环境影响跟踪:以多个大学校园建设项目为例

J. Barrantes, Gilberto Piedra-Marín, José Pablo Sibaja Brenes, Mario Cordero
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引用次数: 0

摘要

建设项目已成为全球经济的推动力,对能源消耗、环境排放和社会问题产生重大影响。建筑物的建造和运行对脆弱的环境有着巨大的、直接的和间接的影响。这些不利影响包括资源枯竭、生物多样性丧失、垃圾填埋问题、生产力下降、不利的人类健康、全球变暖、酸雨和烟雾等。因此,许多建筑商希望通过采用环境管理系统来控制其活动的不利影响。环境影响评价是发展规划和决策的主要工具。在之前的工作中,我们进行了17个建设项目的环境影响评估,这些项目将在哥斯达黎加国立大学的各个大学校园内建造。在这项工作中,我们专注于评估2016-2017年期间完成的八个建设项目的重要环境因素(sea),以及执行社会和环境程序,作为这八个建设项目最重要的环境影响的后续工作。此外,我们制定了八项与社会和环境问题有关的程序,以便对我们以前工作中确定的最重要的环境影响评估进行后续行动。他们确定了33个环境因素,其中22个被列为重要因素。8个建设项目的社会和环境程序的平均符合性在77-92%之间,这表明这些社会和环境程序必须整合到一个通用的评估方案中,以评估每个待开发的建设项目。
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ENVIRONMENTAL IMPACT FOLLOW UP: A CASE STUDY OF SEVERAL CONSTRUCTION PROJECTS IN VARIOUS UNIVERSITY CAMPUSES
Construction projects have become a driving force for the worldwide economy, with significant impacts on energy consumption, environmental emissions, and social issues. Building constructions and operations have massive, direct and indirect effects on the fragile surroundings. Such adverse impacts include resource depletion, biological diversity losses, landfill problems, decreased productivity, adverse human health, global warming, acid rain, and smog, among others. As a result, many constructors look forward to controlling the adverse impacts of their activities by adopting environmental management systems. Environmental impact assessments (EIAs) are primary instruments for development planning as well as decision making. In a previous work, we carried out the EIAs of seventeen construction projects, to be built in various university campus of Universidad Nacional, Costa Rica. In this work we focused on assessing the significant environmental aspects (SEAs) of eight construction projects, which were completed during 2016–2017, and also on performing social and environmental procedures as a follow-up of the most significant environmental impacts of these eight construction projects. Also, eight procedures related with social and environmental issues were developed in order to perform a follow-up of the most important SEAs identified in our previous work. They were identified thirty three environmental aspects, with 22 of them being classified as significant. The average compliance of the social and environmental procedures for the eight construction projects were in the 77–92% range, which suggested that these the social and environmental procedures they must be integrated into one general evaluation protocol for assessing every single construction project to be developed.
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