I. Introduction
Cyanobacterial blooms are frequently reported in oceanic, coastal, and inland water bodies worldwide, with global expansion linked to eutrophication and climate change [1], [2]. These blooms often negatively impact local ecosystems, public health, and economies. High-biomass blooms can damage ecosystems by reducing levels of dissolved oxygen and obstructing light to the benthos [3], [4]. Many freshwater cyanobacteria genera produce toxins that can harm human health by affecting the liver, nervous system, and skin [5], [6]. The economic impacts of cyanobacterial blooms, while widely recognized, remain poorly understood [7], [8].