activity
GIS
geomorphological feature
conservation areas
barrier island
case studies
visibility
farms
archipelago
aquaculture
strait
protected area
monitoring

Keywords

  • Visual impact assessment
  • Cumulative impacts
  • Sea-use planning
  • Baltic Sea

Cite this

Assessing cumulative visual impacts in coastal areas of the Baltic Sea. / Depellegrin, Daniel.

In: Ocean and Coastal Management, Vol. 119, 2016, p. 184-198.

Research output: Contribution to journalArticle

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