Radishes, known for their rapid growth, can be cultivated in various types of soils. However, the best outcomes are achieved when they are grown in soil that is rich, friable, moist, and contains a high proportion of humus. The presence of these favourable soil conditions promotes optimal growth and development of radish plants. Research has shown that the addition of compost to the soil can significantly impact radish growth. Experiments conducted with different compost levels demonstrated distinct effects. Radish plants cultivated in soils with 5%, 10%, and 15% compost content displayed pronounced positive effects on their growth. This suggests that incorporating compost in moderate amounts can enhance the overall performance of radishes. Interestingly, when the compost level reached 20%, it was observed to have an inhibitory effect on the growth of radishes. This finding suggests that while compost can be beneficial, excessive amounts might adversely affect the growth and development of radish plants. Therefore, it is important to find the right balance and not exceed the optimal compost concentration. Given the rapid growth rate of radishes, it is crucial to provide them with a rich, fertile soil. Such soil characteristics ensure the availability of essential nutrients and promote vigorous growth. By creating an environment that meets these requirements, gardeners and farmers can maximise the productivity and quality of their radish crops.

Keywords: Compost, Pot Culture Experiments, Cultivar Pusa Chetki, Shoot Length, Root Length, Analysis of Variance.

________________