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Impacts of climate change on the hydrology of two Natura 2000 sites in Northern Greece

机译:气候变化对希腊北部两个Natura 2000站点水文学的影响

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Greece is included among the most vulnerable regions of Europe by climate change on account of higher temperature and reduced rainfall in areas already facing water scarcity. With respect to wetland systems, many ephemeral ones are expected to disappear and several permanent to shrink due to climate change. As regards two specific wetlands of Greece, the change in hydroperiod of Cheimaditida and Kerkini lakes due to climate change was studied. Lakes' water balance was simulated using historical climate data and the emission scenarios I1I' for the period 2020-2050 and I1I' and I2 for the period 2070-2100. Future climate scenarios, based on emission scenarios A1B and A2, were provided in the context of the study of Climate Change Impacts Study Committee. The surface area of Lake Cheimaditida will undergo a substantial decrease, initially by 20 % during the period 2020-2050 and later until 37 % during the period 2070-2100. In Lake Kerkini, the surface area will decrease, initially by 5 % during the period 2020-2050 and later until 14 % during the period 2070-2100. Climate change is anticipated to impact the hydroperiod of the two wetlands, and the sustainable water management is essential to prevent the wetland's biodiversity loss.
机译:由于气候变化,希腊已成为欧洲最脆弱的地区之一,原因是已经面临缺水的地区气温升高且降雨减少。关于湿地系统,由于气候变化,预计许多短暂的系统将消失,一些永久的系统将减少。关于希腊的两个特​​定湿地,研究了由于气候变化而导致的Cheimaditida和Kerkini湖泊的水文期变化。利用历史气候数据和2020-2050年期间的I1I'和2070-2100年期间的I1I'和I2来模拟湖泊的水平衡。在气候变化影响研究委员会的研究背景下,提供了基于排放情景A1B和A2的未来气候情景。克海那蒂迪达湖的表面积将大幅减少,最初在2020-2050年期间减少20%,然后一直到2070-2100年期间减少37%。在凯尔基尼湖,表面积将减少,最初在2020-2050年期间减少5%,然后逐渐减少,直到2070-2100年期间减少14%。预计气候变化将影响两个湿地的水文期,可持续的水管理对于防止湿地生物多样性的丧失至关重要。

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