İklim Değişikliği Çerçevesinde Ankara İli Ana Su Havzaları Gelecek Projeksiyonu: Sakarya ve Batı Karadeniz Havzaları

M. Kale
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引用次数: 2

Abstract

In this study; the impact of global climate change on the water resources of Ankara, located in the Sakarya and Western Black Sea basins, was investigated. In the study, IPCC AR4 and AR5 scenario outputs and long term precipitation and temperature datasets were used together. The main source of the water in the sub-basins where the regulators and dams are located is the precipitation in the winter and spring seasons. According to the results of the study, at the end of the projection period, precipitation anomalies in the sub-basin where the regulator is located reach up to10% in the winter season. In the same basin, precipitation anomalies in spring season ranging from - 20% to 10% are expected. At the end of the projection period, in the winter season it is expected that reach up to 10% in the sub-basins where the dams are located. In the spring season, negative precipitation anomalies are expected, up to 10% according to SRES A2 outputs and varying according to other scenario outputs. At the end of the projection period, temperature anomalies are expected between 2° C and 6°C in winter and spring seasons.
在本研究中;研究了全球气候变化对位于萨卡里亚和黑海西部盆地的安卡拉水资源的影响。本研究将IPCC AR4和AR5情景输出与长期降水和温度数据集结合使用。调节坝所在子流域的主要水源是冬春两季降水。研究结果表明,在预测期结束时,调节器所在的子流域冬季降水异常高达10%。同一流域春季降水距平幅度在- 20% ~ 10%之间。在预测期结束时,在冬季,预计大坝所在的子流域的这一比例将达到10%。在春季,根据SRES A2输出,预计负降水异常高达10%,并根据其他情景输出而变化。在预估期结束时,冬季和春季的温度异常预计在2°C至6°C之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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