Extending NASA earth-sun system research results to serve GEOSS societal benefits

R. Birk
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引用次数: 5

Abstract

From the 1980s through 2004, NASA developed and deployed the Earth Observing System to conduct global research using measurements from the Terra, Aqua, and Aura spacecraft. The research results from these and other NASA space-based observatories are pathfinders for next-generation operational systems and are information sources for evolving computer models used to improve predictions of weather, climate, and natural hazards. Improved understanding of climate change and the prediction and preparedness associated with disasters are two additional societal benefit areas of the GEO. One of NASA’s goals is to extend benefits of space research to improve scientific understanding of the Earth system and to demonstrate new technologies with the potential to improve future operational systems. NASA focuses on applications of national priority to transition these benefits systematically, enabling and improving integrated system solutions that inform decisions to serve society. Management of energy, coastal and biological ecosystems, agriculture, water, and human health are applications served by integrating NASA research results into solutions that are consistent with GEO societal benefit areas. NASA and the GEO share a common framework architecture to systematically apply Earth observations and predictions to enable decision support for specific applications areas. Over the next 10 years, NASA plans to continue collaborations with its U.S. and international partners to develop and deploy innovative research spacecraft and instruments. These systems can demonstrate the capacity for space systems to address targets identified in The Global Earth Observation System of Systems (GEOSS) 10-Year Implementation Plan. I. OBJECTIVES AND CONTEXT National Aeronautics and Space Administration (NASA) goals include extending the benefits of space research to improve scientific understanding of the Earth system and demonstrating new technologies with the potential to improve future operational systems. NASA’s objectives include focusing on applications of national priority to systematically transition the benefits of scientific research results and innovative technologies, enabling and improving integrated system solutions that inform decisions to serve society. NASA’s pursuit of improved understanding and prediction of weather, climate, and natural hazards is consistent with the societal benefit areas identified by the international Group on Earth Observations (GEO), along with applying Earth observation system capacity to the management of energy, coastal and biological ecosystems, agriculture, water, and human health. The societal benefit areas (Fig. 1) are described in the Global Earth Observation System of Systems (GEOSS) 10-Year Implementation Plan [1] and in the NASA Earth Science Applications Plan [2].
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扩展NASA地球-太阳系统的研究成果,为GEOSS的社会效益服务
从20世纪80年代到2004年,美国宇航局开发并部署了地球观测系统,利用Terra、Aqua和Aura航天器的测量数据进行全球研究。来自这些和其他NASA天基天文台的研究成果是下一代操作系统的探路者,也是用于改进天气、气候和自然灾害预测的不断发展的计算机模型的信息源。提高对气候变化的认识以及与灾害有关的预测和准备是GEO的另外两个社会效益领域。NASA的目标之一是扩大空间研究的好处,以提高对地球系统的科学认识,并展示具有改进未来操作系统潜力的新技术。NASA将重点放在国家优先项目的应用上,系统地转变这些利益,实现和改进集成系统解决方案,为服务社会的决策提供信息。能源、沿海和生物生态系统、农业、水和人类健康的管理应用是通过将NASA的研究成果整合到与GEO社会效益领域一致的解决方案中来实现的。NASA和GEO共享一个通用框架架构,系统地应用地球观测和预测,为特定应用领域提供决策支持。在未来10年里,NASA计划继续与美国和国际合作伙伴合作,开发和部署创新的研究航天器和仪器。这些系统可以展示空间系统处理全球地球观测系统(GEOSS) 10年实施计划中确定的目标的能力。一、目标和背景美国国家航空航天局(NASA)的目标包括扩大空间研究的惠益,以提高对地球系统的科学认识,并展示有可能改进未来业务系统的新技术。NASA的目标包括关注国家优先项目的应用,系统地转化科学研究成果和创新技术的效益,实现和改进集成系统解决方案,为服务社会的决策提供信息。NASA追求提高对天气、气候和自然灾害的理解和预测,这与国际地球观测组织(GEO)确定的社会效益领域是一致的,同时也与将地球观测系统能力应用于能源、沿海和生物生态系统、农业、水和人类健康的管理相一致。社会效益领域(图1)在全球地球观测系统(GEOSS) 10年实施计划[1]和NASA地球科学应用计划[2]中进行了描述。
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