Sri Lakshmi Industry is a company that provides irrigation solutions for various applications, including root zone irrigation. Root zone irrigation is a method of delivering water and nutrients directly to the root zone of plants, avoiding evaporation, runoff, and over spray.
This product that we developed has seamless tubing construction with a sharp nose and is buried under the ground. This emitter has a microtube inside the tube where water slowly gets into the soil. This deep dripper creates a wet condition under the subsoil and is not imitated by evaporation.
Deep feeders, in the context of agriculture, refer to plant roots that penetrate deep into the soil to extract nutrients and water from lower soil layers. These specialized roots play a crucial role in drought resistance and nutrient uptake efficiency of plants. They are particularly important in regions with limited water availability.
Deep feeder roots exhibit adaptations such as longer length, smaller diameter, and higher root-to-shoot ratio, allowing them to explore and exploit deeper soil layers. This trait is especially beneficial in arid and semi-arid climates where access to water is a limiting factor for plant growth.
By accessing moisture and nutrients from deeper soil strata, deep feeders contribute to improved crop resilience and productivity. Additionally, they play a vital role in soil stabilization and erosion prevention.
Understanding the characteristics and behavior of deep feeder roots is essential for developing crops with enhanced drought tolerance and nutrient utilization efficiency, which is increasingly important in the face of global climate challenges and the need for sustainable agriculture practices.
"To revolutionize the feeding industry through cutting-edge technology, innovation, and sustainable practices, providing our global customers with high-quality, reliable, and efficient deep feeding solutions."
"We envision a future where Deep Feeder Manufacturing Company leads the industry in creating smart, adaptable, and eco-friendly feeding systems that optimize animal welfare, increase agricultural productivity, and promote a sustainable planet."