英文摘要 |
The effect of climate change on the scarcity, reasonable accessibility and distributional fairness of water has provoked debates around the world, General Comment No. 15 announced by the U.N. Economic and Social Commission in 2002 explicitly emphasized the importance of "the human right to water" and its relation to protecting other human rights such as the rights to life, health and an adequate living standard. At the same time, Taiwan's Legislative Yuan passed the International Covenant of Economic, Social and Cultural Rights, which includes the basic protection of the human right to water.In August 2008, the National Science Council chose the site for the Phase II Taiwan Science Park Development Project Phase II. The project created controversy over issues of polluted water discharge, water allocation between agricultural and industrial utilization, and procedural injustice in the environmental impact assessment process. These controversies drew attention to the issue of water rights both locally and throughout Taiwanese society. This study applies the definition of the human right to water embodied in General Comment No.15 and the obligations of nation states implied by that definition to discuss the justice of climate change and the concept of water resources. The paper examines procedures for public participation in water resource management, regulations on chemical use and discharge, and the legitimacy of water allocation between agriculture and industry.Applying a broad human rights research approach, this study makes recommendations to relevant authorities regarding water allocation and regulations on industrially polluted water discharge. It points out that Taiwan's government should follow the international human right conventions regarding verification and approval of major development projects involving water resource rights in the future. In response to the effects of climate change, the government should concurrently follow these conventions to establish policies for sustainable living and water resource utilization. |