速效磷

  • 网络Olsen-P;ppm;PzOs
速效磷速效磷
  1. 土壤速效磷含量、pH状况主要对孢子密度产生影响,对种群分布影响不大。

    Spore density was affected by soil Olsen-P content and pH , while species diversity was little affected .

  2. 研究结果表明:1、甘肃农田土壤全氮、速效磷含量显著提高,土壤钾素含量总体上略有上升,但局部地区下降明显。

    The results are as follows : 1 . The contents of total soil nitrogen and Olsen-P in farmlands increased obviously , soil potassium content increased slightly in general and reduced in some regions .

  3. 在富速效磷土壤上,其R/S较小,且施菌肥和不施菌肥基本没有区别。

    Whether using phosphorus bacteria fertilizer or not , the value of R / S has not distinction .

  4. 太湖流域典型地区土壤有机质、pH和速效磷钾的分布研究

    Distribution of soil organic matter , soil pH , available phosphorus and available potassium in soil of Taihu

  5. 施用腐殖酸肥料N素利用率提高,增加了土壤速效磷的含量,促进了钾的消耗。

    Compared with inorganic fertilizer , humic acid fertilizer increased N utilization and available P and comsumption K in soil .

  6. 从幼苗的实验结果看,土壤速效磷(P)含量与高粱幼苗干物质量有良好的线性关系。

    Seeding dry matter was linear relationship with soil effective P.The amount of SiO2 and CaO in PRs had impact on its direct application .

  7. 重金属(Zn、Cd)污染对土壤中速效磷的影响

    Effect of Heavy Metal ( Zn , Cd ) Pollution on Available P in the Soil

  8. 显著(P0.05)增加碱解氮、土壤速效磷和速效钾含量。

    The contents of alkali-hydro nitrogen , rapidly-available phosphorus and rapidly-available potassium were increased significantly ( P0.05 ) .

  9. 相对来说,全氮含量总体较低是金坛市土壤肥力的主要限制因子,pH值较低和速效磷水平较低是部分地区土壤生产力的主要限制性因子;

    The low pH and available phosphorus content may be comparative limiting factors of soil fertility in some area of Jintan county .

  10. pH、全磷和速效磷在地类和不同土层深度中没有显著差异。

    There was no significant difference in pH 、 total P and available P among different land types or different soil depth .

  11. 孢子密度与土壤有机质、速效磷、速效钾和Cl-含量呈负相关,泡囊定殖率与土壤pH呈正相关,而与土壤湿度、速效钾和Cl-含量呈负相关。

    Spore density is also negatively correlated with the contents of soil organic matter , soil available P , soil available K and soil Cl - .

  12. 各层pH和速效磷含量之间存在极显著的正相关关系,pH和全磷含量存在负相关关系。

    There was a significant positive correlation between the content of pH and available phosphorus . But there was a negative correlation between pH and total phosphorus .

  13. 试验表明:大部分处理能提高土壤的PH值、有机质含量、碱解氮及CEC、速效磷含量。

    It showed : each treatment could improve the soil PH , organic matter , alkalized-nitrogen , CEC , rapidly available phosphorus .

  14. 重金属污染土壤中,综合污染指数和速效磷含量是影响种的丰度的主要因素,土壤pH值与重金属综合污染指数是影响孢子密度的主要因素。

    Soil pollution index and Olsen-P content were more closely related to species diversity in polluted soil , while pH and Olsen-P content were more closely related to spore density .

  15. 速效磷的含量规律是抛荒地>菜地>园地>水稻田。2002年土壤pH值、有机质和全氮含量的变异系数明显高于其他土壤养分,其中全氮含量的变异系数最大。

    Secondly , the variation coefficients of organic matter and total-N content are apparently higher than other soil nutrients , and the variation coefficient of total-N content is the highest .

  16. 对湛江地区辣椒地土壤取样,测定了容重pH、及有机质、全氮、碱解氮、速效磷、速效钾含量。

    Soil sample from the chilli field was taken to determine its bulk density , pH and the organic matter , overall nitrogon , inorganic nitrogen , quick-acting phosphorus and potassium .

  17. 决策树和GIS图层叠置方法研究结果表明,土壤有机质始终占据决策树全部知识规则的第一次分支,起着重要的决定性作用,其次为速效磷和碱解氮;

    The results based on decision-making tree and GIS overlay analysis show that the soil organic matter always holds the first place in all knowledge rules , P and N rank the second .

  18. 用Olsen速效磷指导经济施用磷肥的可行性论证

    Demonstration on the possibility to guide economically apply P-fertilizer by Olsen-P method

  19. 沼液不同施用浓度对果园土壤的有机质、速效磷、速效钾的含量有显著影响,对氨态氮、pH值的影响不显著。

    Different concentrations of biogas slurry had remarkable influence on the contents of organic matter , effective phosphorus , effective kalium of orchard soil , whereas the effects on the ammonium-nitrogen and pH were slight .

  20. 结果表明,随着种植年限的延长,土壤养分增加,其中有机质、全N、全磷和速效磷的含量增加较明显,土壤pH值有降低的趋势;

    The results showed that the nutrient contents of soil increased with vegetable planting years , especially organic matter and total N and total P and available P. The pH of soil appeared to drop tendency .

  21. 土壤无机磷中的Ca2-P、Ca8-P、Al-P、Fe-P均与速效磷存在着显著的正相关,并且随着土壤肥力水平的提高,其含量亦随之增加。

    Ca 2 P , Ca 8 P , Al P and Fe P of soil inorganic phosphorus were much positively correlated to rapidly available phosphorus , and the content increased with the increase of soil fertility .

  22. 限制该地区耕地生产潜力的生态因子主要为:速效磷、CEC和道路通达度。

    CEC , soluble phosphorus and accessibility to roads are the primary niche factors that restrict land productive potential in this area .

  23. 土壤颗粒组成状况显著地影响土壤的速效磷、速效钾、浸水容重、吸湿率、烧失率、pH值等,对土壤紧实度、有机质含量也有一定的影响。

    The forest soils particle size composition notability affected validity phosphorous , validity potassium , soggy density , hygroscopic water , ignition loss and pH. Influence also takes place in soil compactness and organism in some extent .

  24. 菌丝量在T2土壤速效磷含量为19.8mg/kg时达到最高。

    The quantity of external hyphae was the highest under T2 treatment ( soil available phosphorus 19.8mg / kg ) .

  25. 不同土壤类型中,土壤pH、速效磷、速效钾、交换性钙镁、水溶性氯及大部分微量元素都存在极显著差异性,潴育性水稻土各指标值相对较高。

    In different soil types , soil pH , available phosphorus , potassium , exchangeable calcium and magnesium , water-soluble chlorine and most of trace elements have extremely significant differences , Retention in paddy soil has high items relatively .

  26. 研究岳西县不同海拔高度山区土壤养分含量及气候特点,结果表明,山区土壤有机质含量较低,土壤含N、速效磷和速效性钾含量普遍极低。

    The nutrient contents of mountain soils and climate characteristic at the different height in Yuexi county were studied . It was observed that the mountain soils were seriously deficient in organic matter , nitrogen and readily available phosphorus and potassium .

  27. 温度对Olsen法测定潮土速效磷的影响和校正方法的探讨

    Discussion on the Influence of Temperature in Testing Available Phosphorus in Chao Soil by Olsen Method and Its Correction

  28. Olsen法土壤速效磷温度校正系数的研究与应用

    A study on the temperature correction coefficients of soil active phosphorus determined by olsen 's method and their application

  29. 温度与BrayⅠ法土壤速效磷测定结果的相关研究

    Studies on the correlation between temperature and determined result of active phosphorus in soil by method Bray I

  30. 玉米生长期间石灰性土壤Ca-P转化特征与土壤速效磷、磷酸酶活性及相关性研究

    Transformation Characteristics of Ca-P in Calcareous Soil and Correlativity With Soil Available P and Phosphatase Activity During Maize Growth