Plant breathable water-saving anti-transpiration agent

Abstract

The invention discloses a plant breathable water-saving anti-transpiration agent, and belongs to the technical field of forestry planting. Acid catalysis aldolization is adopted for manufacturing a mytilopsis protein polymer, the phenolic hydroxyl group can be partially slowly oxidized into quinone, plant pores are not blocked, absorption of oxygen and exhaust of carbon dioxide for plants are obstructed, and the water-saving anti-transpiration effect is improved; ultrasonic dispersion is performed on serpentine, agglomeration among ingredients is reduced, the good adsorption effect is achieved, the composite auxiliary ingredients can slow down metabolism, and the anti-transpiration effect is achieved; by adding glycylglycine, the percutaneous water evaporation amount can be lowered, the good anti-transpiration effect is achieved, the effect of improving the lead pore state is achieved, normal breathing and ventilation can be ensured, and the water-saving and anti-transpiration effectsare synthesized. The problems that an existing common plant anti-transpiration agent is likely to block plant pores, absorption of oxygen and exhaust of carbon dioxide for plants are obstructed, and the plant growth and metabolism are not facilitated are solved.

Description

technical field [0001] The invention belongs to the technical field of forestry planting, and in particular relates to a breathable, water-saving and anti-transpiration agent for plants. Background technique [0002] With the impact of global warming and human activities, water resources have gradually become one of the main factors restricting social and economic development. Agriculture is the basic industry of the national economy, but due to the uneven distribution of water resources and backward basic water conservancy facilities, the water utilization rate of agricultural irrigation is only 40%. Therefore, efficient use of water resources is imperative, and the development and promotion of modern drought-resistant technologies is becoming more and more important. That is, the development of new plant water-saving and drought-resistant agents to improve the water use efficiency of crop preparation is an indispensable part of water-saving agriculture. [0003] Transpir...

AI Technical Summary

Problems solved by technology

[0008] The technical problem to be solved by the present invention is to provide a plant breathable and water-saving anti-transpiration agent in view of the problems that the commonly used plant anti-transpiration agents are easy to block the plant stomata, hinder the absorption of oxygen and the discharge of carbon dioxide by plants, and are not conducive to the growth and metabolism of plants.