光热肥湿系统集成技术与植物集成数据库研究进展  

Research progress of integrated technology of photothermal fertilizer and moisture system and integrated database of plants

作　　者：王子涵 石明明 邹军 丁小涛 姜玉萍 沈焱 杨少军 徐红留 曾凡浩 杨莹 方宗发 田耀华 陈启 陈曦[10] 杨杰 WANG Zihan;SHI Mingming;ZOU Jun;DING Xiaotao;JIANG Yuping;SHEN Yan;YANG Shaojun;XU Hongliu;ZENG Fanhao;YANG Ying;FANG Zongfa;TIAN Yaohua;CHEN Qi;CHEN Xi;YANG Jie(School of Sciences,Shanghai Institute of Technology,Shanghai 201418,China;Shanghai Academy of Agricultural Sciences,Shanghai 201403,China;Shanghai Yingzhi Technology Co.,Ltd.,Shanghai 200333,China;Shanghai Youyou Agricultural Technology Co.,Ltd.,Shanghai 202150,China;Shanghai Nongyemei Technology Development Co.,Ltd.,Shanghai 201100,China;Jiangsu Dengqin Optoelectronic Technology Co.,Ltd.,Xuzhou,Jiangsu 215103,China;Hainan Rose Valley Industrial Development Co.,Ltd.,Sanya,Hainan 572011,China;Hainan Nongken Nanfan Wenchang Base Co.,Ltd.,Wanning,Hainan 571532,China;Xishuangbanna Chengqi Technology Co.,Ltd.,Xishuangbanna,Yunnan 666100,China;Institute of Medicinal Plants,China Academy of Medical Sciences,Beijing 100193,China;Ningbo Langer Lighting Appliance Co.,Ltd.,Ningbo,Zhejiang 315399,China)

机构地区：[1]上海应用技术大学理学院,上海201418 [2]上海市农业科学研究院,上海201403 [3]上海英植科技有限公司,上海200333 [4]上海由由农业科技有限公司,上海202150 [5]上海侬业美科技发展有限公司,上海201100 [6]江苏灯钦光电科技有限公司,江苏徐州215103 [7]海南玫瑰谷产业发展有限公司,海南三亚572011 [8]海南农垦南繁文昌基地有限公司,海南万宁571532 [9]西双版纳承启科技有限公司,云南景洪666100 [10]中国医学科学院药用植物研究所,北京100193 [11]宁波朗格照明电器有限公司,浙江宁波315399

出　　处：《应用技术学报》2025年第1期26-34,共9页Journal of Technology

基　　金：上海市“科技创新行动计划”农业科技领域项目(23N21900100,22N21900400)资助。

摘　　要：光热肥湿系统集成技术与植物集成数据库是一种前沿的农业科技,旨在实现对植物生长环境中光照、温度、肥料和水分等参数的全面监测和自动控制。通过精确调控植物生长的光照、温度、营养和湿度等条件,为植物创造最优生长环境。这些精确的环境数据可以为植物集成数据库提供丰富的信息资源,植物集成数据库所含的丰富植物学数据也可用于优化光热肥湿系统的配置和运行,实现更为精准和高效的植物生长管理。深入研究光热肥湿系统的基本原理和技术发展,并深入探讨光照在其中的主导作用,以及这一技术如何帮助优化植物的生长环境。分析了建立不同植物的系统集成数据库的必要性和实际应用,重点关注如何利用这些信息来优化光热肥湿系统的管理和控制。光热肥湿系统集成技术与植物集成数据库技术的发展将有助于优化植物生长环境,促进农业可持续发展。The integrated photothermal fertilizer-moisture system and plant database represent a cutting-edge agricultural technology designed to achieve comprehensive monitoring and automated control of parameters such as light,temperature,fertilizer,and moisture in plant growth environments.By precisely regulating these conditions such as light,temperature,nutrition,and humidity,the system creates an optimal growth environment for plants.These accurate environmental data generated serve as a valuable resource for integrated plant databases,while the extensive botanical data within the database can be utilized to optimize the configuration and operation of the photothermal fertilizer-moisture system,leading to more precise and efficient plant growth management.This study investigates the fundamental principles and technological advancements of photothermal fertilizer-moisture system,with the primary objective of exploring the dominant role of light and its contribution to optimizing plant growth environments.Additionally,it examines the necessity and practical applications of developing system integration databases for diverse plant species,highlighting how such data can be leveraged to enhance the management and control of the photothermal fertilizer-moisture system.The development of integrated photothermal fertilizer-moisture systems and plant databases holds significant potential for optimizing plant growth environments and promoting sustainable agricultural practices.

关 键 词：光热肥湿系统 集成技术 植物 数据库 

分 类 号：TQ034[化学工程]