Quantifying the Effects of Global Warming on the Plankton Population: An Asymmetric Multifactor Mathematical Model-Based Approach

A nonlinear dynamical model for the plankton population in a fixed sea area under influence of asymmetric multiple factors, including atmospheric CO2 concentration, temperature, nutrient seawater light intensity, and predator density is proposed to address survival due global warming. The model’s accuracy confirmed by comparison with actual data, numerical simulations are carried out justify relevant findings. results suggest that increasing plankton’s ability absorb or regulate temperature can help mitigate Furthermore, if fish, primary plankton, falls within certain range, increase will be mitigated. Additionally, stability conditions suggested obtained, along equilibrium point system. Overall, this paper considers effects multifactor interaction on establishes mathematical connection between environmental ecosystems might aid addressing challenges posed warming preserving population.