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首页> 外文期刊>Fresenius Environmental Bulletin >RELATIONS BETWEEN ECOSYSTEM AND WIND ENERGY
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RELATIONS BETWEEN ECOSYSTEM AND WIND ENERGY

机译:生态系统与风能之间的关系

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摘要

The study explores the amount of energy production by wind turbines in Turkey, in Europe, and in several other countries around the world. Annual production of electric energy through the wind turbines in Turkey is only 2493 MW, which accounts for only 5.8% of the total energy consumption in the country. We discussed the possibilities of how this amount can be increased to 10%, over the next 3-5 years. Turkey, which has 502 bird species, is a part of the Pa-learctic, and is located on important bird migration routes. As a result, birds prefer the migration routes on the areas where the wind intensity is quite high. Certain areas in Turkey, such as Kapidagi peninsula, Iskenderun, Izmir, Belen, or Adana, are located on high wind intensity routes. Continuous monitoring programs for migratory bird species must be carried out for several years before the wind turbines are built on such areas. In this work, we discussed the collision effects of wind turbines on birds and bats, based on information obtained from literature and field observations both in Turkey and in several other countries. For example, the wind turbines in four states in the eastern part of the United States have only 0.003% share for bird deaths in the region. Similarly, it was found that only 0.23 individual bats died per year by wind turbines in Brandenburg, Germany. Similarly, the death rates of birds and bats caused by wind turbines are quite low compared to other human factors in Turkey. The available data indicate that death rates of birds and bats by wind turbines in relation to the other factors (e.g. by clashing up against glass windows of buildings) is quite low. Therefore, public oppositions against wind turbines are not well justified. Considering the ever lasting energy needs of mankind and environmental deterioration due fossil fuels and nuclear energy, establishment of wind turbines as green energy sources must be encouraged in appropriate places accomponied by bird observation programs along with recommended implementations proposed by ornitol-ogy reports.
机译:该研究探讨了土耳其,欧洲以及世界其他几个国家的风力涡轮机的能源生产量。土耳其通过风力涡轮机发电的年发电量仅为2493兆瓦,仅占该国总能源消耗的5.8%。我们讨论了在未来3-5年内如何将该金额增加到10%的可能性。土耳其有502种鸟类,是Pa-learctic的一部分,位于重要的鸟类迁徙路线上。结果,鸟类更喜欢在风强度很高的地区迁移。土耳其的某些地区,例如Kapidagi半岛,Iskenderun,伊兹密尔,Belen或Adana,位于高风强度路线上。在将风力涡轮机安装在此类区域之前,必须对鸟类的迁徙物种进行连续的监测计划数年。在这项工作中,我们根据从土耳其和其他几个国家的文献资料和实地观察获得的信息,讨论了风力涡轮机对鸟类和蝙蝠的碰撞影响。例如,美国东部四个州的风力涡轮机在该地区的鸟类死亡中仅占0.003%的份额。同样,在德国勃兰登堡,发现风力涡轮机每年仅杀死0.23只蝙蝠。同样,与土耳其的其他人为因素相比,风力涡轮机造成的鸟类和蝙蝠的死亡率也很低。现有数据表明,与其他因素(例如,碰撞建筑物的玻璃窗)相比,风力涡轮机造成的鸟和蝙蝠的死亡率非常低。因此,公众反对风力涡轮机的理由不充分。考虑到人类的持久能源需求以及化石燃料和核能带来的环境恶化,必须鼓励在鸟类观察计划以及山梨糖醇-糖蛋白报告建议的建议实施方案的适当地点建立风力涡轮机作为绿色能源。

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