Relating to or serving for irrigation; that which is used to supply water to land or crops, typically through artificial means. It encompasses the systems, methods, and processes involved in the controlled application of water to the soil for agricultural or landscaping purposes. This can range from simple manual techniques to sophisticated automated systems, all aimed at enhancing plant growth and yield by providing sufficient moisture when and where it is needed. The effectiveness of irrigatory practices is crucial for food production, especially in arid and semi-arid regions, ensuring that plants receive adequate water during critical growth stages.
Irrigatory meaning with examples
- The farmer invested heavily in a modern irrigatory system, replacing the inefficient flood irrigation with a precision drip system. This allowed him to conserve water, reduce costs, and significantly increase his crop yields, demonstrating the practical benefits of effective water management in agriculture. His adoption of the system benefited the environment, allowing him to improve the quality of his crops, resulting in a greater profit margin.
- The arid landscape of the desert demanded sophisticated irrigatory methods to sustain even the most resilient plants. The government provided funding for the construction of reservoirs and canal systems, creating a network designed to efficiently deliver water across vast stretches of previously barren land, and it resulted in the expansion of the town.
- The ancient civilizations of Egypt relied on elaborate irrigatory techniques, such as canals and shadufs, to cultivate crops along the Nile River. These ancient innovations showcase humanity's long-standing commitment to managing water resources to grow food and sustain communities in harsh environments, and it helped preserve their way of life for centuries.
- The landscape architect incorporated an irrigatory plan into the design of the public park, ensuring the lush green spaces remained vibrant even during dry seasons. The system would include a network of underground sprinklers and strategically placed drip lines to optimize water use and minimize waste, ensuring it was self-sufficient and environmentally conscious.
- The research focused on the development of advanced irrigatory technologies, like sensors that detect soil moisture levels. This approach allows for optimizing water application based on real-time plant needs, promoting sustainability in farming and landscape management by reducing water consumption and preserving the natural resources for years to come.