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Atriyon Julzarika
Indonesian National Institute of Aeronautics and Space (LAPAN)
Indonesia

Remote Sensing Applications Center, LAPAN

Dany Puguh Laksono
3 Spatial Data Infrastructure Development Center, Gadjah Mada University
Indonesia

Luki Subehi
Indonesian Institute of Sciences
Indonesia

Esthi Kurniai Dewi
Indonesian National Institute of Aeronautics and Space
Indonesia

K Kayat
Ministry for Forestry and Environment
Indonesia

Hanhan A Sofiyuddin
Ministry for Public Work and Public Housing
Indonesia

Media Fitri Isma Nugraha
Ministry for Ocean and Fishery
Indonesia

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Comprehensive integration system of saltwater environment on Rote Island using a multidisciplinary approach

Atriyon Julzarika, Dany Puguh Laksono, Luki Subehi, Esthi Kurniai Dewi, K Kayat, Hanhan A Sofiyuddin, Media Fitri Isma Nugraha
  J. Degrade. Min. Land Manage. , pp. 1553-1567  
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Abstract


Rote Island is one of the islands in southern of Indonesia. This region experiences very high geological and geodynamic processes. This is evidenced by the abundance of seabed rising, and there is a dead sea lake area that has a higher salinity than the sea. Biodiversity on Rote Island has endemic and unique flora and fauna. This study aims to create an integrated system of inland waters resources on Rote Island with a multidisciplinary approach. Inland water resources on Rote Island number more than 80 lakes and ponds. An inland water resource on Rote Island is a saltwater environment. The extraction of geobiophysical information on inland water resources is needed by studying various aspects of multidisciplinary. The aspects studied are limnology, water quality, conservation of forest resources, geology, geodynamics, water resources, geodesy and geomatics engineering. All geobiophysical information needs to be integrated into an integration system. This is useful for efficiency and effectiveness in the utilization of data and information. This integration system (geovisualization) is in the form of WebGIS and storytelling maps. This integration system is dynamic so it can update its latest spatial information. This integration system can be used to promote Rote island tourism. This integration system can be accessed via the website geopark4rote.com. This integration system can be applied in other regions so reached one map policy and a system for inland water resources will be realized in Indonesia.


Keywords


geopark4rote.com; inland waters; integration system; a multidisciplinary approach; Rote Island

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