This study examines CO2 sinks and emissions of various Mexican plants as a function of the received solar irradiance. We also show measurements of pollution of particle sinks as a function of irradiation time for each monitored plant. The kinetics, profiles of CO2 and particle evaluated concentrations are interpreted to estimate the photosynthesis rate. This estimation determines the net biomass yield of a system as a function of solar irradiance. These plants contribute to the thermal mitigation and improve air quality in indoor spaces, highlighting their essential role in enhancing indoor environments. Beyond their CO2 dynamics, the plants’ ability to filter particulate pollutants positions them as valuable assets for improving air quality in enclosed spaces. This aligns with the broader benefits of indoor plants in moderating indoor temperature and humidity, contributing to overall comfort and health.
Keywords: CO2 sinks, particle matter, Mexican plants, kinetics.
Citation: Barrera-Calva, E., Rentería-Tapia, V., Martínez, G., & Barrera-Vargas, E. Z. (2026). Carbon Dioxide Sinks from Several Mexican Plants. Adv Earth & Env Sci; 7(3):1-6.