Miri
Area total26777.1 km²
Coordinates3.7°N 114.5°E
Population as of2000
Population total316400
Division Office locationMiri
Local area government (s)Miri City Council (MBM)
Majlis Daerah Subis (MDS)
Majlis Daerah Marudi (MDM)
ResidentHj. Mastapa bin Hj. Julaihi
License plate prefixQM

Miri Division is one of the twelve administrative divisions of Sarawak, Malaysia.

Geography

It has a total area of 26,777.1 square kilometres, and is the second largest division after Kapit Division. The seat of this division is the city of Miri.

Miri Division consists of five districts: Miri, Subis, Marudi, Beluru and Telang Usan.

Of the 21 seismic events that happened in Sarawak from 1874 to 2011, the majority of them occurred between Niah and Selangau regions, which corresponds to Miri and Bintulu Divisions with Modified Mercalli intensity scale (MMI) of 3.5 to 5.3 magnitude.[1]

Population

The population of Miri Division (year 2000 census) was 316,400. Ethnically, the population was Iban, Chinese, Malay (mostly Bruneian, Miriek as well as Kedayan), Melanau, Kayan, Kenyah, Lun Bawang and Kelabit. Due to the petroleum industry, there is also a large foreign worker population.

Economy

The economy is largely based on petroleum and natural gas extraction from both onshore and offshore wells, and related petroleum refining, liquefied natural gas and chemical production. Another major industry is timber processing from Miri's huge tropical rainforest. Processed wood products, rather than log export has been given priority by the government. Agriculture is includes oil palm, rubber, and pepper as the main products. Tourism, particularly ecotourism, is a growing component of the economy.

Protected areas

Administration

Members of Parliament

ParliamentMember of ParliamentParty
P217 BintuluYB Datuk Tiong King SingGPS (PDP)
P218 SibutiYB Dato Lukanisman Awang SauniGPS (PBB)
P219 MiriYB Michael TeoPH (PKR)
P220 BaramYB Dato Anyi NgauGPS (PDP)

Education

References

  1. ^ Halim, Ida Sharmiza A.; Rambat, Shuib; Noh Muhammad, Ramzanee M (2022). "Site-Suitability Analysis on Seismic Stations using Geographic Information Systems". Disaster Advances. 15 (2): 1–14. doi:10.25303/1502da001014. Archived 30 September 2023 at the Wayback Machine. Retrieved 5 April 2024.