![Animal Ecology. Animal ecology. FIG. 18-2 Growth of populations of Paramecium caudafum and P. aurelia, cultivated separately and in mixed populations (from Sause 1934). of it. Rarely, if ever, will they Animal Ecology. Animal ecology. FIG. 18-2 Growth of populations of Paramecium caudafum and P. aurelia, cultivated separately and in mixed populations (from Sause 1934). of it. Rarely, if ever, will they](https://c8.alamy.com/comp/RN5M6B/animal-ecology-animal-ecology-fig-18-2-growth-of-populations-of-paramecium-caudafum-and-p-aurelia-cultivated-separately-and-in-mixed-populations-from-sause-1934-of-it-rarely-if-ever-will-they-be-equally-adapted-and-ordinarily-the-one-with-the-better-adaptations-or-greater-aggressiveness-will-win-out-and-occupy-the-niche-to-its-full-carrying-capacity-the-basic-idea-of-this-rule-was-understood-from-observations-of-natu-ral-distribution-long-before-it-was-verified-experi-mentally-grinnell-1904-jordan-1905-in-experimental-cultures-paramecium-caudatum-and-p-aurelia-maintain-s-RN5M6B.jpg)
Animal Ecology. Animal ecology. FIG. 18-2 Growth of populations of Paramecium caudafum and P. aurelia, cultivated separately and in mixed populations (from Sause 1934). of it. Rarely, if ever, will they
Two species of Paramecia, Paramecium aurelia and Paramecium caudatum were grown in a single flask where bacteria were used as the food source. The graph shows their growth rate. Choose the correct
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