High-production planting method for sweet potato

Abstract

The present invention discloses a sweet-potato high-yield planting method, which is characterized in that in the growth period of the vine of the sweet potato, the turning over of the vine is changed into lifting of the vine by hand, the vine of the sweet potato is lifted every ten to twenty days; the pyrethroid-type agriculture medicine is sprayed on the leaves and the vines of the sweet potato according to the rate of zero point seven to one point five thousandth every five to seven days. The pyrethroid-type agriculture medicine in the present invention can be the high-efficient cypermethrin or the deltamethrin. The present invention has simple operation and obvious yield increment, which can be applied to planting the sweet potato in all places.

Description

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AI Technical Summary

Benefits of technology

This technology allows for easy changes made from an existing plant called Vesicular stalk (VES) without causing harm or damaging it while also allowing more space inside each veneer unit when they are being raised by workers during maintenance work hours. By doing this, there may be fewer problems with plants grown over longer periods due to lack of sunlight needed for photosynthetic activity.

Problems solved by technology

This patented describes various ways to improve taste quality and productivity during cultivation of sweets such as sweetpotatoes. However, current methods involve producing high levels of sugars (glucosylceran) along with reducing bacterial activity associated therewith, making these processes difficult without causing damaging side reactions like tissue necrosis caused by excessively excitation heat generated when cooked onions melt down into liquid glue. Additionally, traditional techniques require bulky equipment to handle plants grown underground, leading to decreased yields over time.