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Accuracy of alert systems to detect environmental disasters based on remote sensing satellite observations.

机译:基于遥感卫星观测的警报系统检测环境灾害的准确性。

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Monitoring of oil and gas spill together with the control of pollution in oil and gas plants are key features for the security of oil and gas installations, for human health, air quality control and ultimately for the development of effective control strategies. Advances in remote sensing technologies can help to identify parties potentially responsible for pollution and to identify minor spills before they cause widespread damage. However, no single sensor has the capability to provide all the needed information, and combinations of sensors are currently used for monitoring and alert. Integrated systems, including ground based, airborne and space borne systems are the most promising candidates for efficient future contingency and alert plans. In particular, Doppler Wind lidar profiles can give a unique set of information to improve the operational use of other sensors in the frame of oil spill response. Oil companies and shipping operators are responsible for controlling spilled oil and cleaning polluted areas. In the event of an oil spill, information about the size and extent of the spill is critical to assist the government and industry in oil spill contingency planning and reducing economic losses
机译:对石油和天然气污染的对石油和天然气污染的监测是石油和天然气装置安全的关键特征,为人类健康,空气质量控制,最终为有效控制策略的发展。遥感技术的进步可以帮助识别可能负责污染的各方,并在造成广泛损害之前识别小溢出。但是,没有单个传感器具有提供所有所需信息的能力,并且传感器的组合目前用于监视和警报。综合系统,包括基于地面的,空中和太空系统是最有希望的候选人,以实现有效的未来应急和警报计划。特别地,多普勒风光雷达轮廓可以提供独特的信息,以改善漏油框架框架中其他传感器的操作使用。石油公司和航运运营商负责控制溢油和清洁污染区域。在漏油泄漏的情况下,有关泄漏规模和范围的信息对于协助政府和工业的石油泄漏应急计划和减少经济损失至关重要

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