课程时间：2026年7月13日-21日
课程地点：浙江农林大学东湖校区
课程主题：森林生态韧性和适应性管理
课堂人数：30人
目标学生：相关专业的学生，硕士/博士研究生优先
主办方：浙江农林大学eco2adapt项目课题组
课程介绍：
本次暑期学校由eco2adapt项目支持，是国家重点研发计划“典型森林生态系统韧性调控机制与适应性管理”的任务之一，也是与欧盟地平线计划“Ecosystem-based adaptation and changemaking to shape, protect and maintain the resilience of tomorrow's forests”的重要合作内容。
eco2adapt项目致力于向公众推广研究成果，特别是面向大学生群体普及森林韧性、生态系统服务及森林适应等前沿知识。本次暑期学校旨在为大学生构建森林应对气候变化的整体认知框架，向学生介绍森林韧性的理论、技术和评估方法。重点展示eco2adapt项目中欧洲与中国研究团队的最新研究领域与实践成果。
本次课程将着重探讨森林生态系统韧性评估与气候变化适应的关键技术与方法。课程内容涵盖几大核心模块：气候变化与干扰对森林生态系统的胁迫效应、森林韧性监测与综合评估体系、森林生态系统韧性内在调控机制、森林韧性提质的技术模型、森林生态系统服务指标体系、森林气候适应的社会经济驱动机制、韧性森林的土壤生态特征。
作为一项跨学科项目，本次暑期学校将全面覆盖气候变化的生态、社会文化及经济维度，设置丰富的实践教学环节，以及与国内外专家进行交流讨论的环节，帮助学员系统掌握野外调查与实验室分析的核心方法。
下表为具体课程安排：
时间 |
课程主题 |
授课人 |
授课地点 |
7.13 |
上午 |
森林生态系统授课和案例分析 |
王磊，教授 |
碳汇楼 |
下午 |
森林生态系统韧性研究 |
张乃静，副研究员 |
7.14 |
上午 |
森林韧性遥感监测 |
李翀，副教授 |
碳汇楼 |
下午 |
无人机森林监测使用培训 |
户外 |
7.15 |
上午 |
无人机热红外、高光谱、激光雷达使用培训 |
李翀，副教授 |
户外 |
下午 |
7.16 |
上午 |
无人机数据采样分析 |
李翀，副教授 |
户外 |
下午 |
7.17 |
上午 |
森林韧性下降早期预警信号的概念与方法学 |
喻蓉，博士 |
碳汇楼 |
下午 |
实操练习：识别预警信号 |
7.18 |
上午 |
森林干旱韧性指标监测 |
梅婷婷，副教授 孙子荟 |
碳汇楼 |
下午 |
野外监测：叶片水势、树干液流技术 |
户外 |
7.19 |
上午 |
样地监测 |
李翀，副教授 |
户外 |
下午 |
7.20 |
上午 |
碳汇分析 |
李翀，副教授 |
碳汇楼 |
下午 |
模型讲解；健康的土壤对森林韧性的作用：以氮肥为例 Dorian模型在生态系统服务指标上的应用：理论和案例分析 |
雷丕锋，教授； 姚家曦，博士 |
7.21 |
上午 |
林业韧性法律与政策 |
王炜，副教授 |
碳汇楼 |
下午 |
芬兰的林业韧性法规研究； 森林韧性指标获取与韧性评价的建模方法 |
FrankBerninger，教授； 陈广生，教授 |
此次课程为英文授课，全程免费，欢迎广大同学踊跃报名参加！
联系邮箱：xiaomiao343@163.com
浙江农林大学eco2adapt项目课题组
王磊教授 经济管理学院
李翀副教授 环境与资源学院、碳中和学院
Notice on Enrollment for the "Forest Ecological Resilience and Adaptive Management Summer School”
Course Dates:13- 22 July 2026
Venue:Donghu Campus, Zhejiang A&F University
Course Theme:Forest Ecosystem Resilience & Adaptive Forest Management
Class Size: 30 participants
Target Audience: Students from relevant disciplines; Master's and PhD students will be given priority
Organizer: eco2adaptProjectTeam, Zhejiang A&F University
Course Introduction:
This summer school is supported by the eco2adapt project and is one of the tasks of the National Key R&D Program of China "Regulation mechanisms of ecosystem resilience and adaptive forest management". It is also an important cooperation content with the EU Horizon Program "Ecosystem-based Adaptation and Change-making to Shape, Protect and Maintain the Resilience of Tomorrow's Forests".
The eco2adapt project aims to promote research results to the public,with a particular focus onpopularizing frontier knowledge on forest resilience, ecosystem services, and forest adaptation among university students. This summer schoolis designedto build a comprehensive cognitive framework for college students on forest responses to climate change and to introduce theories, technologies, and assessment methods of forest resilience. It will focus on showcasing the latest research findings and practical achievements of the European and Chinese research teams in the eco2adapt project.
The course will focus on key technologies and methods for assessing forest ecosystem resilience and adapting to climate change. The curriculum covers several core modules:Effects of climate change and disturbance on forest ecosystem, Forest resilience monitoring and assessment, Control mechanism of forest ecosystem resilience, Technical models for enhancing forest ecosystem resilience and quality, Forest ecosystem service indicators, Social and economic drivers of forest adaptation to climate change, and Soil ecological characteristics of resilient forest.
As a cross-disciplinary project, this summer school will comprehensively address the ecological, social-cultural, and economic dimensions of climate change.It will include extensive practical teaching sessions, andprovideopportunities for exchanges and discussions with domestic and international experts, helping students systematically master core methods of field investigation and laboratory analysis.
The detailed course schedule is provided in the table below:
Time |
Topic |
Instructor |
Location |
7.13 |
AM |
Forest Ecosystem Lectures & Case Studie |
Lei Wang, professor |
Carbon Sink Building |
PM |
Research on the Resilience of Forest Ecosystems |
Naijing Zhang, Dr |
7.14 |
AM |
Remote Sensing for Forest Resilience Monitoring |
Chong Li,Associate Professor |
Carbon Sink Building |
PM |
Training on the Application of UAVs for Forest Monitoring |
Field Training |
7.15 |
AM |
UAV Operation Training: Thermal Infrared, Hyperspectral & LiDAR |
Chong Li,Associate Professor |
Field Training |
PM |
7.16 |
AM |
UAV Data Sampling & Analysis |
Chong Li,Associate Professor |
Field Training |
PM |
7.17 |
AM |
Concepts and Methodologies of Early Warning Signals for Declining Forest Resilience |
Rong Yu, Dr |
Carbon Sink Building |
PM |
Practical Training: Identifying Warning Signals |
7.18 |
AM |
Forest Drought Resilience Indicators Monitoring |
Tingting Mei,Associateprofessor Zihui Sun |
Carbon Sink Building |
PM |
Field Monitoring: Leaf Water Potential,Stem Sap FlowMeasurementTechniques |
Field Training |
7.19 |
AM |
Plot Monitoring |
Chong Li,Associate Professor |
Field Training |
PM |
7.20 |
AM |
Carbon Sink Analysis |
Chong Li,Associate Professor |
Carbon Sink Building |
PM |
ModelExplanation; Effects of Healthy Soil on Forest Resilience: A Case Study of Nitrogen Fertilization How to proxy ecosystem service indicators with DORIAN: Theory & the Camargue case study |
PifengLei, professor; JiaxiYao, Dr |
7.21 |
AM |
Forest Resilience Laws and Policies |
Wei Wang,Associate Professor |
Carbon Sink Building |
PM |
Research on the Forest Resilience Regulations in Finland; ModelingApproaches forForestResilienceIndicatorAcquisition andResilienceAssessment |
FrankBerningerprofessor; Guangsheng Chen, professor |
This course is taught in English and isfree of charge. All interested students are warmly welcome to register!
Email:xiaomiao343@163.com
eco2adapt Project Team，Zhejiang A&F University
Lei Wang, Professor, School of Economics and Management
Chong Li,Associate Professor, School of Environment and Resources、School of Carbon Neutralization
