Stylosanthes
英
美
网络 柱花草属; 柱花草; 笔花豆属; 铅笔花属
双语例句
- Cadmium stress; Stylosanthes spp.; Bioconcentration factor; Transfer coefficient;
镉胁迫；柱花草；富集系数；转运系数； - Screening of Stylosanthes guianensis Genotypes Tolerant to Low Phosphorus Stress on Acid Soil of South China
南方红壤地区耐低磷柱花草基因型筛选 - Study on microbe group of Stylosanthes guianensis root and rhizosphere in Mao Village of Guilin
柱花草根系与根际微生物类群的研究 - Though an inoculated Stylosanthes plant may resistant to the disease, its detached leaves are not necessarily so.
柱花草植株抗病，其离体叶片不一定抗病。 - Control effect of three kinds of fungicides against Stylosanthes anthracnose in laboratory and pot experiment
花盆一个用于养花的瓦盆3种不同杀菌剂对柱花草炭疽病的室内及盆栽防治效果 - Changes in the activities of CAT, SOD and the contents of H_2O_2, callose in cultivars of Stylosanthes spp differing in the disease resistance after inoculation with Colletotrichum gloeosporiodes;
以不同抗性品种柱花草为材料，研究接种胶胞炭疽菌后过氧化氢酶（CAT）、超氧化物歧化酶（SOD）活性及H2O2、胼胝质含量的变化。 - Effect of Cutting Cycle and Stubble Height on Forage Yield of Four Varieties of Stylosanthes guianensis
不同刈割周期、留茬高度对4种柱花草属牧草产量的影响 - In 1962, Stylosanthes was firstly introduced to Hainan of China as a cover crop in rubber tree plantation from Malaysia.
我国于1962年首次从马来西亚引种柱花草到海南岛，作为橡胶园的覆盖作物。 - Effects of Cutting at Different Time in Autumn on Trends of Storing Nutrients Within Root of Stylosanthes guianensis
秋季不同刈割时期对柱花草根系贮藏养分动态的影响 - Comparison Experiment on 23 Selected Strains of Stylosanthes guianensis
23个柱花草品系比较试验 - In the Stylosanthes hamata and barley, there have two regulation patterns: a negative feedback by sulphur level in plant and a positive feedback by O-acetylserine.
在柱花草和大麦中，硫转运蛋白基因表达调控包括植物体内硫水平的负调控和O-乙酰丝氨酸的正调控两种方式。 - Studies on the Flower Morphological Changes During Pollination and Fertilization of Stylosanthes scabra cv. Seca
西卡柱花草传粉受精过程花朵形态变化的研究 - The pot experiments were conducted to study the availability of phosphorus from~ ( 32) P-labelled superphosphate, hog manure, bagasse and their mixtures to stylosanthes guianensis CV. graham on latored soil.
本试验利用~（32）P示踪法研究赤红壤上两种有机物料与过磷酸钙混合施用对磷有效性的影响。 - Stylosanthes dry matter loss, with consequent reduced nutritive value, was reported in Australia, Colombia and Southern China because of stylo anthracnose.
它可以造成牧草饲料的干物质减产、营养成分降低，柱花草因炭疽病而造成的损失已在澳大利亚、哥伦比亚及我国华南地区均有报道。 - Ecological Suitability and Benefit Evaluation of Stylosanthes guianensis Intercropped under Rubber Plantations
胶园间种柱花草的生态适宜性及间作效益评价 - 907 Stylosanthes spp. had high nutritive value. Its crude protein and fat increased by 11.0% and 37.7% respectively, but the crude fiber decreased by 2.7% than 184 Stylosanthes spp.
907柱花草营养价值高，粗蛋白质含量比184柱花草提高11.0%，粗脂肪含量提高37.7%，粗纤维含量降低2.7%。 - Influence of Orchard Sod Mowing on Nutrient Competition between Citrus sinensis and Stylosanthes gracilis and Mechanisms
果园柱花草刈割处理对其与柑橘养分竞争的影响 - Study on the Methods of Pre-Humidification of Ultra-Dry Seeds of Stylosanthes
柱花草超干燥种子预先回湿方法研究 - Progress in Studies on Breeding and Physio-biochemical Research of Stylosanthes
柱花草选育种与生理生化研究进展 - Effects of different cutting intensities of Stylosanthes Guianensis ( Aubl.) SW. on soil nutrients and soil enzyme activities in rhizosphere were studied.
对不同刈割强度对牧草地下部根区土壤养分状况及土壤酶活性进行了研究，结果表明，牧草刈割对根区土壤养分、土壤酶活性和土壤微生物数量存在一定影响。 - Study on Decreasing the Rate of Seed Rigidity of Stylosanthes Gracilis
降低柱花草种子硬实率的研究 - Genotypic Variation of Stylosanthes guianensis in P Efficiency on an Acid Soil of Red Earth Region
酸性红壤区柱花草磷效率基因型差异 - A study of the eletrical conductivity, ions leakage, and dehydrogenase activity of the ultra-dried Stylosanthes seed reveals that a key factor guaranteeing the vigour of the ultra-dried seed is by re-humidification treatment, and a feasible measure to store the seed is by ultra-drying technique.
对超干种子电导率、离子渗漏和脱氢酶活性研究结果表明，回湿处理是保证超干种子活力的关键因素，利用超干技术贮存柱花草种子是可行的。 - Stylosanthes guianensis was treated with abscisic acid ( ABA) and the ABA biosynthesis inhibitor tungstate.
以脱落酸（ABA）和ABA合成抑制剂钨酸钠（Tungstate）处理柱花草。 - Stylosanthes is the important leguminosae forage in south China. Legume-rhizobium symbiotic nitrogen ( N) fixation is an important character of stylo and also the base of improving soil fertility. But there is barely rhizobium inoculant adapted to acid soils.
柱花草是我国南方重要的豆科牧草，柱花草与根瘤菌共生固氮是提高柱花草生产的重要措施，对改良南方酸性土壤有重大意义，但是目前还缺乏适宜我国南方推广的根瘤菌菌剂。 - Stylosanthes spp. is an important leguminous forages, often match with gramineous pasture for grazing or green fodder. The yield and quality are the key indicators in the measurement of Stylosanthes guianensis.
柱花草是一种重要的豆科牧草，常与禾本科牧草搭配用于放牧或青饲，产量和品质是衡量柱花草价值的关键指标。 - As an important forage legume, Stylo ( Stylosanthes spp) has been widely planted in acid soil areas. However, there is still no study on aluminum-tolerance of stylo and its tolerance mechanism at present.
虽然作为重要的豆科牧草柱花草已广泛种植于酸性土壤地区，但是它对铝的耐性及其抵御机制尚未见报告。 - After the inoculation of rhizobium bacteria, the yield and nitrogen content of Stylosanthes guianensis can be improved.
柱花草接种根瘤菌后能够进行共生固氮从而提高其产量和含氮量。