Company Filing History:
Years Active: 2019
Title: The Innovative Contributions of Ranran Feng
Introduction
Ranran Feng is a notable inventor based in Nanjing, China. He has made significant contributions to the field of environmental engineering, particularly in the management of aquatic ecosystems. His innovative approach focuses on the habitat requirements of fish during the overwintering period in rivers.
Latest Patents
Ranran Feng holds a patent titled "Method for controlling the gate based on the habitat requirement for fish overwintering in rivers." This method addresses the ecological needs of fish by determining candidate species for ecological flow calculations through fish resource investigations and historical data. The process involves screening target fish using a hierarchical analysis method. Furthermore, it establishes a quantitative response relationship curve between the physiological adaptations of target fish and water temperature. This ensures that the ecological water level is maintained for the safe overwintering of fish, utilizing a hydrodynamic model to relate water depth and discharge. The system includes a radar water level meter and an ecological water level management system to effectively control the gate in overwintering areas.
Career Highlights
Ranran Feng is affiliated with the Nanjing Hydraulic Research Institute, where he applies his expertise in hydraulic engineering and environmental management. His work has been instrumental in developing sustainable practices for river management and fish conservation.
Collaborations
Ranran has collaborated with esteemed colleagues such as Qiuwen Chen and Li Wang. Their combined efforts have contributed to advancements in hydraulic research and environmental sustainability.
Conclusion
Ranran Feng's innovative methods and dedication to ecological conservation highlight the importance of integrating technology with environmental science. His contributions are vital for the sustainable management of aquatic ecosystems, ensuring the survival of fish species during critical overwintering periods.