研究团队：人类与环境相互作用高性能数值模拟
Research team: High-performance computing (HPC) based human-environment interaction modeling Lab
团队研究方向：人类与环境耦合关系的定量研究和模拟预测已成为未来地球科学发展的重要方向。关键的科学问题是如何在满足人类发展需求的同时保障生态安全、环境清洁和资源可持续利用。本研究团队的目标是基于高性能计算发展数值模拟系统、厘清人类与自然要素间的相关关系、量化生态环境的安全阈值、评估自然变化与人类活动的相互作用过程和影响程度、衡量自然与人类系统的韧性和恢复能力，为在自然规律的制约下规范人类行为、规划社会发展、促进环境和社会经济的可持续协同发展提供科学支撑和分析工具。本团队已有工作基础包括：（1）人类与环境相互作用关系与过程表达理论框架（FOTAR：Fields, Objects, Time, GeoAgents & Relations, IJGIS 2009）；（2）在人类社会模拟方面，已基于地理智能体（GeoAgent）建立了面向知识表达的人类与环境相互作用模拟原型系统（GeoAgent-based Knowledge System）；（3）在自然环境方面，已建立了基于DNDC模型的全国与全球尺度农业生态系统碳-氮-水生物地球化学过程模拟与粮食产量预报系统。团队成员黄逍博士通过开发 Coupler 耦合器和利用MPI 并行技术，将 DNDC 科学计算过程与参数优化、情景预测、风险分析等众多功能模块耦合，构建了大区域生态过程预测与决策支持系统 GDNDC；（4）在应用方面已经开展了全国尺度粮食生产、氮排放和水环境质量演变关系的量化研究、全国农业旱灾风险与社会经济对粮食安全的影响研究、区域洪水过程与社会经济变化对洪水灾害风险影响的定量研究、人类活动对陆海碳传输过程的影响研究等。团队研究成果入选科技部“十三五”以来“中国天文与地球科学前沿进展”基础研究重大成果、中国科学院“2019年中国代表性科研成果”、中国农科院“2020中国农业科学十大进展”。
团队负责人喻朝庆教授，美国宾夕法尼亚州立大学地理信息科学博士。先后在中国水利水电科学研究院、清华大学、清华海峡研究院等单位工作，现作为海南省C类高层次人才引进海南大学，任生态与环境学院教授。他领衔在Nature等期刊发表的研究论文首次探明了中国农业生产、氮排放和水环境质量的演化关系，量化了省级和全国尺度的氮排放安全阈值及超排量，明确了恢复水质的定量化管理目标，解决了氮排放安全阈值研究缺乏可靠的定量评估方法问题，为中国农业生产、生态恢复和环境可持续发展战略提供了科学支撑。团队骨干（1）黄逍博士毕业于清华大学，挪威生物经济研究所(NIBIO)博士后，从事生物地球化学机制模拟、模型耦合器、农田生态系统模拟预测与不确定性评估和高性能并行计算与优化等研究；（2）乔圣超博士毕业于清华大学博士毕业，从事植被与土壤过程模拟，全球尺度作物生态演化及产量形成机制等研究。
近期团队将在加强农田生态系统碳、氮、磷、水等要素耦合模拟基础上，增加水文和水环境演变过程、养殖及排放过程、社会经济过程的微观机制和宏观趋势定量模拟；增强农业生产和水环境预报预警能力，探寻人类发展与环境保护相协调的可持续发展新路径。拟招聘：
1. 团队骨干（讲师、副教授、教授）：
（1） 水动力与水环境过程模拟1名：河流与近海水文与水动力过程和水环境生物地球化学机制；
（2） 养殖与环境影响模拟1名：畜禽与水产养殖生长、粪肥安全处理、环境排放和影响机制；
（3） 植被遥感和生态过程模拟1名：基于高精度遥感的植被动态、物候等变化识别与生态过程模拟
（4） 社会经济与环境成本模拟1名：基于经济机制的环境影响全过程成本和效益模拟分析
（5） 基于人工智能的社会过程表达1名：熟悉深度学习和知识表达，发展社会过程表达与环境经济耦合集成模型
2. 博士后3名，方向如上。
联系方式：
郑琳：0898-66269468
乔圣超：996318@hainanu.edu.cn
Positions open: High-performance computing (HPC) based human-environment interaction modeling Lab
Lab introduction: Quantitatively modeling and predicting human-environment relations (HER) and their changes are to be an important research direction in future Earth Science. The key question is how to meet the demands of human development without scarifying ecological security, polluting environment, overusing resources. Research subjects include developing HPC-based digital systems for modeling human-environment interaction processes, quantifying the relations among human and natural components, clarifying the safe-operating boundaries according to ecosystem functioning, analyzing stability and resilience of human-environment interactions, so as to guide and regulate human activities within environmental limitations, support social development planning, and facilitate sustainable development through using the scientific modeling tools. The accomplished research works of the team include: (1) The FOTAR representation framework （Fields, Objects, Time, GeoAgents & Relations, IJGIS 2009）for modeling human-environment interactive interactions and relations; (2) a prototype of GeoAgent-based Knowledge System for knowledge-oriented representation of human-environmental interactions; (3) a DNDC-based biogeochemical modeling system for simulating carbon, nitrogen and water processes, and predicting grain yields in agroecosystems at the national and global scales. Dr. Xiao Huang has expanded the site-level DNDC to regional decision support system GDNDC by integrating model parameter optimalization, risk analysis and scenario analysis; (4) application of such tools for quantifying the changing relations among national agricultural production, anthropological nitrogen discharges, and water quality changes, assessing agricultural drought risks and flood risks under socioeconomic changes, and human impacts on land-to-sea carbon transfer. Recent research priorities are enhancing model development of carbon-nitrogen-phosphorous-water coupling in land ecosystems; embracing hydrological, hydraulic and aquatic environment modeling; livestock and fish farming modeling; socioeconomic modeling for increasing the early warning capabilities for agricultural production and environmental changes, and exploring sustainable approaches to meet the common goals of social development and environmental protection. The team published works have been selected as one of major scientific achievements of China basic research development in Astronomy and Earth Science during the 13th Five-Year plan that issued by the Ministry of Science and Technology of P.R. China, 2022; one of China’s representative scientific achievements in 2019, issued by Chinese Academy of Sciences, 2021; and the 2020 Top Ten Progresses in China's Agricultural Science, issued by Chinese Agricultural Academy of Sciences, 2020.
Recent research priorities are enhancing embracing hydrological, hydraulic and aquatic environment modeling; livestock and fish farming modeling; socioeconomic modeling for increasing the early warning capabilities for agricultural production and environmental changes, and exploring sustainable approaches to meet the common goals of social development and environmental protection.
Positions including but not limited to:
1. Faculty positions (assistant professor, associate professor & professor)
(1) Water environment: hydrological, hydraulic and aquatic environment modeling;
(2) Livestock: livestock and fish farming modeling, including animal growth, feeding, waste management, nutrient recycling;
(3) Vegetation dynamics and remote sensing: high-resolution remote sensing, vegetation dynamics analysis, big data analytics.
(4) Environmental economics: quantitative socioeconomic and environmental cost analysis, model development
(5) AI-based social process representation: understanding deep learning, knowledge representation and reasoning; model development for integrating environmental economic and social processes.
2. Postdoc: three positions available in the above five directions
Contact information：
Ms. Lin Zheng：0898-66269468
Mr. ShengChao Qiao：996318@hainanu.edu.cn
