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Model Of Responses Of Photosynthesis To Light And CO2 Of Many Varieties Of Rice In Jilin Province

Posted on:2017-01-01Degree:MasterType:Thesis
Country:ChinaCandidate:L L ZhangFull Text:PDF
GTID:2283330503466398Subject:Computer application technology
Abstract/Summary:PDF Full Text Request
Rice has played an important role agricultural development of Jilin Province, and photosynthesis is an important physiological process for rice growth, but by reading numerous research papers, however, there are few research on rice photosynthesis model in Jilin province.This paper aims to do some mathematical data analysis on rice photosynthesis in Jilin province, and study on the characteristics of rice in Jilin province, even more,it is supposed to give some guidance about rice cultivation,and increase the rice production in Jilin.There is a large area of paddy fields in northeast China, especially in Jilin province, which serves an important guarantee for the basic survival of many farmers in this area.So the study on photosynthetic characteristics of rice has certain research value.In this paper, some common mathematical statistics and common photosynthesis model are used to analyze the data of the photosynthesis of rice in Jilin province form many varieties. The results show that the modified rectangular hyperbolic model has good effect on analyzing photosynthetic characteristics of the most rice varieties in Jilin, especially the light response model. However, the non-rectangular hyperbolic model is the best for the CO2 response.At last, we match the four common models and rice varieties in Jilin Province and to develop the APP, combining theory and practice. The research results can be used to guide crop growth status and guide agricultural production. It also can lay the foundation for the future study on more suitable model for the photosynthesis light response and CO2 response in Jilin province,pointing out a direction for developing all types of agricultural services software.
Keywords/Search Tags:Rice, Photosynthesis, Light response curve, CO2 response curve
PDF Full Text Request
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