**Jan-hang Chen, Ph.D.**

Professor, Department of Forestry

National Pingtung University of Science and Technology (NPUST)

I am a Professor and doctoral faculty member within the Department of Forestry at National Pingtung University of Science and Technology. My academic career is dedicated to bridging the gap between traditional silviculture and modern technological applications to address the pressing environmental challenges of the 21st century.

My primary research focuses on **forest carbon sequestration** and the implementation of **UAV (Unmanned Aerial Vehicle) remote sensing** in forest management. By leveraging high-resolution aerial data and advanced geospatial analysis, my lab develops precise methodologies for calculating carbon sinks and monitoring forest health. This work is critical in the global effort to mitigate climate change and achieve carbon neutrality goals.

Beyond the laboratory, I am deeply committed to the **University Social Responsibility (USR)** framework, leading initiatives that integrate academic research with local community development and sustainable land-use practices. My professional background also includes significant experience in public administration, which allows me to approach forestry issues with a comprehensive understanding of both ecological science and policy implementation.

I actively pursue international research collaborations—specifically in the realms of remote sensing and forest ecology—to foster a global exchange of knowledge. Whether through lecturing, mentoring doctoral candidates, or spearheading technical research projects, my goal remains to advance the field of forestry through innovation, precision, and a steadfast commitment to sustainability.

Our research team focuses on the intersection of forest ecology, precision technology, and climate change mitigation. We aim to provide data-driven solutions for quantifying the environmental impact of forest ecosystems in an era of global ecological transition.
### **Research Focus Areas**
* **Precision Carbon Sink Quantification:**
  Utilizing multi-source data to develop rigorous methodologies for calculating forest carbon sequestration, supporting international goals for carbon neutrality and net-zero emissions.
* **UAV & Remote Sensing Applications:**
  Employing Unmanned Aerial Vehicles (UAVs) and satellite imagery for high-resolution forest inventory, health monitoring, and biomass estimation.
* **Smart Forestry & Digital Integration:**
  Developing innovative workflows that combine AI-driven analytics with remote sensing data to enhance forest resource management and disaster prevention.
* **Sustainability & USR Initiatives:**
  Translating academic research into actionable community projects through University Social Responsibility (USR) frameworks, focusing on forest conservation and local ecological resilience.
### **Our Mission**
Our mission is to pioneer "Smart Forestry" solutions that bridge the gap between academic theory and practical policy application. By fostering a collaborative environment for doctoral candidates and researchers, we strive to advance the scientific understanding of forest dynamics and provide the technical foundation for the next generation of sustainable forest management.
### **International Collaboration**
The lab actively engages in cross-border academic exchanges, partnering with global institutions to address transboundary environmental issues. We welcome collaborations that push the boundaries of remote sensing technology and enhance the global capacity for forest-based climate solutions.
### **Laboratory Capabilities**
* High-precision UAV aerial survey and multispectral analysis.
* Advanced GIS (Geographic Information Systems) and spatial modeling.
* Carbon stock assessment and forest growth modeling.
* Technical consultation for forest policy and USR implementation.