矿质养分

在提高矿质养分、微量元素含量和改善维生素C及水分含量上，配方施肥NPK+BCF＞NPK＞NK＞NP＞N；

Considering that improving the content of mineral nutrient , trace elements , Vitamin C , the result of the cooperating dressing was NPK + BCFNPKNKNPK ;

阐述了植物对矿质养分的吸收；

Progresses of researches on mineral nutrient uptake by plants ;

不同pH水平下茶苗对铝、铜及矿质养分吸收和累积的研究

A Study on the Absorption and Accumulation of Aluminium , Copper and Mineral Nutrients in Tea Seedlings under Different pH Levels

在Na胁迫下，耐盐基因型的矿质养分含量和积累量比盐敏感基因型高，而在Cd胁迫下没有发现同样的规律。

The salt tolerant genotypes did not have higher nutrient concentration and accumulation than the sensitive ones when exposed to Cd and Na stresses .

在营养液中其它养分离子的形态与浓度一致的情况下，单一改变营养液中的氮、钾、钙、镁、离子强度、pH均会影响烟草对其它矿质养分的吸收与积累。

The accumulation and absorption of the other elements were influenced by the single change of N , K , Ca , Mg , ion intensity and pH when other conditions were the same .

在水稻不同生育期之间稻田土壤总氮含量存在显著差异（P0.01）总之，大气CO2浓度升高提高了稻田土壤矿质养分、有机质的含量，而速效养分在水稻不同生育期其影响不同。

The concentration of TN in Paddy field soil had significant difference between different rice growing stages ( P < 0.01 ) . In conclusion , the elevated atmospheric CO2 significantly increased the concentration of mineral nutrients 、 TOC and TN in the Paddy field soil .

研究植物体内矿质养分循环的方法

A Method for Study Nutrient Cycling and Recycling in Higher Plants

植物营养遗传学是80年代逐步发展起来的一门新兴的交叉学科，研究范围涉及到多种矿质养分和盐、酸、重金属等胁迫环境。

Plant nutrition genetics is a newly-developed intercrossed science since 1980 's.

过量施磷对油菜吸收矿质养分的影响

Effects of excessive phosphate fertilizer on growth and nutrient uptake of rape

莴苣不同品种矿质养分吸收与分布的差异

Varietal Differences in Absorption and Distribution of Mineral Nutrients in Lactuca sativa

化学生态学研究现状和进展（Ⅱ）&植物他感作用和矿质养分化学生态

The Situation and Development of Chemical Ecology (ⅱ): Allelopathy and Ecology of the

林木细根动态及其在矿质养分循环中的作用研究进展

Advances in the Research of Dynamics and Role in Nutrient Circulation of Fine-root

旱稻矿质养分吸收与施肥效应

Mineral Nutrition Uptake and Fertilization Effects of Upland Rice

矿质养分的吸收部位及途径

The Absorption Position And Way of Mineral Nutrition

过量施用磷肥对白菜类蔬菜吸收矿质养分的影响研究

The Effect of Excessive Phosphate Fertilizer on Mineral Nutrient Uptake of Chinese Cabbage Species

分蘖期土壤水分对旱稻矿质养分吸收的影响

Effects of Soil Moisture on Mineral Nutrition Uptake in Upland Rice at Tillering Stage

苹果苦痘病与果实内矿质养分平衡状况的相关性分析

Correlation Analysis of Apple Bitter Pit Disease with The Mineral Nutrients Balance in Fruits

不同矿质养分对杂交稻制种产量的影响

The Influence of the Different Mineral Nutrition on the Yield of Hybrid Rice Seed Production

不同镉水平下小麦对镉及矿质养分吸收和积累的品种间差异

Difference between two wheat cultivars in Cd and mineral nutrient uptake under different Cd levels

不同土壤的矿质养分含量增加可降低稻米垩白；

The increased content of the soil mineral nutrients could reduce chalkiness rate of rice .

镁肥对台湾青枣叶片光合色素和矿质养分含量的影响

Effect of Fertilizer with Magnesium on the Content of Photosynthetic Pigment and Mineral of Jujube

刺激割胶与RRIM600矿质养分流失的关系

Relationship Between Loss of Mineral Nutrient Elements of Total Solids in Latex and Different Tapping Systems

研究了核桃园土壤整个生育期矿质养分的变化规律。

Studied on the change laws mineral nutrients in walnut-orchard soil in its whole growth stages .

总的来说，施肥等人为因素加剧了土壤矿质养分的空间变异。

Conclusively , artificial factors such as fertilization intensified the spatial variability of soil mineral nutrients .

玉米穗轴和花丝有机营养与矿质养分变化规律研究综述

Review on the dynamic of organic nutrition and mineral elements in silk and cob of maize

方法；采用常规的分析方法测定巴戟天的生长和矿质养分含量。

Method : The growing character and the mineral nutrition contents were determined with conventional assay methods .

不同硼效率棉花品种木质部和韧皮部汁液中矿质养分的差异

Differences in mineral nutrients content in xylem and phloem sap between cotton cultivars with different boron efficiency

不同能态土壤水对冬小麦矿质养分积累、运转和分配的影响

Effect of Different Potential Soil Water on Accumulation , Translocation and Distribution of Mineral Nutrients of Winter Wheat

AM真菌对盐渍土壤中番茄、辣椒生长和矿质养分吸收的影响

Effects of Arbuscular Mycorrhizal Fungi on Growth and Mineral Absorption of Tomato and Pepper Grown in Saline Soil

不同铝水平下茶对铝及矿质养分的吸收与累积

The absorption and accumulation of aluminum and mineral nutrient in tea ( Camellia sinensis ) under different Al levels