Special organic/inorganic compound fertilizer for edible amaranth

Abstract

The invention discloses a special organic/inorganic compound fertilizer for edible amaranth. The special organic/inorganic compound fertilizer for the edible amaranth is prepared from organic active fertilizer, nitrogen fertilizer, a nitrogen fertilizer synergist, phosphatic fertilizer, potash fertilizer and medium trace nutrient elements; specifically, the special organic/inorganic compound fertilizer for the edible amaranth is prepared from the following raw materials in percentage by weight: 22-30% of nitrogen fertilizer, 10-20% of phosphatic fertilizer, 10-15% of potash fertilizer, 1-2% of nitrogen fertilizer synergist, 0.5-2% of ferric sulfate, 0.5-2% of calcium ammonium nitrate and 32-55% of organic active fertilizer. The special organic/inorganic compound fertilizer for the edible amaranth is scientifically compatible; the nitrogen, phosphorus and potassium components are scientifically proportioned according to the demands of the edible amaranth on the nitrogen, phosphorus and potassium components; the utilization rate of the nutrients is guaranteed; meanwhile, the medium trace nutrient elements are added so that the yield can be increased by 10-25% per mu in contrast with conventional fertilization; as a result, the special organic/inorganic compound fertilizer for edible amaranth has good economic benefit.

Description

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AI Technical Summary

Benefits of technology

This new type of fertilizers made from specific chemicals called certain substances are better than traditional ones due to their ability to release more beneficial ingredients over time without harmful side products or contamination. These fertils have several technical features that make them suitable for producing cleanly grown vegetables like those produced through agriculture methods such as crop rotation systems. They also provide safe sources of other important mineral components needed during plant growth cycles. Overall these improvements lead to improved yields on crops and reduced negative impacts upon human health caused by pesticides used in farming operations.

Problems solved by technology

The technical problem addressed by this patented method relates to the balance between different types of fertils used during vegetation growth (nitrogen or phosphorus) with respect to their availability and effectiveness at harvest stage. Existing solutions like adding chemical fertilizing agents can lead to poor crop yields while also causing harmful effects upon surrounding areas. Therefore, there exists an urgent challenge towards developing more effective ways to apply these materials without negatively impacted other plants' healthy developmental processes.