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How temporal niche partitioning and growth on urea selects for cyanobacteria in fresh waters

How temporal niche partitioning and growth on urea selects for cyanobacteria in fresh waters is a funding opportunity from NSF, closing December 31, 2029.

Funder
NSF
Funding
Grant / contract
Deadline
Dec 31, 2029
(1251d left)

Overview

Harmful cyanobacterial threaten drinking water, fisheries, recreation, and local economies worldwide. Microcystis, a type of algae, often dominates these blooms and can produce microcystin, a toxin harmful to both people and ecosystems. While nutrient pollution is known to drive blooms, a key question remains: why do…

How temporal niche partitioning and growth on urea selects for cyanobacteria in fresh waters | Go Fund It Now