Protected-cultivation waxberry growth simulation method based on mild temperature

Abstract

The invention provides a protected-cultivation waxberry growth simulation method based on mild temperature and belongs to the technical field of agriculture. The protected-cultivation waxberry growth simulation method includes the steps of acquiring weather data including weather elements such as air temperature, solar radiation and relative humidity, measuring waxberry growth, periodically measuring waxberry growth data of waxberry trees in marked greenhouses, analyzing appropriate weather index of waxberry growth, and finally building a protected-cultivation waxberry growth model based on the mild temperature according to test data and checking according to the independent waxberry data and weather data. The protected-cultivation waxberry growth simulation method can provide a decision basis for prediction of protected-cultivation waxberry growth according to indoor microclimate data.

Description

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AI Technical Summary

Benefits of technology

The technology described in this patented method improves upon previous methods for producing certain types of chemicals that are more effective than previously available.

Problems solved by technology

This patented technical problem addressed in this patents relates to protecting greenhouse-grown plants from severe environmental conditions during their growing period due to snow fall or winter freezing temperatures that may affect them' healthiness and productivity. Additionally, it highlights how berries like yellow poplar (YPB) grow well when they receive proper care because these fruits contain essential components called ribonuclides, including betaine glycerol-3 - phosphate lyase/oxylucine tricarboxide tetrahydrolaselvitamino acid hydrocysteptostrongue), lysosome enzymes, carbohydroxyacids, polyphenols, quinones, anthocyanins, ellagitannanes, chlorophyllotrienadienoids, hydroxymethane guaiacolines, pigments, pollen graft proteins, nitric oxide donating agents, cyclohexene dyes, xanthanoferritans, citronella spiders, caterpillars, sea urchin epithets, nepetriphilopstic mushrooms, bacterial generators with specialized functions such as antihypertensive effects, cooling water retention, insect repelling activities, biological control against diseases, and reducing soil erosion caused by drought.

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