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Resilience Modification and Dynamic Risk Assessment in Hybrid Systems: Study Cases in Underground Settlements of Murgia Edge (Apulia, Southern Italy)

机译:混合系统中的恢复能改压和动态风险评估:蒙古边缘地下定居点的研究案例(Apulia,意大利南部)

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摘要

The resilience of natural system, not affected by anthropic modifications, can be altered by many natural drivers (e.g. geological conditions, climate, etc.) and their spatial modifications. Over time, human activities have modified many natural systems generating "hybrid systems" (both human and natural), in which natural and anthropic drivers changed their vulnerability, in order to decrease or increase their resilience. Potential emerging signals of the resilience variation are difficult to assess because of wrong risk perception and lack of communication. In this context of soft crisis, it would be appropriate a dynamic risk assessment of hybrid systems in order to avoid disaster when hazardous phenomena occur, but it is a quite complex issue. The aim is to define the relationship between the hybrid system resilience, referring to study cases located in Apulia region, and some emerging signals and their records over time. Furthermore, the aim is to understand how human and natural drivers were involved in the shift.
机译:许多自然司机(例如地质条件,气候等)和空间修改,可以改变自然系统的自然系统的抵御能力。随着时间的推移,人类的活动已经修改了许多自然系统,产生“混合系统”(人类和自然),其中天然和人体司机改变了他们的脆弱性,以减少或增加他们的弹性。由于错误的风险感知和缺乏通信,难以评估弹性变化的潜在新出现的信号。在这种软危机的背景下,将适当对混合系统的动态风险评估,以避免在发生危险现象时灾难,但这是一个非常复杂的问题。目的是定义混合系统弹性之间的关系,参考位于Apulia地区的研究案例,以及一些新兴信号及其随时间的记录。此外,目的是了解人类和自然司机如何参与班次。

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