Towards Molecular, Genetic, and Optical Monitoring of Potentially Harmful Cyanobacteria Blooms in Mexican Freshwater Bodies
Synopsis
Programs for safe cyanotoxins-free water use in drinking and irrigation water are fundamental to avoid potential health risks and should be implemented. Data on limnological waterbodies, either natural or artificial, related to cyanobacterial bloom occurrence are essential to estimate the frequency of possible dangerous events and to establish strategies for monitoring and prevention. In Mexico, predominant cyanobacteria in freshwater algal blooms are Microcystis sp., Planktothrix sp., and Raphidiopsis spp. Cyanotoxins bioaccumulate in soil and plants through irrigation water and transfer to edible vegetables affecting plant physiology and food crop productivity. The harmful cyanobacterial blooms and cyano toxins production affect microbial diversity in waterbodies and soil. This work emphasizes standardized protocols using chemical, genomic, and optical techniques for potential toxic blooms in water bodies in the early stages.
Downloads
Pages
Published
Series
Categories
License

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.





