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在气候环境变化加速、地区冲突和文化遗产面临威胁的时代，跨大陆交流和丝路文明联盟（ATES）为跨学科、跨区域研究提供了一个及时而雄心勃勃的方案。ATES科学计划（2025-2030年）将促进丝绸之路气候环境变化与文明演变的了解，并提供了以科学知识为基础的气候变化应对策略，以提高丝绸之路沿线国家和社会的韧性。ATES科学计划提供了一个合作研究框架，用于探索环境动态、社会创新和跨大陆交流是如何在几千年间影响人类文明发展的。ATES的核心任务是探索环境变化与丝绸之路文明发展之间的相互作用。它利用考古、遗传基因、气候、历史和语言等研究手段，促进自然科学、社会科学和人文科学的跨学科研究，支持以科学知识为基础的战略，促进丝绸之路地区的可持续发展和气候变化适应能力。
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ContentsPreface iAcknowledgements iiiExecutive Summary ivList of Figures xChapter 1 ATES Strategy， Priorities， Activities and Challenges1.1 Vision 11.2 Mission 11.3 Key Scientific Priorities 11.4 Cross-cutting Priorities 21.5 Major Activities 31.6 Opportunities and Challenges 4Chapter 2 An Overview of the Silk Road2.1 Early Humans’ Trans-continental Migration and Interaction across Eurasia 82.2 East-West Exchange of Culture， Arts， Science， Technology and Civilizations along the Silk Road 142.3 Hydroclimatic Challenges to Silk Road Sustainable Development 19Chapter 3 Research Priorities of ATES3.1 Theme 1: Paleolithic Culture and Human Migration 253.2 Theme 2: The Origin of Agriculture and Trans-Eurasian Diffusion of Early Farming and Herding 293.3 Theme 3: Evolution and Development of the Transport Network and Towns 333.4 Theme 4: Evolution and Circulation of Culture， Science and Technology along the Silk Road 373.5 Theme 5: Genetic History of Silk Road Populations 413.6 Theme 6: Human-Environment-Climate Interactions and the Impact of Environmental and Climatic Changes on the Development of Silk Road Civilization and Trans-Eurasian Exchanges 46Chapter 4 Governance， Dissemination and Outreach4.1 Management Framework 534.2 Dissemination and Outreach 57Appendix 1 Acronyms 61Appendix 2 References 63
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The ATES Science Plan (2025-2030) sets out a coordinated international research agenda aimed at advancing understanding of the complex interactions between natural and human systems across the Silk Road regions. At its core are interdisciplinary themes that examine past and present environmental dynamics， cultural landscapes， and patterns of human adaptation and resilience. By fostering collaboration and leveraging shared research infrastructure， the ATES Science Plan (2025-2030) aims to generate integrated insights that support sustainable development and cultural heritage preservation amid contemporary global challenges. 1.1 Vision To deepen the understanding of the interactions between environmental changes， long-term trans-Eurasia exchanges and the development of Silk Road civilizations， by promoting interdisciplinary research in the natural sciences， social sciences， and humanities across Eurasia. 1.2 Mission ATES is committed to advancing cross-regional， interdisciplinary research to foster a comprehensive understanding of the Silk Road’s environmental， climatic， cultural， and socio-economic systems. By integrating field-based observations， diverse datasets， modelling approaches， and historical perspectives， ATES aims to generate actionable， science-based knowledge that supports sustainable development and long-term resilience across the Silk Road regions. 1.3 Key Scientific Priorities 1) Paleolithic culture and human migration. 2) The origin of agriculture and trans-Eurasian diffusion of early farming and herding. 3) Evolution and development of the transport network and towns. 4) Evolution and circulation of culture， science and technology along the Silk Road. 5) Genetic history of Silk Road populations. 6) Human-environment-climate interactions and the impact of environmental and climatic changes on the development of Silk Road civilizations and trans-Eurasian exchanges. 1.4 Cross-cutting Priorities To ensure coherence and reinforce the interdisciplinary foundation of the ATES vision and mission， each scientific priority is closely aligned with the following four cross-cutting themes 1) Human Adaptation to Environmental and Climatic Changes: Investigating how human migration， food exchange， technology spread， and genetic patterns reflect adaptation across the Silk Road. 2) Impacts of Climatic and Environmental Change on Civilization: Assessing how environmental variability， particularly extreme events， influenced the rise and fall of civilizations. 3) Sustainable Development， Environmental Management， and Cultural Heritage:Exploring strategies for resilience within diverse populations， ecosystems， and socio-economic networks. 4) Development of the ATES Database on Environmental Changes and Silk Road Civilizations: Creating a comprehensive open-access repository that includes not only various sources of materials related to the Silk Road inscriptions， but also integrates historical texts， field data， paleoclimate and paleoenvironment records， socio-economic datasets， and model outputs for the Silk Road regions. 1.5 Major Activities ATES serves as a hub for fostering international collaboration. To achieve this， it supports a range of initiatives focused on key scientific topics across Eurasia and beyond. Joint Research ATES facilitates and promotes international collaboration by connecting researchers and mobilizing resources for joint initiatives. Institutions and individual scientists worldwide are encouraged to initiate and develop research projects in partnership with the ATES community. In addition， ATES will establish connections with existing national and international programs and initiatives for collaboration and engagement with the broader global research community. Joint Centers and Laboratories In key regions integral to trans-Eurasian exchanges and the development of Silk Road civilizations， ATES seeks to establish joint research centers and laboratories in collaboration with its partners. These centers will support field observations， research activities， and capacity building. ATES welcomes suggestions for their development. Capacity Building for Young and Early Career Scientists A core objective of ATES is to train and support the next generation of scientists. Capacity-building initiatives include training workshops and field schools， organized in collaboration with ATES partners. ATES also promotes joint supervision of Master and PhD students and facilitates exchange opportunities for early-career researchers through support from institutions and universities within the ATES and ANSO networks. Further information can be found at: http://www.anso.org.cn/programmes/ talent/scholarship. Additionally， ATES is developing an open and flexible funding mechanism to support early-career scientists conducting research at institutions affiliated with ATES collaborators
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