行政院農業委員會農業試驗所花卉研究中心

4.3/5 基於 8 評論

Contact 行政院農業委員會農業試驗所花卉研究中心

地址 :

646, Taiwan, Yunlin County, Gukeng Township, 麻園村1-10號行政院農業委員會農業試驗所花卉研究中心

電話 : 📞 +8888
分類:
城市 : Gukeng Township

646, Taiwan, Yunlin County, Gukeng Township, 麻園村1-10號行政院農業委員會農業試驗所花卉研究中心
張煜昌 on Google

產學技術、品種的研發中心。
R&D center for industry-university technology and varieties.
E
Esteban T on Google

這是隸屬於農業試驗所的農業研究機關。
This is an agricultural research institution affiliated with the Agricultural Laboratory.
高永珍(Jeannie) on Google

有好多美麗的花朵,可惜一般人無法入內參觀。
There are a lot of beautiful flowers, but unfortunately ordinary people cannot enter.
朱芳齡 on Google

佈景美麗,很適合拍照
Beautiful setting, very suitable for taking pictures
林炳坤 on Google

農委会花卉發展研究中心位於古坑鄉崁頭厝(永光村)内,研門研究花卉改良,新品推廣單位,平時謝絶参覌,無法進入。
The Flower Development Research Center of the Agricultural Committee is located in Gukeng Township (Yongguang Village).
王淑貞 on Google

這裡有小農種植栁丁。果型漂亮 。汁多甜美。 新品種繁多。 不愧行政院輔導的。 另有柚子。香蕉。 花卉。
There are small farmers here to grow Citin. The fruit shape is beautiful. Juicy and sweet. There are many new varieties. It is worthy of the guidance of the Executive Yuan. Another grapefruit. banana. flowers.
J
Jack Wu on Google

行政院農業委員會農業試驗所為配合農業政策與強化國內花卉科技研發,於1996年邀集相關專家學者評估與規劃,1998年購置位於雲林縣古坑鄉原台糖之崁頂農場,籌建花卉研究中心。花卉研究中心佔地21公頃,擁有3層研究大樓、組織培養室及農機室各1楝,建築面積共3,200平方公尺;精密溫室6棟及隔離網室9棟,面積共13,167平方公尺。軟硬體設施與試驗田區整地工程於2000年底陸續完工,研究人員從2001年7月開始進駐。花卉研究中心設有育種系與環境系兩個研究單位,組織編制置主任1人、系主任2人、配制研究人員 8人、約僱人員1人與技工6人。 目前中心設有育種系及環境系等二個研究單位;育種系之研究重點為花卉品種改良,選育耐熱、抗病、抗逆境、及新花色花型等特性,培育適合國內栽培之新品種。環境系之研究重點為利用生物科技、設施栽培及產期調節等技術,進行花卉栽培模式建立,以提昇花卉品質與產業競爭力;並從事花卉新品種量產繁殖、貯運技術與花材利用等研究。 未來發展方向與展望 未來花卉研究中心將配合國內花卉產業發展之需要,朝節能省碳之潮流開發,除加強花卉新品種與栽培新技術開發外,亦將提供國內花農及業者必要之技術協助與產業諮詢服務。 未來研究重點 1.加強花卉生物科技研發工作 新花色、花型、與花期為花卉產業發展與花卉品種改良之重點。未來除利用傳統育種技術外,將結合基因工程,藉由調控新花色生合成之相關基因表現,進行新花色品種選育。另外,為因應全球溫室效應與能源危機所帶來的衝擊,開發迷你化株型、短幼年性的花卉品種,以降低生產空間及時間需求,亦是中心未來的育種重點方向。 2.建立花卉環保生產體系 台灣的花卉產業近年來成長快速,目前已經是亞洲花卉生產及消費重要地區,在國際花卉產業亦佔有一席之地。未來面對全球「永續發展」的綠色潮流,品質與環境兼顧的花卉生產體系,是台灣花卉產業外銷與永續經營必然的趨勢。未來將加強有關花卉環保生產體系之研發工作,以科技改進生產環境、並建立標準化栽培管理系統與生產履歷,以因應國際市場需求。 3.建立自動化節能溫室之標準模式 精緻化及自動化是台灣農業在國際市場取得參賽權的必然手段,溫室栽培可克服氣候逆境,提高農作物品質並可全年生產;然而目前油價飆漲,將增加高耗能溫室栽培之生產成本,使農民卻步不前。未來擬與相關單位合作開發以太陽能為主要動力來源,結合雙效熱泵技術調控溫室環境,同時利用作物生理感測及無線感測網路系統進行節能操作,以達精準栽培自動化之目的。
In order to cooperate with agricultural policies and strengthen domestic flower technology research and development, the Agricultural Laboratory of the Executive Yuan Agriculture Committee invited relevant experts and scholars to evaluate and plan in 1996. In 1998, it purchased the original Taitang’s Kanding Farm in Gukeng Township, Yunlin County, and planned to build a flower research center. The Flower Research Center occupies an area of ​​21 hectares, with a three-story research building, a tissue culture room and an agricultural machinery room each, with a total construction area of ​​3,200 square meters; 6 precision greenhouses and 9 isolation net rooms, with a total area of ​​13,167 square meters. The software and hardware facilities and the site preparation project of the experimental field area were completed one after another at the end of 2000, and researchers began to station in July 2001. The Flower Research Center has two research units, the Breeding Department and the Environmental Department. It organizes and arranges 1 director, 2 department heads, 8 preparation researchers, 1 contractor and 6 technicians. At present, the center has two research units: the breeding system and the environmental department; the research focus of the breeding system is the improvement of flower varieties, the breeding of heat resistance, disease resistance, stress resistance, and new flower types and other characteristics, and the cultivation of new varieties suitable for domestic cultivation . The research focus of the Department of Environment is the use of biotechnology, facility cultivation and production period adjustment techniques to establish flower cultivation models to enhance flower quality and industrial competitiveness; and engage in mass production, propagation, storage and transportation technology and flower material utilization of new flower varieties Wait for research. Future development direction and outlook In the future, the Flower Research Center will meet the needs of the development of the domestic flower industry and develop toward the trend of energy saving and carbon saving. In addition to strengthening the development of new flower varieties and new cultivation techniques, it will also provide necessary technical assistance and industrial consulting services for domestic flower farmers and businesses. Future research focus 1. Strengthen the research and development of flower biotechnology New flower color, flower type, and flowering period are the focus of flower industry development and flower variety improvement. In the future, in addition to using traditional breeding techniques, genetic engineering will be combined to regulate the expression of genes related to new flower color biosynthesis to select new flower color varieties. In addition, in response to the impact of the global greenhouse effect and the energy crisis, the development of miniature plant types and short juvenile flower varieties to reduce production space and time requirements is also the focus of the center's future breeding direction. 2. Establish an environmentally friendly production system for flowers Taiwan's flower industry has grown rapidly in recent years. It is now an important region for flower production and consumption in Asia, and it also has a place in the international flower industry. In the future, facing the global green trend of "sustainable development", a flower production system that takes into account both quality and environment is an inevitable trend for the export and sustainable management of Taiwan's flower industry. In the future, it will strengthen the research and development of the flower environmental protection production system, improve the production environment with technology, and establish a standardized cultivation management system and production history to meet the needs of the international market. 3. Establish a standard model for automated energy-saving greenhouses Refinement and automation are the inevitable means for Taiwan agriculture to obtain the right to participate in the international market. Greenhouse cultivation can overcome climate adversity, improve the quality of crops and can be produced throughout the year. However, the current soaring oil prices will increase the production cost of high-energy-consuming greenhouse cultivation. To discourage farmers. In the future, it plans to cooperate with relevant units to develop solar energy as the main power source, combined with dual-effect heat pump technology to regulate the greenhouse environment, and use crop physiological sensing and wireless sensing network systems for energy-saving operations to achieve the purpose of precise cultivation automation.
張小云 on Google

下午一點半還有一場
There will be another one at half past one in the afternoon

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