2025 International Conference on Renewable Resources and Remote Sensing Mapping Technology

2025 International Conference on Renewable Resources and Remote Sensing Mapping Technology (RRRST 2025) is scheduled to be held in Wuhan, China on 30-31 October 2025.

The conference aims to provide a platform for experts and scholars in the fields of Renewable Resources, GIS/Earth Monitoring and Mapping to share the latest research results, exchange ideas, explore academic issues, and promote interdisciplinary cooperation and development.

We hope that through this conference, we can promote development and innovation in these fields and attendees will have the opportunity to showcase their research progress, discover emerging trends, and network with fellow professionals in a collaborative environment.

We would like to invite you to join us!

Looking forward to seeing you in RRRST 2025!

【Published by IOP, indexed by EI Compendex】

【Excellent articles can be recommended for journal publication】

1. Remote Sensing (Impact Factor 4.2; Citescore: 8.3)

2. Algorithms (Impact Factor 1.8; Citescore 4.1)

3. Frontiers in Sustainable Resource Management

4. Journal of Chinese Architecture and Urbanism (Citescore 0.2)

(Dr. Hugo Wai Leung MAK serves as our Publicity Chair, and he will provide necessary suggestions and recommendations with regard to journal publication matters.)

Submission Details

1. The manuscript must be written in English;
2. Plagiarism and plagiarism are prohibited, and multiple submissions are prohibited;
3. The paper should have complete structure, such as: Title, affiliations, abstract, keywords, introduction, maintext (figures and tables), conclusion, references;
4. Should you have any questions, please contact us
   Email: rrrsmt@163.com  Tel./WeChat: 17720581251.  https://www.rrrsmt.com/

Call for Papers

Topics include but are not limited to:

1. Renewable Resources

Water resources
Land resource
Mineral resources 
Forest resource 
Marine resource
Solar resources
Geothermal resources
Hydroenergy
Wind resources
Biomass resources
Ocean resources
Tidal resources
Wave resources
Resource recovery
Energy by ocean current
Luminous resources
Salt differential resources
Energy resource management and protection
Climate change and global warming
Air pollution and atmospheric control
Water pollution and water resources management
Soil pollution and remediation
Sustainable development and green development
Clean energy and low-carbon development
Environmental protection technology innovation and application
Resource utilization efficiency and resource conservation
Resource recycling and waste management
Resource extraction and sustainable development
Climate change and resource impacts

2. Remote Sensing Mapping Technology

Radar Remote Sensing
Lidar Remote Sensing
Hyperspectral Remote Sensing
Microwave Remote Sensing
Optical Remote Sensing
Classification and Data Mining Techniques
Coastal Zone Change Detection
GIS/Earth Monitoring and Mapping
Global Positioning and Navigation Systems
Mapping/Photogrammetry
Multi-scale Segmentation
Object Extraction
Oil Spill Detection and Tracking
Photogrammetric Computer Vision
Point Cloud Processing
Random Forest Classifiers
Range Image Processing
Renewable Energy Mapping
Sea Pollution/Oil-spill Detection
Sensor Systems and Platforms
Sparse and Redundant Representation
Spatial Technologies and Landscape
Spatio-temporal Data Fusion
Support Vector Machine classifiers
Applications of Remote Sensing