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Assignment 2 Asian Studies AST:1002 John Banton
Natural Disaster in Indonesia: Forest Fire and Volcano
Natural disasters in Asia can cause severe damage in localised areas. This can be seen in Indonesia, a country prone to both volcanic eruption and forest fires. Natural disasters involving volcanic eruption and forest fires have the ability to irreparably damage plant and animal ecosystems and also human social environments. Minimising the impact of these disasters is vital in regions hosting endangered plant and animal species. This essay seeks to explore the impact of forest fires and volcanic eruption on the ecological and social environment. While governments may not be able to prevent natural disasters, this essay will seek to show that long-term damage to ecological and social environments may be minimised through developing natural disaster monitoring, management and response strategies.
Indonesia has suffered, and is at risk of suffering, severe damage to the environment due to volcanic eruption and forest fires. Rare plant and animal species risk possible extinction in areas prone to these natural disasters. According to the University of South Dakota’s Volcano World web site, 10,000 people were killed in the 1815 Tambora eruption in Indonesia. The environmental impact of the eruption caused crop loss and a famine that killed a further 80,000 people. The eruption of the island of Krakatoa in 1883, and the tsunami that followed, caused the deaths of 50,000 people (Volcano World, 2002). Indonesia has 52 active volcanos. The reoccurring forest fires of Kalimantan, caused by a complex combination of natural and human factors, have caused the destruction of over 3 million hectares of lowland tropical rain forest, swamp and peat forest (Goldammer & Seibert cited by Chapman & Baker, 1995, p.101). Studies into the environmental consequences of volcanic eruption illustrate the devastating effect they can have on localised areas. For example, in the Mount Saint Helens eruption (USA), 150 square miles of forest was destroyed and pyroclastic flows from the crater sterilised 6 square miles of forest with temperatures nearing 1,300 degrees Fahrenheit (Frenzen, 1999). Over 7,000 game animals, 12 million fish and millions of birds and small mammals were lost in the Mount Saint Helen’s eruption. Frenzen (1999) estimates that it will take between 200 and 500 years before for plant and animal life is restored to be to pre-eruption levels. Fires can also have a devastating effect on immense tracts of forested land. The destruction of the forest by fire subjects these lands, especially on water sheds, to severe soil erosion (Chapman and Baker. 1995 p.99). Indonesia has over 140 threatened mammal species, 113 threatened bird species and 264 threatened plant species (World Bank, 2001). Volcanic eruption and forest fire could potentially exterminate species of rare plant and animal life, with a resultant loss to the world gene pool.
Volcanic eruption and forest fires as we have seen, threaten plant and animal habitats, but they also threaten human social environments. Unfortunately it is possible for poorly planned ‘humanitarian’ post-disaster responses to cause long-term damage to previously sustainable human social environments. Many Asian cultures have developed, over generations, sustainable relationships with their environment. Local custom and village law may regulate human interaction with the forest and the land in a way that is difficult for a western mind to understand. Many Asian cultures attribute spiritual value to land and the environment and gain a sense of their history and identity from the land. The president of the Asian Development Bank in an address to a workshop on indigenous peoples and poverty reduction, said
Indigenous peoples and ethnic minorities have very unique cultures and traditions, with their own languages, and are striving today for development that respects their identity, values and institutions. Their distinct cultures can be intimately linked to traditional forms of land tenure and resource management (Chino, 2001)
A study on the effects of relocation on 4000 evacuees, following a volcanic eruption on the Indonesian island of Nila, shows that relocation of people following a natural disaster can sometimes create a long term social disaster. Although these residents resisted resettlement amidst claims of that the Indonesian government had economic motives for such a large scale evacuation, Pannell’s (1999) study is helpful in understanding some of the complex issues in post disaster responses. While the Indonesian Government met the basic needs of the evacuees generously, it appears that those involved in planning the evacuation and subsequent resettlement, did not take into account the social and cultural values which make up the islanders unique identity. Villagers were allocated identical accommodation based upon alphabetised lists rather than attempting to preserve the evacuee’s sense of social order. The evacuees, primarily fishermen, were allocated land away from the ocean which fundamentally changed their way of life and diet. The Nila Islanders used to say ‘you have not had a meal if you have not eaten fish’ (Pannel, 1999). Nila islanders became recipients of government support and lost their environmentally sustainable village lifestyle and strong cultural identity. While older islanders make an annual journey back to ancestral islands, their more modern offspring have their eyes set on the ‘big city’ provincial capital. Culturally the evacuees may be difficult to distinguish from other transmigrants within a generation.
Recommendations to minimise serious environmental damage and the loss of human life during volcanic eruptions and forest fires, should include the deploying of appropriate early warning systems, developing disaster response strategies and training emergency response teams. Seismic monitoring is one valuable early warning tool that could be introduced to minimise some of the impact of a volcanic eruption. Kalimantan’s forest fire problem however, requires the creation of a complete fire prevention and fire fighting infrastructure. Significant international funding is being made available to accomplish this. Indonesia’s 14,000 fire-fighters (OCHA, 1998) could be augmented by recruiting local volunteer fire brigades. This would assist in fire control as well as creating a sense of ownership of the forest fire problem at the local level. An increased deployment of Forest Rangers, currently Indonesia has 9,700 Forest Rangers but needs at least 14,000 according to Suhariyanto and Pernama (2001, p.3), could take on responsibility for fire spotting as well as educating communities in fire safe agricultural methods. It should also be noted that unless affected communities are involved in designing pre and post disaster strategies, attempts at humanitarian or environmental aide may be viewed with suspicion and potentially resisted. As rare flora and fauna is highly susceptible to severe damage from volcanic eruption and forest fire, surveys could be made of ‘at risk’ areas in order to identify plant species that would benefit from a preservation strategy, perhaps including the use of seed banks. Animal species ‘at risk’ may be introduced to new areas in order to ensure their preservation in the event of natural disaster.
Indonesia’s forests, rare plant and animal species and habitats are at risk from natural disasters such as volcanic eruption and forests fires. Strategies need to be designed and implemented in order to ensure that this valuable biodiversity is not lost in the event of natural disaster. Early warning strategies may assist disaster response personnel to quickly implement pre-planned strategies to minimise the loss of environmental habitats and human life in the event of a natural disaster. While it is encouraging that many international organisations appear willing to assist in designing disaster response strategies and infrastructure, strategies must also be negotiated at a local, not just national or international level. Local communities need to be part of the consultation process in order to gain a sense of ownership of the disaster prevention and response strategies. Unless local communities can see local benefit in supporting these strategies, the strategies, as good as they may seem on paper, may well fail to produce the results hoped for by international conferences and workshops. Minimising the effects of natural disasters upon the human social environment might only be attained by including the views of local peoples who have developed environmentally sustainable lifestyles. Strategies for disaster prevention and post disaster response should take into account the values and culture of local communities as well as protecting valuable biodiversity and fragile habitats.
Bibliography
Chino T, 25 October 2001, Internet. Asia Development Bank President addresses the Regional Workshop on Indigenous Peoples and Poverty Reduction. Online. Internet. 1 September 2002. Available from URL http://www.adb.org/Documents/Speeches/2001/ms2001073.asp Chapman, G & Baker K. 1995, The Changing Geography of Asia, Routledge, New York.
Frenzen, P., 1999, Biological Responses to the 1980 Eruptions of Mount St. Helens. Online. Internet. 29 August 2002. Available from URL http://www.fs.fed.us/gpnf/mshnvm/research/faq.htm#plant recovery
Goldammer, J. G., and Siebert, B. 1990, ‘The impact of droughts and forest fires on tropical lowland rain forests in East Kalimantan’ in Goldammer, J. G. (ed) Fire in Tropical Biota, Ecological Studies 1984, Berlin, Springer cited in The Changing Geography of Asia, Chapman, G & Baker K. 1995, Routledge, New York.
Suhariyanto, W. & Pernama, B. 11 September 2001, Law Enforcement and Forest Protection in Indonesia. Online. Internet. 1 September 2002. Available from URL
UN Office for the Coordination of Humanitarian Affairs (OCHA), 30 April 1998. Online. Internet. 30 August 2002. Available from URL http://wwwnotes.reliefweb.int/files/RWDomino.nsf/SearchResults/734529FF6F1B6E39C125662E004AD866?OpenDocument.
University of North Dakota, 2002, Volcano World. Online. Internet. 29 August 2002. Available from URL http://volcano.und.nodak.edu/vwdocs/volc_images/sorted_by_country.html
World Bank, 2001, World Development Indicators: Deforestation and Biodiversity. Online. Internet. 29 August 2002. Available from URL http://www.worldbank.org/data/wdi2001/pdfs/tab3_4.pdf
Appendix 1
Photograph of the eruption of Mt St Helens in the Austin Post, May 1980
Smith, V. May 1998, the Many Faces of Mount Saint Helens, Online. Internet. 1 September 2002. This page last updated August 14, 2002. Available from URL http://www.olywa.net/radu/valerie/StHelens.html Appendix 2
Opening Address by Tadao Chino
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