英语翻译EARTH observation technologies have recently gained a key role in the fields of environmental monitoring and disaster prevention.In the past,the technological solutions operating mostly at large scale (i.e.,observation from spacecrafts or

英语翻译EARTH observation technologies have recently gained a key role in the fields of environmental monitoring and disaster prevention.In the past,the technological solutions operating mostly at large scale (i.e.,observation from spacecrafts or
英语翻译
EARTH observation technologies have recently gained a key role in the fields of environmental monitoring and disaster prevention.In the past,the technological solutions operating mostly at large scale (i.e.,observation from spacecrafts or aircrafts) have allowed the discovery of many long-term environmental phenomena or modifications,depending on a huge number of physical parameters both at large- and small-scales.However,because of the complexity of the monitored systems,the understanding of such phenomena could not be achieved by means of classical earth observation technologies.As a consequence,researchers have been pushed in the development of innovative and integrated earth observation strategies,able to detect in a real-time fashion the spatial and temporal variability of the parameters of interest in the physical environment under test.Thanks to the distributed sensing and intelligence,these novel technologies are able to improve the knowledge of environmental phenomena and validate complex Earth System Models (ESMs).In a near future,the pervasiveness of such systems will certainly provide the scientist with global instruments suitable for the observation of climate changes as well as for the implementation of early warning systems against disasters

英语翻译EARTH observation technologies have recently gained a key role in the fields of environmental monitoring and disaster prevention.In the past,the technological solutions operating mostly at large scale (i.e.,observation from spacecrafts or
地观测技术最近获得了关键作用,在环境监测领域和防灾.过去,技术解决方案的主要经营规模较大(例如,观测宇宙飞船或飞机)使得发现的许多长期的环境现象或修正,根据大量的物理参数,small-scales两大.但是,由于监测系统的复杂性,这种现象的理解不能达到通过经典地观测技术.因此,研究人员已经在推发展创新和综合地观测策略,能够侦测到实时的时尚的时空变异性参数物理环境下兴趣测试.多亏了分布式传感和智力,这些新技术可以改善其知识的环境现象和验证复杂的地球系统模型(ESMs).在不远的将来,普及工作这类系统必将提供科学家观测仪器适合全球气候变化以及实施对灾害预警系统