Team Details:
| AIMA IRAM BATOOL Assistant Professor University of Sargodha (PI) |
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| MUHAMMAD FAYYAZ UR REHMAN Lecturer University of Sargodha (Co PI) |
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| NAIMA HUMA NAVEED Assistant Professor University of Sargodha (Co PI) |
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| MUHAMMAD MUSTAQEEM Lecturer University of Sargodha (Co PI) |
Theme/Relevant Ministry:
BUSINESS, INVESTMENT AND EXPORTS:
Ministry of Climate Change, Ministry of Food Security & Research
Project Brief:
In recent years, the global aquaculture industry has witnessed a paradigm shift with the adoption of innovative and sustainable practices. Within this transformative landscape, biofloc technology has emerged as a promising solution, presenting a unique and eco-friendly approach to aquaculture. Biofloc technology encompasses the practice of cultivating advantageous microorganisms in order to establish and maintain a dynamic and self-regulating environment within an aquatic setting. This climate smart approach serves to facilitate the conversion of organic matter into a substantial amount of high-protein microbial biomass, thereby furnishing an added source of nourishment for the species being cultured. The aggregates, which are composed of a combination of bacteria, algae, and various other microorganisms, play a vital role in maintaining water quality by efficiently absorbing and reusing necessary nutrients. The technology’s contribution to sustainability extends to combating climate change, with efficient resource use and potential for carbon sequestration. This aligns with global efforts towards reducing the environmental footprint of food production systems and can position a BFT-based enterprise as a leader in responsible aquaculture practices. Additionally, the implementation of BFT can stimulate local economies through job creation and skill development opportunities, enhancing community livelihoods and ensuring the enterprise’s social license to operate. Main objective of proposed project is comprehensive investigation of the diverse facets of biofloc technology implementation, to foster technological innovation in aquaculture.
Public Policy Relevance:
Present project encompasses several crucial facets of aquaculture development, with a primary focus on Biofloc Technology (BFT). The research can offer pragmatic strategies for the effective implementation of aquaculture policies, ensuring tangible benefits. It can also provide frameworks for monitoring and evaluating the impact of BFT on the aquaculture sector, facilitating adaptive policy management.