Conference: The 25th Silver Anniversary Meeting of The International Environmetrics Society (TIES) Nov.21-25,2015,United Arab Emirates(UAE) University,Al Ain,United Arab Emirates

会议：国际环境计量学会（TIES）25周年银周年纪念会议，2015年11月21-25日，阿拉伯联合酋长国（UAE）大学，阿拉伯联合酋长国艾恩

• 批准号: 1550435
• 负责人: Yulia Gel
• 金额: $ 1.2万
• 依托单位: University of Texas at Dallas
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-09-01 至 2016-02-29
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1550435&HistoricalAwards=false
• 关键词: Conference; 25th; Silver; Anniversary; Meeting

1550435GelThe 25th Silver Anniversary Meeting of The International Environmetrics Society (TIES) to be held between November 21 -- 25, 2015 at the United Arab Emirates (UAE) University, Al Ain, United Arab Emirates, aims to provide an open interdisciplinary forum for cross-fertilization of ideas and enhancing cohesion between experts from statistics, environmental engineering, computer science, ecology, hydrology, social sciences, geography, and other environmental disciplines. The objective of the proposal is to request support for US graduate students, junior researchers and under-represented minorities working in the field of quantitative environmental sciences to participate at the 25th Annual Meeting of The International Environmetrics Society (TIES). The rampant growth of digital technologies and information storage have revolutionized the volume, velocity and variety of collected information, leading to the so-called "Big Data" paradigm. In turn, this alters the way in which environmental scientists sense and analyze the available information dramatically, and ignites an ever-increasing interest in the Big Data phenomenon virtually everywhere, from smart and sustainable cities to renewable energy to health and business analytics. However, Big Data is not only about managing massive data volumes, it is much more on developing pioneering ways to connect various knowledge domains and fuse information from non-traditional sources. Indeed, what is substantially less discussed at the workshops on Big Data is the whelm of new ground-breaking interdisciplinary links that emerge from these massive information volumes. For example, what is common between Facebook, natural disaster awareness and ecological foodwebs' Who is responsible for increasing house insurance rates: outdated building standards, city infrastructure or climate change, and what can be done in the short and long-term perspectives' In the era of massive multi-platform, multi-scale and multi-source data, there appear increasingly more such examples that fall well beyond the scope of any single discipline or field of research practice and that connect across domains with new fascinating capabilities. Such problems must be addressed simultaneously from different perspectives, ranging from modern statistical sciences to pure and applied studies of Earth systems and their exposure to physical and human influences to environmental engineering and public policy. TIES2015 conference will highlight an interdisciplinary dimension of modern environmental research and will facilitate a better understanding of implications of climate change on ecosystems, economics, policy and our society as a whole.

1550435GelThe 25th Silver Anniversary Meeting of The International Environmetrics Society (TIES) to be held between November 21 -- 25, 2015 at the United Arab Emirates (UAE) University, Al Ain, United Arab Emirates, aims to provide an open interdisciplinary forum for cross-fertilization of ideas and enhancing cohesion between experts from statistics, environmental engineering, computer science, ecology, hydrology, social sciences, geography, and其他环境学科。该提案的目的是要求美国研究生，初级研究人员和在定量环境科学领域工作的少数群体的支持，以参加国际环境学会（TIES）的第25届年度会议。数字技术和信息存储的猖ramp的增长彻底改变了收集的信息的数量，速度和多样性，从而导致了所谓的“大数据”范式。反过来，这改变了环境科学家感知和分析可用信息的方式，并激发了人们对大数据现象几乎到处的不断增强的兴趣，从智能和可持续的城市到可再生能源到健康和业务分析。但是，大数据不仅在于管理大量数据量，而且更多地在开发开拓方式来连接各种知识领域和来自非传统来源的信息的方法。的确，关于大数据的研讨会上讨论的较少讨论的是从这些庞大的信息量中出现的新开创性跨学科链接的蠕动。例如，Facebook，自然灾害意识和生态食品之间的常见是负责提高房屋保险费率的人：过时的建筑标准，城市基础设施或气候变化，以及在短期和长期的角度可以做的事情，在大规模的多平台，多级和多组合数据的范围内，在巨大的多个研究中，都可以表现出任何范围，以外的任何一个尚未出现的范围，而不仅仅是探讨了任何一个范围，而且要划分的单个脉络，而不仅仅是探讨了任何一个范围的范围。跨域具有新的迷人功能。从不同的角度，必须同时解决此类问题，从现代统计科学到纯粹的地球系统应用和应用研究，以及它们对物理和人类影响到环境工程和公共政策的影响。 TIES2015会议将重点介绍现代环境研究的跨学科维度，并有助于更好地理解气候变化对生态系统，经济学，政策和整个社会的影响。