Integrated infiltrating irrigation cultivating method

Abstract

The invention discloses an integrated infiltrating irrigation cultivating method and relates to a water-saving infiltrating irrigation cultivating method in the facility agriculture. The integrated infiltrating irrigation cultivating method is characterized in that micro-ridges and furrows are covered with plastic mulching films, crops are planted in the furrow, a drip irrigation belt is paved below the mulching films, a plough layer is provided with seepage-proofing water storage tanks, and straw bundles are buried in the tanks vertically. The integrated infiltrating irrigation cultivating method integrates technologies of trickle irrigation, infiltrating irrigation and thin-film water impoundment, various technologies are complementary advantageously, and the effects of water impoundment, conservation, energy consumption reduction, high quality and high yield are achieved. The technological concept and scheme of the integrated infiltrating irrigation cultivating method are applicable to various agricultural production aspects and various field types and can achieve all-around production objectives.

Description

technical field [0001] The invention relates to the field of water-saving seepage irrigation cultivation of facility agriculture. Background technique [0002] The technologies of water collection, water saving, and infiltration cultivation in today's agricultural planting industry are independent in terms of application schemes, and each has many shortcomings in production and application, especially in the aspect of combining with water supply technology, which is restricted by water resources and affects the application. play. Contents of the invention [0003] The present invention integrates drip irrigation, seepage irrigation, and thin film water collection technologies, complements the advantages and disadvantages of various technologies, achieves water collection, water saving, and consumption reduction, constitutes an optimized seepage irrigation cultivation growth mode, and finally realizes all-round production goals. [0004] The technical solution adopted in t...

AI Technical Summary

Problems solved by technology

[0002] The technologies of water collection, water saving, and infiltration cultivation in today's agricultural planting industry are independent in terms of application schemes, and each has many shortcomings in production and application, especially in the aspect of combining with water supply technology, which is restricted by water resources and affects the application. play

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