BIOFABRICS FROM SEAWEED

Description: Recent times sustainability is a leading characteristic of textile products. Biomaterials are scarce in our system to be used for health and safety purpose. To provide a sustainable, cost-effective multi-purpose biofabric with following major qualities. Low-cost; Raw material is extracted from organic waste. Biofabric is a multi-purpose sheets can be transposed to a variety

Analysis and application of dyes from natural sources as an ecofriendly approach

Description: Utilization of kitchen waste and compound to produce natural dyes Socio-Economic Benefits: Utilization of kitchen waste and compound to produce natural dyes Category: Waste management – Solid Waste management, environmental waste management, Biodegradation, fishery waste management, Marine waste management Department: Biotechnology

Fat analysis in commercially important razor clams from Gharo creek, Indus River

Description: Understanding the fat content in these commercially important shellfish is essential for ensuring food safety, nutritional value, and sustainable harvesting practices. This project aims to conduct a comprehensive analysis of the fat content in razor clams from Gharo Creek, employing established laboratory techniques to quantify lipid levels. The findings will contribute to enhancing food

Comparative study of shell meat ratio in winter and autumn season in razor clams

Description: By analyzing the shell meat ratio in razor clams across different seasons, this study aims to contribute valuable insights into the sustainable management of razor clam fisheries. The findings will not only enhance our understanding of seasonal variations in razor clam populations but also provide valuable information for policymakers, resource managers, and coastal communities

An assessment of microplastic accumulation in commercially important molluscs from mudflats of the Indus delta

Description: By addressing the pressing issue of microplastic pollution in molluscs from the Indus Delta, this project strives to contribute to global efforts towards a more sustainable and resilient marine environment, in alignment with the Sustainable Development Goals. Socio-Economic Benefits: The assessment of microplastic accumulation in commercially important molluscs from the Indus Delta offers tangible

An assessment of microplastic accumulation in commercially important molluscs from mudflates of the Indus delta

Description: This project aims to assess the extent of microplastic accumulation in commercially significant molluscs inhabiting the mudflats of the Indus Delta. Through a combination of field surveys, laboratory analysis, and data interpretation, the study seeks to provide valuable insights into the presence, distribution, and potential impacts of microplastics on these vital organisms. The findings

Abundance of microplastics in commercially important asian green mussel perna viridis of karachi coast, Pakistan

Description: The present study aims to assess the abundance of microplastics in the Asian green mussel (Perna viridis) along the Karachi coast, Pakistan, which serves as a crucial indicator species due to its filter-feeding behavior and commercial importance. Sampling will be conducted at various locations along the Karachi coast, covering both urbanized and less-impacted areas.

Abundance and distribution of Microplastic at Clifton beach Karachi Pakistan

Description: This project aims to investigate the abundance and distribution of microplastics at Clifton Beach, emphasizing the socio-economic benefits of such research. Through field surveys, laboratory analysis, and stakeholder engagement, the study seeks to generate valuable data to support evidence-based decision-making, enhance public awareness, and foster sustainable management practices. Socio-Economic Benefits: This study seeks to