The diverse tolerance capacities of submerged macrophytes to high urea-N concentrations

Elive Limunga Linda; Ling Xian; Samuel Wamburu Muthui; Wyckiliffe Ayoma Ochieng; Clarice Amani Kombe; Yu Peng; Fan Liu

doi:10.1007/s10750-025-06107-6

February 2, 2026Hydrobiologia

The diverse tolerance capacities of submerged macrophytes to high urea-N concentrations

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Key Points

Submerged macrophytes exhibit varied tolerance capacities to elevated urea-N concentrations, influencing their survival.
In high urea-N concentrations, certain macrophytes showed a tolerance threshold at 50 mg/L, highlighting their adaptive potential.
Observational analysis across various aquatic ecosystems assessed the influence of nutrient uptake and tolerance mechanisms under stressed conditions.
These findings may enable better management strategies for aquatic environments facing nutrient overloads and pollution.

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Implication

Observational analysis reveals the diverse tolerance capacities of submerged macrophytes to high urea-N concentrations, suggesting potential impacts on aquatic ecosystems.

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Cite This Study

Linda et al. (2026) studied this question.

synapsesocial.com/papers/69a76686badf0bb9e87dd55b https://doi.org/10.1007/s10750-025-06107-6

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The diverse tolerance capacities of submerged macrophytes to high urea-N concentrations

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The diverse tolerance capacities of submerged macrophytes to high urea-N concentrations

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Implication

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