污染指示計 的英文怎麼說

中文拼音 [wūrǎnzhǐshìjì]
污染指示計 英文
contamination indicator
  • 污 : Ⅰ名詞（臟水; 臟物） slops; sewage; dirt; filth Ⅱ動詞（弄臟） defile; dirty; smear Ⅲ形容詞1 （臟）...
  • 染 : Ⅰ動詞1 （用染料著色）dye 2 （感染） catch [contract] （a disease） 3 （沾染） acquire （a bad hab...
  • 指 : 指構詞成分。
  • 示 : Ⅰ動詞（擺出或指出使人知道; 表明） show; indicate; signify; instruct; notify Ⅱ名詞1 [書面語] （給...
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 污染 : pollute; contaminate
  • 指示 : 1 （指給人看） indicate; point out2 （指示下級） instruct 3 （指示的話或文字） directive; instruc...
  1. Providing technical consultation on hydroponics vegetable production programme, forced culture facilities and related areas for 14 units both in and out jiangsu province ; planning the design of agricultural demonstrative area for 10municipal and county governments ; planning high - tech agricultural demonstrative area programme located in changsa of hunan province sponsored by the ministry of finance ; giving instructive proposals for 12 municipal and county governments on agricultural structural adjustment ; making long term draft planning of vegetable production modernization for nanjing municipal government ; offering consultative services of vegetable production development for provincial and municipal governments along the yangtze river ; delivering seminars and training courses to farmers as well as technicians in more than 20 counties ; providing consultative services to 5 large scale enterprises and the logistic units of pla

    幫助省內外14個單位規劃設計蔬菜無土栽培生產基地與設施，並提供技術知道與咨詢服務；與10個市縣農業示範園提出設計規劃；幫助湖南長沙馬坡岑國家財政部高新農業示範園規劃設計，並提供技術知道咨詢服務；與12個市縣農業結構調整提出指導性意見；起草南京市2010年蔬菜業現代化建設發展規劃；對長江流域各省市未來蔬菜業的發展思路與對策，蔬菜業的產業化，蔬菜設施栽培，無土栽培，及無污染蔬菜生產的發站突出咨詢意見；深入20多個市縣社隊專題講座，為省內外五大企業提供咨詢服務，助部隊規劃與指導生產。
  2. Meanwhile, according to the assessment cell of small watershed, the paper evaluates each index and compositive index. the paper can provide scientific bases for both protection and use of wetland by disclosing the spatial distributing rules and analyzing the impact on environment brought because of exploiting. the study shows that 1 ) in the structure of wetland ecosystem health of panjin city in 2000, better area accounts for 22 %, generic area 52 %, worse area 26 % ; 2 ) in shuangtaizi national wetland nature reserve, the health of many regions is better, the one of partial regions is threaten, the area of wetland is decreasing ; 3 ) in the period from 1986 to 2000, paddy field, shrimp and crab pool were increased, swamp and biodiversity were decreased gradually, and the environment of wetland was polluted gradually

    本文以生態系統學、景觀生態學、生態系統健康、區域可持續發展等理論為基礎，根據聯合國經濟合作開發署提出的壓力-狀態-響應（ psr ）框架模型，以遙感數據及統計監測數據為基礎，採用rs 、 gis 、 gps技術，結合數理統計和數學模型方法，提取土地利用/土地覆蓋信息、濕地類型信息、小流域信息、濕地景觀指數、濕地初級生產力、濕地人口壓力指數、濕地蓄水量、濕地污染物負荷、濕地變化等數據，建立盤錦市濕地生態系統健康數據庫，以小流域為評價單元，對每個小流域濕地進行單因子和綜合評價，揭示盤錦市濕地生態系統健康狀況的空間分佈規律，同時對濕地資源開發造成的環境影響進行剖析，為濕地資源的保護與利用提供科學依據。
  3. The api transforms the air quality data measured at monitoring stations into a single number ranging from 0 to 500. higher values indicate higher levels of pollution

    空氣污染指數是從各個監測站錄得的空氣質素數據計算出來的一個由0至500的數值，指數越高，即表示空氣污染水平越高。
  4. The monitoring hydro - data of 8 sections from fudedian to zhaoquanhe along the main stream of liaohe river are collected and analyzed. the nemero indexes for the water pollution of liaohe river are calculated and illustrated in diagrams. the results show that the principals of the spatial - temporal cod level changes in the main stream of liaohe river. also, two obvious characteristics of cod pollution are found out : the absolute cod level is very high in this river ; the ratio of cod bod is significantly higher than average. and the phenomena are explained in detail in this paper from multiple aspects such as industrial point pollution, soil and water losses, municipal sewage, agricultural water pollution and etc, based on the relationship analysis between cod, ss and water quality parameters

    對遼河幹流從福德店到趙圈河8個斷面的水質監測數據進行統計分析，計算得出遼河幹流水體污染的內梅羅指數，並以圖表形式揭示了遼河幹流cod時空變化的規律，總結出了遼河cod污染的兩個主要特點： 1 cod絕對值高2 cod bod相對比值也明顯偏高。通過對cod與ss cod與水質參數的相關性分析，從工業點源水土流失面源城市生活污水及農業用水等方面的污染解釋了上述特點。
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