Construction method of kumquat yield area forecasting model based on meteorological conditions

Abstract

The invention discloses a construction method of a kumquat yield area forecasting model based on meteorological conditions. The model construction method comprises the following steps: step 1, preparing kumquat yield data; step 2, preparing meteorological data; step 3, determining a region forecasting conceptual model; in the first step, a model user obtains monitoring data of at least 1000 mu of kumquats in the same region for more than 10 years in a monitoring mode or other modes, the kumquat yield area forecasting model based on the meteorological conditions is simple and practical, parameters are easy to obtain, and forecasting precision is high; the regional cumquat yield is forecast based on the meteorological conditions entering the growing season every year, and field planting technology regulation and market price expectation are forecast in advance; on the basis of parameters of the kumquat yield area forecasting model, field facilities are set to regulate and control field micrometeorological conditions, real-time water and fertilizer management is carried out, and optimal management conditions are created for high yield.

Description

Technical field [0001] The present invention relates to the field of crop cultivation techniques, and in particular, a method of constructing a kinemon production region prediction model. Background technique [0002] Crispy tits are high-grade fruit, which is high-grade fruit. The current cultivation technology has matured, but the production of kumquats is affected by meteorological conditions, especially in summer and autumn encounters unfavorable weather conditions, will seriously affect yield formation. Kumquat is a landmark crop that has formed a large-scale production in the past few years, and there is currently no quantitative prediction model to achieve an estimated output of gold orange production. This patent is based on early forecast production in advance, providing scientific basis for the regulation of field water fertilizer management and micro - gas conditions. [0003] Any one of the existing cultivation techniques or a combination of multiple conditions cannot...

AI Technical Summary

Problems solved by technology

[0003] Any one condition or the combination of a plurality of conditions in the existing cultivation technology, all can't realize the forecast of the kumquat yield of an area, a plot, a tree, these conditions comprise site condition, tree vigor, water and fertilizer management, output ( Thinning flowers and vegetables) regulation, meteorological conditions, etc.