1. DMCC update, 26/01/2016. APAN Manila 2016

2. outline
Objectives and contribution
Firewatch movement

3. Objectives for DMCC
Provide the tsunami wave propagation simulation web portal to the public (user community and training)
Release prototype of WRF-based weather simulation web portal (user community and training)
Support for the User community
Earthquake and Tsunami
Typhoon, Storm Surge and Extreme Weather

4. ROLES AND CONTRIBUTIONS
User Community
User Support & Training (1 PM)
Earthquake & Tsunami (1 PM)
Typhoon, Storm Surge and Extreme Weather (1 PM)
Some other University interested in contributing the DMCC

5. Ministry of Forestry, Indonesia
FireWatch Indonesia
Building Fire Monitoring Infrastructure and Capacity for the Indonesian Government to Monitor and Manage Forest Fires
Israr
Ministry of Forestry, Indonesia

6. FireWatch Indonesia
Partners: Indonesia’s Agency for Space and Aeoronautics (LAPAN), Ministry of Forestry, Bandung Institut of Technology (ITB), Bina Nusantara University, Ministry of National Education and Ministry of Environment, with Landgate Western Australia.
Delivering:
Automatic processing of real-time satellite imagery
Hardware, software and communication installation
High speed access to satellite imagery products for fire management
Multiple levels of redundancy
Partnerships between government agencies

7. Technical problems
Fire Monitoring : MODIS from Satellite Receiver Station (South Sulawesi and West Java) to LAPAN or Min of Forestry for processing – 6 GB/day It is difficult to deliver the data via Internet due to limited bandwidth access in Indonesia Solution : Using INHERENT and TEIN3 Network to deliver high quality MODIS data near real time. 100 Mbytes could deliver less than 2 minutes (from West Java to LAPAN or regional Ministry Forestry office at Provincial Level

8. The FireWatch Indonesia System
FWI Network
INHERENT Indonesia Higher Education Network.
BINUS
TEIN3 Trans-Eurasia Information Network
AARNET Australia's Academic and Research Network
Satellite Reception
LAPAN – Parepare (South Sulawesi)
LAPAN – Rumpin (West Java)
NASA – White Sands, USA
Bureau of Met. – Darwin, Aus.(future)
Satellite Image Processing Servers
LAPAN – Parepare (South Sulawesi)
LAPAN – Rumpin (West Java)
Landgate – Perth Australia
FWI Web Servers and Storage
Ministry of Forestry – Jakarta
LAPAN – Pekayon
Landgate – Perth
FWI Users - current
Ministry of Forestry – Pekanbaru (Riau)
Ministry of Forestry – Palangkaraya (Central Kalimantan)
Ministry of Environment – Jakarta

10. MODIS Data –NASA Source Data from MODIS Data- NASA
Updates every days
Deliver using KML (google earth)
With the KML format , directly we can used the exact information where the fire’s came from

11. Google with KML’s data from MODIS NASA

12. Capture on the day( )

13. Earth.nullschool.net
a visualization of global weather conditions forecast by supercomputers updated every three hours
 The indicators :
COsc , Carbon Monoxide surface concentration
Wind directions and speed
Good as a models

14.
10.09 WIB
15.57 WIB

15.
10.23 WIB
12.33 WIB

16. Installation for reduce Polution Index in Classroom
Zeily Nurachman ,
Department of Chemistry
ITB

17. Principle Haze protection System TERBUKTI (Provent) MUDAH (Simple)
Reduce air polution Index
MUDAH
(Simple)
Simple implementation and maintenance
Haze protection System
MURAH
(Cost effectiveness)
Cheap mateial , easy to install
EDUKASI
(Education)
The education’s media for pupil /students .
MUMPUNI dan KONTINYU
(Reliable and Sustainable)
Dapat digunakan terus setelah problem asap selesai

18. Trial Location : SD Percobaan – Kota Padang
timeline : 27 – 28 Oktober 2015

19. Installation system Aquarium Kipas Angin Air filter Exhaust Fan
Tumbuhan
Air filter

21. Results Reduce Air Polution Index Index on City (Padang) = 288
Index on the class room after installation = 78

22. President’s visited to School

23. ITB’s will inisiated again the firewatch movement
The weather models WRF is waiting for the next prediction for the firewatch and haze on the Indonesia and region
ITB will required for