Litcius/Paper detail

Modelling of Lemna minor L. growth as influenced by nutrient supply, supplemental light, CO2 and harvest intervals for a continuous indoor cultivation

Karl-Michael Schmidt, H. Goldbach

2022Heliyon12 citationsDOIOpen Access PDF

Abstract

ratio of 1/9 at 1.14 mM total N concentration. The results indicate how to optimize culture conditions and harvest intervals. Model runs closely match the experimental data taken from the three different approaches and thus confirm the validity of the model.

Topics & Concepts

Biomass (ecology)Growth rateAnimal scienceMathematicsNutrientLemna minorEnvironmental scienceColorimeterChemistryBiologyAgronomyPhysicsEcologyAquatic plantQuantum mechanicsGeometryMacrophyteAlgal biology and biofuel productionMarine and coastal plant biology
Modelling of Lemna minor L. growth as influenced by nutrient supply, supplemental light, CO2 and harvest intervals for a continuous indoor cultivation | Litcius