Environmental and Natural Disaster Resilience of Indonesia
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Beschreibung
This study aims at analyzing the resilience of Indonesia from two aspects: one is was natural disaster and the other is environmental protection. Therefore the study comprises two parts. The first aims at analyzing Palangkaraya City in Central Kalimantan Province by constructing apartial and a general equilibrium models; hence the existence of illegal settlements can be explained systematically. The models demonstrates a new attempt in city analysis by introducing the expected flood damage rate on households’ assets. Furthermore, a numerical simulation shows a new finding, namely, that the bid rent by representative low-income households in flood-prone areas canreceive higher than the bid rent by the representative high-income households. The second part examines (1) the provision of public goods such as road construction on the Maros–Watampone Road, and (2) the urban economics of Makassar City. In this second part, the analytic hierarchy process is applied to design efficiency with respect to selecting the best type of road construction in a conservation area. As a result, the elevated bridge is determined to be the most suitable type of construction, followed by cut-and-fill and the tunnel system. The second research approach uses a computable general equilibrium (CGE) model that adds environmental objectives to urban economic objectives in Makassar City. The model examines the impact of the carbon tax based on the 2006 input–output table for Makassar City. The results of all simulations of the CGE model indicates that a carbon tax can reduce the volume of CO2 emissions by 8 %.
This study aims at analyzing the resilience of Indonesia from two aspects: one is was natural disaster and the other is environmental protection. Therefore the study comprises two parts. The first aims at analyzing Palangkaraya City in Central Kalimantan Province by constructing apartial and a general equilibrium models; hence the existence of illegal settlements can be explained systematically. The models demonstrates a new attempt in city analysis by introducing the expected flood damage rate on households’ assets. Furthermore, a numerical simulation shows a new finding, namely, that the bid rent by representative low-income households in flood-prone areas canreceive higher than the bid rent by the representative high-income households. The second part examines (1) the provision of public goods such as road construction on the Maros–Watampone Road, and (2) the urban economics of Makassar City. In this second part, the analytic hierarchy process is applied to design efficiency with respect to selecting the best type of road construction in a conservation area. As a result, the elevated bridge is determined to be the most suitable type of construction, followed by cut-and-fill and the tunnel system. The second research approach uses a computable general equilibrium (CGE) model that adds environmental objectives to urban economic objectives in Makassar City. The model examines the impact of the carbon tax based on the 2006 input–output table for Makassar City. The results of all simulations of the CGE model indicates that a carbon tax can reduce the volume of CO2 emissions by 8 %.
Makes clear, by employing a rigorous economic theory, the principle working behind the existence of illegal settlements in risky areas Uses numerical simulations to create possible policies for reducing illegal settlements and protecting the environment Provides policy recommendations to reduce illegal settlements and improve the natural environment
Autor*in
Yuzuru Miyata
Themen in »Environmental and Natural Disaster Resilience of Indonesia«
Illegal Settlements Carbon Dioxide Computable General Equilibrium Indonesia