• News Archive
  • Simaster
  • Palawa
  • Webmail
  • Directory
  •  English
    • Indonesia
Universitas Gadjah Mada Universitas Gadjah Mada Universitas Gadjah Mada Universitas Gadjah Mada
  • Education
    • Doctoral dissertation
    • Inauguration of Professor
    • Graduation
  • Achievement
  • Research and Innovation
    • Research
    • Innovation
  • Campus Info
    • Cooperation
    • Seminar and Workshop
    • Student Community Service Program
    • Other
  • News Report
  • Home
  • News Report
  • UGM Students Make SIMON TEMPLAR, Rip Currents Identifier

UGM Students Make SIMON TEMPLAR, Rip Currents Identifier

  • 16 June 2016, 13:23 WIB
  • By: marwati
  • 629
  • PDF Version
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis
Mahasiswa UGM Kembangkan Sistem Identifikasi Arus Balik Mematikan di Pantai Parangtritis

Rip current in Parangtritis beach has claimed many casualties. Parangtritis Search and Rescue team data in 2016 mentioned that the number of cases of sea accidents in Parangtritis from 1991 to mid-March 2016 reached 607cases, 238 of which resulted in the victim’s death or disappearance due to ocean current.

Rip current which drags its victims into the sea with a high current speed is still difficult to be identified, and its location can change within a period of three hours due to changing wind direction.

To resolve this issue, students of Cartography and Remote Sensing, Faculty of Geography UGM, developed the Coastal Monitoring Systems in Multitemporal analysis, or "SIMON TEMPLAR". This system is one of the projects generated through the Student Creativity Program funded by the Ministry of Research, Technology, and Higher Education.

Muchsin Nur Wachid, Anggini Nur Azizah, Deha Agus Umarhadi, and Restu Dwi Cahyo developed this system as a way to identify rip currents by using a camera that was flown by a kite or commonly known as kite aerial photography.

SIMON TEMPLAR identification process begins by flying the kite in areas vulnerable to rip current. Field photographing is then completed by installation of GCP (Ground Control Point) from certain locations as positioning of rip current control point, so that the fatal location points could be determined easily using GPS. GCP point is marked with a white cloth that can be identified from the photos.

Photos that are captured will be processed and combined using software, then uploaded into simontemplar-indonesia.com sites that can be accessed by the public.

"The advantages of SIMON TEMPLAR among others is that it covers a broader range than current system used by Parangtritis Search and Rescue team. It also has higher degree of accuracy, easier access, as well as cheaper procurement and operation costs," Anggini said on Wednesday (15/6).

The use of this system, she said, was not without obstacles. Wind is the main constraint, because the minimum wind speed is often not fulfilled to fly the kite aerial photography. However, this technology can be used and further developed as an innovation in early warning systems in coastal areas.

"Publication of the rip current in Parangtritis is expected to be used as an early warning system for people to be more aware of the existence of the dangerous currents," Muchsin added.

Related News

  • Optimising Geospatial Information

    Monday,20 November 2017 - 13:54
  • UGM Students Receive Many Orders for Hip Bone Replica They Make

    Friday,11 September 2015 - 16:05
  • UGM Names Franz Magnis-Suseno as Indonesian Leading Philosopher 2017

    Monday,23 October 2017 - 10:47
  • Rector Receives Delegates from University of Technology Sydney

    Tuesday,17 August 2010 - 11:44
  • UGM Students Make Glass Souvenier from Rice Husks

    Friday,29 June 2018 - 15:35

News Releases

  • Launching of Indonesia Natural Dye Institute at UGM 12 December 2019
    Rector of Universitas Gadjah Mada (UGM), Prof. Ir. Panut Mulyono, M.Eng., D.Eng.,
    Humas UGM
  • UGM Has Smart Herbal Garden 12 December 2019
    Dean of Faculty of Pharmacy UGM and the leadership of BNI Bank Yogyakarta install
    marwati
  • UGM Wins Advanced Innovation Jam in Japan 11 December 2019
    Electronics and Information Technology students of Universitas Gadjah Mada (UGM)
    marwati
  • UGM Lecturer Develops Food Packaging for Disaster Areas 11 December 2019
    Indonesia lies on the Ring of Fire that is geograp
    marwati
  • UGM and Japan Collaborate in Blueberry Farming in Indonesia 10 December 2019
    Universitas Gadjah Mada (UGM) established collaboration to develop blueberry farm
    marwati

Info

  • Install Fest Windows
    29 September 2017
  • Streaming Author Workshop Writing and Publishing
    14 July 2017
  • Hokkaido University Short Term Exchange Program HUSTEP
    08 January 2016
  • 2016 Amgen Scholars Program in Japan
    08 January 2016
  • Jardine Foundation Scholarship for Postgraduate Studies at University of Oxford and University of Cambridge
    01 July 2015

Event

No latest event at this time

Universitas Gadjah Mada
UNIVERSITAS GADJAH MADA
Bulaksumur Yogyakarta 55281
   info@ugm.ac.id
   +62 (274) 6492599
   +62 (274) 565223

PARTNERSHIP

  • Alumni
  • International Affairs

ABOUT UGM

  • Rector's Welcome
  • History
  • Vission and Mission
  • The Board of Executive
  • Management

VISIT UGM

  • Campus Map
  • Event

REGISTRATION

  • Undergraduate
  • Graduate
  • Vocational School
  • Professional Program
  • International Program

© 2019 Universitas Gadjah Mada

PRIVACY POLICYCONTACT