程丽博士同时也是“深时数字地球国际大科学计划”(Deep-time Digital Earth，简称DDE）的重要成员。讲座中，程博士为国际部同学和老师们普及了DDE如何开展地震学大科学研究，和大家共同探讨了地球科学数据收集的未来。她还提到，未来会积极寻求DDE与国际部的合作机会，支持国际部地震研究小组在全国各地发展国际部地震教育网络（THIS-ESN），从而更好地促成学生和研究人员之间的国际合作，让学生有机会参加到国际竞赛和研究项目中。
Dr. Li Cheng is one of the leading members of the Deep-time Digital Earth (DDE) project. During the lecture, Dr. Cheng popularized how the international experts working with DDE conduct seismological research and discussed the future of earth science data collection with the international students and teachers. She emphasized that in the future, she will actively seek opportunities for collaboration and support between DDE and the THIS Seismology Team’s earthquake research group in developing the THIS Earthquake Seismic Network (THIS-ESN), hopefully leading to international collaboration between students and researchers, opportunities to participate in international competitions and research.
作为DDE学者期刊的主要编辑，程博士向大家介绍到，DDE是国际地质科学联合会认可的第一个大科学计划，它致力于促进地球演变和可持续发展目标领域的创新研究。DDE利用五个核心科学概念，即大知识、大数据、大平台、大科学和大传播，来协调实时地球深部数据，并分享地求学知识。未来，DDE将在大数据驱动下重建地球生命、地理、物质和气候的演化，进而达到精确重建地球和生命演化历史、识别全球矿产资源与能源的宏观分布规律。并将通过这一计划，为全球数百万研究人员和科技专业用户提供一个跨越科学领域和国家的虚拟科研环境，使其能够存储、共享和使用科研数据。深时数字地球”将开展大科学研究，构建最大地学基础数据库，建成“地学届Google”，从而实现整合地球演化全球数据、共享全球地学知识。
Dr. Cheng, the Journal Manager for the DDE Scholar Report, explained that DDE is the first IUGS- recognized Big Science program. It is dedicated to facilitating innovation in understanding the Earth’s evolution and the Sustainable Development Goals. Using five core scientific concepts, Big Knowledge, Big Data, Big Platform, Big Science and Big Communication, DDE’s mission is to harmonize Real-Time Deep Earth Data, and share global geoscience knowledge to transform earth science as we move through this Digital Age. This work will enable DDE and worldwide researchers to reconstruct the evolution of life, geography, matter, and Earth’s climate, and thus achieve an accurate reconstruction of the evolutionary history of the Earth and life, identify the macroscopic distribution of global mineral resources and energy, and identify the macroscopic distribution of global mineral and energy resources. DDE seeks to provide a virtual research environment for millions of researchers, science, and technology professional users around the world to store, share, and use research data across scientific fields and countries. Deep Time Digital Earth will carry out large scientific research, build the largest geoscientific basic database, and establish the “Google of Geosciences”, so as to integrate global data on the evolution of the Earth and advance global geoscientific knowledge.
