殘積肥 的英文怎麼說

中文拼音 [cán]
殘積肥 英文
residues of previous fertilizer application
  • : Ⅰ形容詞1 (不完整; 殘缺) incomplete; deficient 2 (剩餘的; 將盡的) remnant; remaining 3 (兇惡...
  • : Ⅰ動詞(積累) amass; store up; accumulate Ⅱ形容詞(長時間積累下來的) long standing; long pending...
  • : Ⅰ名詞1 (肥料) fertilizer; manure 2 (姓氏) a surname Ⅱ動詞1 (使肥沃) fertilize 2 (由不正當...
  1. Application of broken - line analysis to assess floor space requirements of nursery and grower - finisher pigs expressed on an allometric basis

    應用破線分析的方法根據體形變異對養殖場和生長育豬的地板面的要求進行評估。
  2. Desert and oasis ecosystem are the main ecosystems in arid area. studying the characteristics of decaying process, decaying remainders and soil humic acids can accumulate the first hand data for studying the accumulation and decomposition of soil organic matter, the situation of soil fertility, substance cycling and energy flowing in desert - oasis ecosystem, and has the great significance on desert ecosystem restraint and oasis ecosystem extension

    研究荒漠綠洲生態系統中植物體在土壤中的腐解過程及腐解物和腐殖物質的特徵,可為研究荒漠綠洲生態系統中土壤有機質的累和分解、土壤力狀況和荒漠綠洲生態系統的物質循環和能量流動累寶貴的第一手資料,對于抑制荒漠生態的惡化,促進綠洲生態的發展具有重要意義。
  3. Methods for disposing hyperaccumulators, such as incinerating, compressing for land filling, composting, etc. were summarized, and potentials to recycle the plants as resources while avoid " secondary pollution " of the environment were also discussed in this paper

    針對修復植物的類型、特點、應用潛力探討了修復植物的處置方法,如焚燒法、壓縮填埋法、堆法等,有的還可使超累植物體得到回收利用,避免其對環境造成「二次污染」 。
  4. It is a serious issue that water and nitrogen input rates are unreasonable high in vegetable production in china, which may increase nitrate accumulation in vegetable and ground water contamination. in result, these will be harmful to people ' s health. the objectives of this paper which based on column % pot and micro - plot experiments were to compare the effects of different water and nitrogen supply strategies on nitrogen leaching in the soil profile and nitrate accumulation in vegetable as a base for the n and water recommendations in vegetable production

    針對蔬菜生產中水氮投入過量造成蔬菜品質下降、地下水硝酸鹽含量超標,水、資源的浪費以及給人體健康造成的潛在性威脅的實際情況,以油菜和芫荽為研究對象採用模擬土柱、盆栽和田間微區試驗相結合方法系統監測了蔬菜生育期內硝酸鹽含量的動態變化以及收獲后不同土層土壤硝態氮的留量,研究了水氮對蔬菜硝酸鹽累的影響及對土壤硝態氮留的效應。
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