Planting method capable of increasing yield and sugar content of beet in combination with Things of Internet and irrigation device

Abstract

The invention provides a planting method capable of increasing yield and sugar content of beet in combination with the Things of Internet and an irrigation device. Beet planting land is reclaimed, harrowed, turned and ridged, and automatic drip irrigation devices are mounted in each irrigation area every 10 m; before sowing, organic fertilizer and chicken manure are applied to 0-20 cm and mixed with soil fully; the automatic drip irrigation devices are used for drip irrigation in different growth periods including seedling period, rapid foliage growth period, tuberous root sugar growth periodand tuberous root sugar accumulation period of beet, drip irrigation is carried out once every 7-10 days in each growth period, and meanwhile, field weeding is performed; after sowing, closed weedingof beet fields is carried out before seedling emergence; after harvesting, beet tuberous roots are subjected to sugar detection and production detection. The technical problem that development of a technology for effectively controlling beet growth and soil moisture content with irrigation requirement and times in beet planting areas by using existing irrigation conditions in combination with irrigation systems is in urgent need is solved. The irrigation conditions are reasonably controlled, so that the yield per mu and the sugar content of beet are increased.

Description

technical field [0001] The invention relates to the field of planting, in particular to the use of Internet of Things technology, a special beet planting method and an irrigation device to increase the mother yield of beet and increase the sugar content of beet. Background technique [0002] Sugar beet is the main raw material of sugar, and nearly half of the sugar comes from beet. At present, the yield per mu of beet is low, and the sugar content of beet is low, which restricts the development of the sugar industry. Water resources are the guarantee of agriculture. At present, China's agricultural water consumption accounts for more than 60% of the total water consumption. How to efficiently use water resources is a current research hotspot. [0003] Sugar beet is a Chenopodiaceae economic crop that requires a lot of water, and the amount of irrigation water has a significant impact on sugar beet yield. At present, drip irrigation under mulch is widely used in Northwest Chi...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the urgent need to use the existing irrigation conditions combined with the irrigation system in the sugar beet planting area, the invention provides a technology that can effectively control sugar beet growth and soil moisture by developing irrigation quotas and times, and provides a combination of Internet of Things for improving sugar beet yield and sugar content The precise drip irrigation planting method, reasonable control of irrigation conditions, in order to increase the yield per mu and sugar content of sugar beets

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