Bijoy Kumar Ghosh Society for Freshwater Science 2026 Annual Meeting

Bijoy Kumar Ghosh

Mission; Improve the collection, management, preservation, analysis, storage and use of information to optimize the economic, social and environmental benefit gained from every freshwater fisheries resource. Vision; Healthy freshwater ecosystems and fisheries resources that are optimally managed to provide the best possible social economic and environmental benefits to people and nature alike. Statement of Research: In my research, I am drawn to questions that explore holistic approaches to watershed, fish migration, river restoration analysis and management. I am interested in both statistical and physical representations of stream networks in analysis and monitoring that more realistically represent stream complexity and connectivity for aquatic species along four primary lines of research: migratory fish species, I am interested in defining and solving the difficult problems associated with migratory fish species, distribution, and abundance in stream networks over time under current and predicted future conditions. I conduct studies to expand the existing knowledge base about the interaction between the complex life-history of migratory fish species and their environment. This issue is increasingly important in the context of climate change as it relates to available habitats in coastal or fresh water draining systems. I see successful collaboration among all stakeholders in a watershed as instrumental to the successful restoration of a river system and assessment of the social ecological system in nature-based solutions. To this end, I work to develop relationships among landowners, land managers, and scientists to study and describe successful techniques for collaboration. I am interested in how we can better balance human uses of freshwater environments with the need to preserve and restore our unique freshwater ecosystems. I'm particularly interested in fish passage and environmental flows. My research spans from fundamental ecological studies through to the science-policy interface. 1. “ Seasonal Variation of Fish Migration in Sariakandhi Fish Pass” was presented in an 2nd ICWFM and published in pre-proceeding Volume-01,2009,(pp-37 to pp-44), ISBN: 984-300-003354-5 3. 2. A paper on “ Hydraulic Impact on Fish Migration in a Sariakandhi Fish Pass of Bangladesh” was presented in an 3rd ICWM and published in pre-proceeding Volume-01,2011 (pp-55 to pp-65). ISBN: 978-984-33-2298-2 3. Research Book; Fish Migration and Fish Pass in Bangladesh ISBN; 978-984-90838-4-9 4. Research Book; Fish and Fisheries Resources North West Region in BangladeshMission; Improve the collection, management, preservation, analysis, storage and use of information to optimize the economic, social and environmental benefit gained from every freshwater fisheries resource. Vision; Healthy freshwater ecosystems and fisheries resources that are optimally managed to provide the best possible social economic and environmental benefits to people and nature alike. Statement of Research: In my research, I am drawn to questions that explore holistic approaches to watershed, fish migration, river restoration analysis and management. I am interested in both statistical and physical representations of stream networks in analysis and monitoring that more realistically represent stream complexity and connectivity for aquatic species along four primary lines of research: migratory fish species, I am interested in defining and solving the difficult problems associated with migratory fish species, distribution, and abundance in stream networks over time under current and predicted future conditions. I conduct studies to expand the existing knowledge base about the interaction between the complex life-history of migratory fish species and their environment. This issue is increasingly important in the context of climate change as it relates to available habitats in coastal or fresh water draining systems. I see successful collaboration among all stakeholders in a watershed as instrumental to the successful restoration of a river system and assessment of the social ecological system in nature-based solutions. To this end, I work to develop relationships among landowners, land managers, and scientists to study and describe successful techniques for collaboration. I am interested in how we can better balance human uses of freshwater environments with the need to preserve and restore our unique freshwater ecosystems. I'm particularly interested in fish passage and environmental flows. My research spans from fundamental ecological studies through to the science-policy interface.