B. Balaji Prasath
Biography
Senior Scientist Gujarat Institute of Desert Ecology Bhuj-370001, Gujarat, INDIA
"Spatial distribution of phytal polychaete assemblage from Cabo-De-Rama rocky shore, Goa.? Done at National Institute of oceanography (CSIR), Goa, India.
Research Interest
Taxonomy and Biodiversity of Marine Plankton.
Culture of microalgae and copepods (Marine and fresh).
Algal Bloom/Harmful Algal Blooms (HABs).
Dinoflagellate Cyst.
Isolation, identification of Microalgae toxins (Marine and fresh).
Abstract
Turning the Tide: Tackling Algal Blooms for Sustainable Aquaculture and Resilient Marine Ecosystems
Harmful algal blooms (HABs), represent an emergent task for marine ecosystem sustainability and aquaculture because the climate warms and nutrient contaminants escalations. HABs are rapid proliferations of toxic algae species repeatedly triggered by means of expanded nitrogen and phosphorus degrees that can interrupt marine food webs, burn up dissolved oxygen, and release pollution that threaten fish, shellfish, marine mammals, and human health. These blooms have exaggerated in recent a long time, main to massive ecological harm, quantity mortalities in aquaculture, and extensive financial losses in fisheries and tourism. Climate trade intensifies HABs frequency, intensity, and length by using altering ocean temperatures, stratification, and nutrient biking, thereby expanding the temporal and spatial window for bloom formation. Effective mitigation and adaptation strategies which include progressed monitoring, early caution systems, and sustainable nutrient management are crucial for protecting aquaculture productivity and marine biodiversity in the face of this escalating chance. The examine ambitions to address those vital issues via fostering talk and innovation in aquaculture practices and surroundings control for an extra resilient marine destiny.
Key words: Harmful algal blooms (HABs), Aquaculture sustainability, Marine atmosphere fitness. Nutrient pollution and Climate alternate affects
