statistics of agriculture 中文意思是什麼

statistics of agriculture 解釋
農業統計
  • statistics : n. 1. 統計學,統計法〈用作單數〉。2. 統計數字[資料],統計表〈用作復數〉。
  • of : OF =Old French 古法語。
  • agriculture : n. 農業,農耕;農業生產;農學。
  1. This paper is an analysis of the agriculture - dominated yuanmou county characterized by mountainous, tropical and droughty agriculture from the perspective of approaches of developing specialty agriculture in sw china inhabited by minority ethnic groups and against the background of county agriculture development in the rest of yunnan and even the rest of the whole country. in the paper a variety of approaches are employed, such as demonstration, contrast and statistics, no to mention the introduction of reference index system of economic competitive power for the purposes of contract, analysis and assessment

    本文從西部邊疆少數民族地區如何發展特色縣域經濟的視角出發,以全國和雲南省的縣域經濟為研究背景,選擇了雲南元謀這個具有農業主導縣特徵、山區縣特徵和獨特「乾熱資源」有特色產業的縣作為研究對象,以實證、對比等統計方法作為研究手段,並以中國縣域經濟競爭力評價指標體系的指標作為參照指標,進行對比、分析和評價。
  2. This paper draws a general picture of women ' s role in spanish agriculture through the analysis of available census statistics

    摘要本文是藉由農業普查資料之分析提供對西班牙婦女在農業中所扮演角色的概括性了解。
  3. The interactive catalogue covers a wide spectrum of fao subjects including agriculture, genetics, plant production and protection, animal production and health, forestry, fisheries, land and water development, statistics, trade, biotechnology and food and nutrition

    相互作用的目錄覆蓋糧農組織廣泛的業務領域,如農業、遺傳、植物生產和保護、家畜生產和衛生、林業、漁業、水土開發、統計、貿易、生物技術、食品和營養。
  4. Researches on the application of plant bioengineering technology to agriculture in view of document statistics

    從文獻統計看我國植物基因工程技術農業應用的研究
  5. At concretion means, these mostly adopt systematology route to proceed inquisition, on the basis of reference both here and abroad production, compare objectively analyses technological change with agriculture surplus labor transfer of compartment " correlation, by the major premise of science and technology, handle science and technology philosophy, sociology, management science, statistics, economics, mathematical statistics, demography, and so on. compare overall systematically approach the feasibility, reliability, elementary path of agriculture surplus labor transfer under conditions of scientific - technical progress

    本研究主要採用系統科學的方法,在參照國內外研究成果的基礎上,比較客觀地分析了科學技術進步與農業剩餘勞動力轉移之間的相互關系。運用科技哲學、社會學、管理學、統計學、經濟學、數理統計、人口學等學科的知識,比較全面系統地探討了在科技進步條件下,農業剩餘勞動力轉移的可能性、可行性、基本路徑等。
  6. Statistics and analysis of papers and authors of journal of library and information sciences in agriculture in recent 10 years

    近10年我國期刊工作現代化研究論文的統計分析
  7. Statistics have indicated, ministry of agriculture only then more than 50 million yuan farmers science and technology training funds, evenly divides equally every year to the nation each rural labor force not to 0. 1 yuan

    據統計,農業部每年只有5000多萬元農民科技培訓經費,平均分到全國每個農村勞動力不到0 . 1元。
  8. The dissertation, in the principle of integration of theory with practice conducts a detailed and systematic analysis and evaluation of the key elements affecting the competitiveness of agricultural products, arrive at corresponding policy analysis and defenses, and finally initiates solution proposals and make an analysis on the level of system innovation with a comprehensive use of the knowledge and theories of agriculture economics, comparative economics, regional economics, international trade and agricultural and natural science and an adoption of the combination of macro - analysis and micro - analysis, demonstration study and criterion study, ration analysis and nature determination analysis, comparative analysis, statistics analysis, computation economic model

    本文綜合運用農業經濟學、產業經濟學、區域經濟學、比較經濟學、計量經濟學、國際貿易學和農業自然科學等學科的知識與原理,遵循理論與實踐相統一的原則,採取宏觀分析與微觀分析相結合、實證研究與規范研究相結合、定性分析與定量分析相結合以及比較分析、統計分析和計量經濟模型等多種方法,對影響農產品競爭力的關鍵要素展開系統深入的分析評價,得出相應的政策含義和依據,最後提出對策建議並加以耦合,進而上升到制度創新的層面加以闡述。
  9. Nearly 70 percent of all available freshwater is used for agriculture. use of water for irrigation has increased globally by more than 60 percent since 1960, according to united nation statistics

    農業用水占所有可用淡水資源的近70 % 。聯合國統計表明,自1960年以來,全世界用於灌溉的水量增長了60 %以上。
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