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@article{ART002581091},
author={YOON JUNG KIM and Choong-Ki Kim and Gangsun Kim},
title={Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2020},
volume={29},
number={2},
pages={122-131}

TY - JOUR
AU - YOON JUNG KIM
AU - Choong-Ki Kim
AU - Gangsun Kim
TI - Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data
JO - Journal of Environmental Impact Assessment
PY - 2020
VL - 29
IS - 2
PB - Korean Society Of Environmental Impact Assessment
SP - 122
EP - 131
SN - 1225-7184
AB - Marine Spatial Planning is an emerging strategy that promoting sustainable development at coastal and marine areas based on the concept of ecosystem services. Regarding its methodology, usage rate of resources and its impact should be considered in the process of spatial planning. Particularly, considering the rapid increase of coastal tourism, visitation pattern is required to be identified across coastal areas. However, actions to quantify visitation pattern have been limited due to its required high cost and labor for conducting extensive field-study. In this regard, this study aimed to pose the usage of social big data in Marine Spatial Planning to identify spatial visitation density and critical management zone throughout coastal areas. We suggested the usage of GPS information from Flickr and Twitter, and evaluated the critical management zone by applying spatial statistics and density analysis. This study’s results clearly showed the coastal areas having relatively high visitors in the southern sea of South Korea. Applied Flickr and Twitter information showed high correlation with field data, when proxy excluding over-estimation was applied and appropriate grid-scale was identified in assessment approach. Overall, this study offers insights to use social big data in Marine Spatial Planning for reflecting size and usage rate of coastal tourism, which can be used to designate conservation area and critical zones for intensive management to promote constant supply of cultural services
KW - cultural service;spatial visitation pattern;coastal tourism;spatial planning;social media
DO -
UR -
ER -

YOON JUNG KIM, Choong-Ki Kim and Gangsun Kim. (2020). Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data. Journal of Environmental Impact Assessment, 29(2), 122-131.

YOON JUNG KIM, Choong-Ki Kim and Gangsun Kim. 2020, "Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data", Journal of Environmental Impact Assessment, vol.29, no.2 pp.122-131.

YOON JUNG KIM, Choong-Ki Kim, Gangsun Kim "Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data" Journal of Environmental Impact Assessment 29.2 pp.122-131 (2020) : 122.

YOON JUNG KIM, Choong-Ki Kim, Gangsun Kim. Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data. 2020; 29(2), 122-131.

YOON JUNG KIM, Choong-Ki Kim and Gangsun Kim. "Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data" Journal of Environmental Impact Assessment 29, no.2 (2020) : 122-131.

YOON JUNG KIM; Choong-Ki Kim; Gangsun Kim. Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data. Journal of Environmental Impact Assessment, 29(2), 122-131.

YOON JUNG KIM; Choong-Ki Kim; Gangsun Kim. Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data. Journal of Environmental Impact Assessment. 2020; 29(2) 122-131.

YOON JUNG KIM, Choong-Ki Kim, Gangsun Kim. Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data. 2020; 29(2), 122-131.

YOON JUNG KIM, Choong-Ki Kim and Gangsun Kim. "Identification of Visitation Density and Critical Management Area Regarding Marine Spatial Planning: Applying Social Big Data" Journal of Environmental Impact Assessment 29, no.2 (2020) : 122-131.