The potential of some soil amendments to improve tree growth on metalliferous mine wastes.

Whitbread Abrutat PH

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The potential of some soil amendments to improve tree growth on metalliferous mine wastes.

机译：一些土壤改良剂可改善含金属矿山废物上树木的生长。

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In pot experiments, 2-year-old (1 + 1) alder (Alnus glutinosa) and sycamore (Acer pseudoplatanus) trees were grown on mine waste mixed either ammonium nitrate, mineral phosphate, potassium sulfate, calcareous sand, a superexpanding polyacrylamide gel polymer, cake sewage sludge or diatomite. The most successful amendments with regard to tree growth and leaf chemistry effects were cake sludge and diatomite for alder and mineral phosphate, calcareous sand and cake sludge for sycamore. The least successful amendments were ammonium nitrate, potassium sulfate and calcareous sand for alder and ammonium nitrate for sycamore.

机译：在盆栽实验中，将两岁（1 + 1）der木（Alnus glutinosa）和无花果（Acer pseudoplatanus）树种在矿山废料上，混合硝酸铵，矿物磷酸盐，硫酸钾，钙质砂，超膨胀聚丙烯酰胺凝胶聚合物，饼状污泥或硅藻土。关于树木生长和叶片化学作用的最成功的修正方法是：饼状污泥和硅藻土用于and木和矿物磷酸盐;钙质砂和饼状污泥用于美国梧桐。最不成功的改良剂是硝酸铵，硫酸钾和钙质砂（al木）和硝酸铵（无花果）。

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《Plant and Soil》 |1997年第2期|共19页
作者
Whitbread Abrutat PH;
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正文语种 eng
中图分类植物生态学和植物地理学;
关键词
mine spoil; reclamation; soil amendments; growth; leaves; plant composition; ammonium nitrate; phosphates; potassium sulfate; sand; sewage sludge; diatomite; broadleaves; forest trees; phosphate; polyacrylamide; polymers; Alnus glutinosa; Acer pseudoplatanus;

机译：矿渣;填土;土壤改良剂;生长;叶子;植物组成;硝酸铵;磷酸盐;硫酸钾;沙子;污水污泥;硅藻土;阔叶树;林木;磷酸盐;聚丙烯酰胺;聚合物;Al木;A藜;

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1. The potential of some soil amendments to improve tree growth on metalliferous mine wastes. [J] . Whitbread Abrutat PH Plant and Soil . 1997,第2期

机译：一些土壤改良剂可改善含金属矿山废物上树木的生长。
2. Tree vegetation and waste amendments to improve the physical condition of copper mine soils [J] . V. Asensio, F.A. Vega, M.L. Andrade, Chemosphere . 2013,第2期

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3. Soil Amendment Improves Tree Growth and Soil Carbon and Nitrogen Pools in Mongolian Pine Plantations on Post-Mining Land in Northeast China [J] . Hu Ya-Lin, Niu Zhi-Xin, Zeng De-Hui, Land Degradation and Development . 2015,第8期

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4. RIPPING COMPACTED MINE SOILS IMPROVED TREE GROWTH 18 YEARS AFTER PLANTING [C] . James A. Burger, Daniel M. Evans Annual Meeting of the American Society of Mining and Reclamation . 2011

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7. The Potential of In Situ Amendments to Improve Alder Establishment in Pots of Metalliferous Mine Waste [O] . p H. Abrutat, R. P. Edwards, C. Wilkins 1994

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The potential of some soil amendments to improve tree growth on metalliferous mine wastes.

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