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Logistic Growth Curve (S-Curve)
This experiment allowed us to see how a logistic growth curve is created with actual data. Our petri dish with 10 drops of solution gave us the best data to support this principle.

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Our group learned that nitrates are required for the growth of duckweed. This was evident because the control petri dish stopped growing a few days into the experiment. We found that 10 and 15 drops of the solution in 25 mL of distilled water allowed for the most growth within the 14 days. After the experiment, I would still like to know what the prime amount of nitrate solution is for the maximum amount of duckweed growth. My group worked together well and completed our tasks on time. I was in charge of counting the duckweed lobes each day we recorded data. I think this was smart because it was the same person counting each time and that would not be an extra factor that could affect our results.

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Left: Control
Right: 5 Drops of Solution

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Left: 10 Drops of Solution
Right: 15 Drops of Solution

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As the experiment endured, the duckweed lobes in the control dish turned brown or translucent, making it obvious that they were no longer living. The control dish was the only dish that did not continue to grow up until the last day of the experiment.

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Four petri dishes (labelled control, 5 drops, 10 drops, and 15 drops)
Nitrogen solution
Distilled water
Duckweed
Magnifying glass
Graduated cylinder
Graph Paper

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If nitrate levels are high, then the population growth of duckweed will increase.

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How do nitrate levels effect the population growth of duckweed?

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Duckweed Growth over 16 days (390 hours)

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Best/Worst Live Plants for Tropical Aquariums

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Time lapse of duckweed (genus Lemna) proliferation over 390 hours (16 days)