Understanding Cicada Development Through Temperature-Controlled Experimental Plots
What conclusions can be drawn from the data obtained from the temperature-controlled experimental plots regarding cicada development?
a) Cicada development is unaffected by temperature.
b) Cicada development is faster at higher temperatures.
c) Cicada development is slower at higher temperatures.
d) Cicada development is unpredictable.
Answer:
The data from the temperature-controlled experimental plots suggests that cicada development is faster at higher temperatures.
The data collected from the temperature-controlled experimental plots provides valuable insights into the relationship between temperature and cicada development. By analyzing the data, it becomes evident that the time it takes for cicadas to complete their life cycle and reach adulthood is influenced by temperature.
Higher temperatures in the experimental plots resulted in shorter durations for cicadas to develop from egg hatching to adult emergence. This indicates that cicada development is faster in warm conditions compared to cooler temperatures. The data revealed a clear correlation between temperature and the speed of cicada development.
Understanding these findings can help researchers and entomologists track and predict cicada populations based on temperature fluctuations. By recognizing the impact of temperature on cicada development, measures can be implemented to manage cicada populations effectively.