Alan is broadly interested in understanding the ecology of freshwater lakes, ponds, and reservoirs. Specifically, he studies the abiotic and biotic mechanisms mediating the promotion or control of freshwater harmful algal blooms and taste-and-odor events in aquaculture ponds, recreational reservoirs, and drinking water reservoirs. Alan also studies the threat that harmful algal blooms pose to livestock.
Studying ecological factors influencing cyanobacterial bloom formation in recreational more »
Alan is broadly interested in understanding the ecology of freshwater lakes, ponds, and reservoirs. Specifically, he studies the abiotic and biotic mechanisms mediating the promotion or control of freshwater harmful algal blooms and taste-and-odor events in aquaculture ponds, recreational reservoirs, and drinking water reservoirs. Alan also studies the threat that harmful algal blooms pose to livestock.
Studying ecological factors influencing cyanobacterial bloom formation in recreational reservoirs, aquaculture ponds, and other systems along with studying factors leading to taste, odor, and toxicity issues in drinking water reservoirs.
Specifically, he studies the abiotic and biotic mechanisms mediating the promotion or control of freshwater harmful algal blooms and taste-and-odor events in aquaculture ponds, recreational reservoirs, and drinking water reservoirs. Alan also studies the threat that harmful algal blooms pose to livestock.
Research Areas
- Cyanobacterial Ecology
- Drinking Water
- Aquacultural Advancements
- Cyanobacteria and Animal Health
- Meta-Analysis
Interests
- Forecasting freshwater algal and cyanobacterial blooms
- Cultured strains of Microcystis aeruginosa available for researchers
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