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桃果实品质动态变化及其对气象因子的响应

王璐瑶 闫锦涛 刘涛 李静楠 陈维

农学学报2023,Vol.13Issue(11):49-54,6.
农学学报2023,Vol.13Issue(11):49-54,6.

桃果实品质动态变化及其对气象因子的响应

Quality Dynamic Variation and Response to Meteorological Factors in the Development of Peach Fruits

王璐瑶 1闫锦涛 2刘涛 2李静楠 1陈维1

作者信息

  • 1. 天津市宁河区气象局,天津 301599
  • 2. 天津市气候中心,天津 300074
  • 折叠

摘要

Abstract

In order to improve the quality of peach fruits and determine the best harvest time,'Jiubao'was used as the material.The variations of single fruit weight,diameter,hardness,soluble solids content and titratable acid content were analyzed in this study.The models of fruit quality and main meteorological factors were established with the multiple regression method.The results showed that the growth and development dynamics of single fruit weight and diameter presented'slow-fast-slow'stage characteristics,and conformed to the Logister curve.The single fruit weight maximum value appeared at 91 days after flowering,the vertical diameter growth maximum value appeared at 66 days after flowering,and the horizontal diameter growth maximum value appeared 5 days later.With the ripening of peach fruits,the fruit hardness gradually decreased,and the soluble solids content increased with a gradually accelerated rate.The titratable acid content fluctuated in a small range at first and then decreased rapidly.Combined with the regression analysis results,the fruit quality was mainly affected by≥18℃ cumulative temperature,≥24℃ cumulative temperature,daily average temperature and cumulative sunshine hours.Under the conditions of≥18℃ cumulative temperature≥1170.21℃,≥24℃ cumulative temperature≥769.23℃,daily average temperature≥27.00℃,and cumulative sunshine hours≥318.89 h,the fruit quality could reach the best maturity.

关键词

/果实品质/动态生长特征/气象因子

Key words

Prunus persica/fruit quality/dynamic growth characteristics/meteorological factors

分类

农业科技

引用本文复制引用

王璐瑶,闫锦涛,刘涛,李静楠,陈维..桃果实品质动态变化及其对气象因子的响应[J].农学学报,2023,13(11):49-54,6.

基金项目

天津市气象局区局专项"宁河地区桃树种植气象服务关键技术应用研究"(202204qxzx01). (202204qxzx01)

农学学报

OACSTPCD

1007-7774

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