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政府計畫
計畫名稱(中文) 種苗產業領航產業技術研發與應用
計畫名稱(英文)
文獻分類 播種與育苗 播種技術
計畫編號 106農科-18.1.2-子-Z1
計畫主辦人 方怡丹
計畫主管機關 行政院農業委員會 
計畫執行機構 行政院農業委員會農糧署作物生產組
全程計畫年 2017年 ~ 2017年
中文關鍵字 資通訊技術;蔬菜育苗場;種苗產業;小葉菜;設施栽培;番茄;大數據;育苗場;資通訊技術;種苗產業;資通訊技術;智慧農業;設施栽培;草莓;智慧農業;移植機;苗栗;種苗產業;環控設施;種苗產業;大數據;研發;炭疽病;環控設施;智慧農業;大數據;種苗產業;番茄;種苗產業;資通訊技術;炭疽病;蔬菜育苗場;草莓;設施栽培;資通訊技術;小葉菜;設施栽培;研發;種苗產業;移植機;種苗產業;資通訊技術;苗栗;育苗場;大數據;智慧農業
英文關鍵字 ICT;vegetable nursery;Plant Seedlings Industry;leves vegetable;Facility Cultivation;tomato;Big Data;nursery;Information and Communication Technology,ICT;seedling industry;Information and Communication Technology,ICT;Intelligent Agriculture;Facility Cultiv
中文摘要 種苗產業示範場域計畫 種苗為農業基礎,對農業發展影響深遠。目前臺灣的種苗產業面臨氣候變遷、勞力缺乏及設施老舊等問題,產業的發展受到挑戰。本計畫擬導入智能環控系統於種苗生產,發展種苗智慧農業生產技術。利用環境感測器蒐集環境參數資料,並經由網路上傳到資料庫,透過雲端計算進行大數據分析,可根據種苗種類、生育期提供合適的栽培管理建議。 運用資通訊技術於設施種苗生產,實現即時異地控管,提高育苗管理彈性與減少勞力依賴,有效解決種苗產業所遭遇的發展瓶頸。 遠端程控系統開發暨高效隔離設施導入計畫 種苗為農業基礎,對農業發展影響深遠。目前台灣的種苗產業面臨供苗資訊不明、勞力資源缺乏及育苗設施老舊等問題。為解決種苗產業所遭遇的發展瓶頸,本計畫擬建構智能育苗平台,應用雲端運算、大數據、物聯網、行動應用等ICT科技,發展種苗智慧農業生產技術。 同時遠端程控系統可利用感測器蒐集環境參數、調查嫁接苗、穴盤苗之生理參數,經由進行大數據分析所得之育苗參數,根據種苗種類、生育期提供合適的栽培管理建議。運用資通訊技術於種苗生產可實現異地控管,提高育苗管理彈性與減少勞力依賴。最後擬導入高效隔離設施,建立健康種苗生產模式,減少病蟲害之影響,提高作物產量與品質。 小葉菜移植機之研發 本研究旨在開發開發小葉菜移植機,用以取代,進行半自動移植作業,以克服人力短缺問題。預估完成後之小葉菜移植機,其效率可為現行人工移植作業的2.5倍。小葉菜移植機的開發除可增加農友的收益外,亦可提供大量安全蔬菜供國人食用,有助於增加國人健康。 高效隔離標準產程模擬建置系統計畫 隨氣候變遷旱澇頻仍,設施栽培已逐漸成為發展趨勢,高效的設施隔離是健康種苗設施生產的基礎。另一方面,台灣草莓每年約需2,750萬株草莓苗,但近年受氣候影響,育苗難度與日俱增。因此應用適切的隔離設施,架構健康草莓種苗的供苗場所,以確立草莓種苗繁殖制度基礎,實為產業所需。 高效隔離標準產程設施育苗系統導入計畫 建構高效隔離溫室及番茄健康種苗標準產程智慧化管理,使種苗從播種、嫁接、癒合、馴化到出貨成為可追蹤、可管控、可改善之育苗繁殖運作模式,以逐步提升番茄供苗品質,穩定供苗市場。 育苗作業參數化智慧聯網建構 盤點專業育苗業者對於設施環控、遠端監測及生產管理系統之需求與現況,規畫蔬菜育苗生產與設施遠端管理系統。建置與測試智慧化生產管理與環控主機系統於育苗場設施環控作業及遠端管理。輔導中部蔬菜育苗示範場域1家,進行蔬菜育苗場訪視輔導,協助導入智慧化育苗作業及遠端設施環控管理。
英文摘要 The Demonstration Area Program for Plant Seedlings Industry Seedling is the foundation of agriculture, and it has far-reaching effects on agricultural. There are some problems currently on Taiwan seedling industry, like climate change, labor shortage, and facility is too old , etc. The purpose of this study is introducing an intelligent environmental control system in seedling production to develop the the intelligent planting system. We can collect the data of environmental parameters by using sensors to detect environmental factors, transfering the data to database via internet, and get management advice from big data analytics on cloud computing. Information and communication technologies (ICTs) help us to remote manage the plant growth facility immediately for increasing managing flexibility and reducing labor dependency, which can solve the development bottleneck of plant seedlings industry. Development of Remote Monitoring and Controlling System and High-Efficiency Isolation Facility Seedling is the foundation of agriculture, and it has far-reaching effects on agricultural. There are some problems currently on Taiwan seedling industry, like market uncertainty, labor shortage, old facility , etc. In order to solve the problems, the purpose of this study is to develop the the Intelligent Planting System, using cloud computing, big data, internet of things, and mobile application to develop intelligent seedling cultivating system. In the meantime, We can get the management advice from big data analytics by using sensors to detect environmental factors and seedling traits in the Remote Monitoring and Controlling System. Information and communication technologies (ICTs) help us to remote manage the plant growth facility for increasing managing flexibility and reducing labor dependency. Last, using the standard model to produce the healthy seedlings, which can reduce pests and diseases injury, and improve crop yield and quality in the High-Efficiency Isolation Facility. Development of a leafy vegetable transplanter. This project will develop a semi-automated leafy vegetable transplanter to replace manpower. The semi-automated transplanting operations can overcome the problem of manpower shortage on vegetables harvesting. It is estimated that the efficiency of the finished leafy vegetable transplanter can be 2.5 times as that of the existing manual harvesting operations, which not only increase the income of farmers, it can also provide a large number of safe vegetables for people to promote the health of people. The standard production system in the isolated facility With the climate changes, the weather becomes more and more challenge to the farmers. The facility cultivation is one of the methods to overcome this situation. The effective isolated facility cultivation is the foundation of the healthy strawberry plantlet production. The demand of the strawberry plantlet is about 27.5 million in Taiwan every year, yet the plantlet production is getting difficult. Thus, the application of the effective facility to produce healthy strawberry plantlets is important to the strawberry industry. Introduction of high-efficiency isolated equipment to seedling production Construction of effective isolated facility cultivation and intelligent managementof tomato healthy seedling standard production process, make the seedling status can be tracked, can be controlled, and can be improved from the sowing, grafting, acclimatization, domestication and shipments. To gradually enhance the quality of tomato seedlings for the seed market stability. Construction of Parameterized Management Wisdom Network for Vegetable Nursery Check status and demands of professional nursery industry for environmental control facilities, ICT and production management system, planning the system of vegetable seedling production and remote management for greenhouse. Construction and testing of remote control operations and management for intelligent environmental control host system in seedling nursery facilities. Counseling a demonstrate vegetable nursery company in central Taiwan, guide that company and help that to introduce the intelligent system of nursery operations and remote management of environmental facilities.
其他研究人員 方怡丹 郭宏遠 黃裕榆 吳岱融
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