The potential for cyanobacterial blooms to impact recreational and drinking water source
quality is a growing concern. Numerous monitoring tools have been developed that can alert …

Harmful cyanobacterial blooms (HCBs) present a major risk to inland waters; therefore,
various monitoring and management frameworks have been implemented to protect water …

Understanding the environmental conditions and taxa that promote the occurrence of
cyanobacterial toxins is imperative for effective management of lake ecosystems. Herein, we …

Harmful algae can have profound economic, environmental, and social consequences. As
the timing, frequency, and severity of harmful algal blooms (HABs) change alongside global …

Climate change is enhancing the frequency of cyanobacterial blooms not only during
summer but also in spring and autumn, leading to increased ecological impacts. The …

We estimate a cost function for a water treatment plant in Ohio to assess the avoided‐
treatment costs resulting from improved source water quality. Regulations and source water …

Benthic primary producers are recognised for their important role in contributing to
ecosystem productivity and nutrient cycling in lake and stream ecosystems, particularly in …

Calanoid copepods are integral to aquatic food webs and may drive the bioaccumulation of
toxins and heavy metals, spread of infectious diseases, and occurrence of toxic …

Thesis Template Page 1 Cyanobacteria Monitoring and Cyanotoxin Management in Drinking
Water Treatment Plants by Husein Almuhtaram A thesis submitted in conformity with the …

The frequency and distribution of toxic cyanobacterial blooms are increasing globally,
creating the need for a better understanding of the processes involved in toxic secondary …