1) Photoautotrophic micropropagation
光自养微繁殖
1.
In this experiment ,we studied the Photoautotrophic micropropagation of Acacia rassicarpa and Acacia melanoxylon in the phase of rooting and acclimation using Photoautotrophic micropropagation system designed by ourselves .
本研究应用自主研发的光自养微繁殖系统进行了厚荚和黑木两种相思树种生根驯化阶段光自养微繁殖技术的研究，同时与传统组培进行了生根培养的对比试验，证实相思种苗进行光自养的可行性。
2) Photoautotrophic micropropagation system
光自养微繁殖系统
3) photo-autotrophic micropropagation
光合自养微繁
4) scattered breeding
散养繁殖
1.
The scattered breeding and half wild acclimation of Pantheratigris amoyensis in Meihua Mountain;
梅花山华南虎散养繁殖与半野化研究
5) vegetative propagation
营养繁殖
1.
Vegetative propagation characters of clonal populations of Hierochloe glabra in Songnen Plain.;
松嫩平原光稃茅香无性系种群的营养繁殖特征
2.
To study the potential invasive characteristics and the successful invasion of alien species Mirabilis jalapa,a series of experiments were carried out to examine the capacities of sexual reproduction and vegetative propagation of M.
在实验室条件下测定了紫茉莉(Mirabilis jalapa)的有性繁殖能力、营养繁殖能力、化感作用和耐盐特性,对其入侵特性进行了初步研究,并对其入侵风险进行了评估,结果表明:(1)紫茉莉种子繁殖能力强,根和茎亦具有营养繁殖能力;(2)紫茉莉种子萌发期间耐盐性强于耐盐植物蜀葵;(3)紫茉莉对其它植物具有较强的化感作用潜能,对小麦和白菜的种子萌发及幼苗生长产生明显的抑制作用。
3.
An experiment on the taproot cutting of three-year-old seedlings of Carya cathayensis which were treated with different types of hormones of different mass fractions was carried out to accelerate their vegetative propagation and keep their excellent properties.
为加快山核桃Carya cathayensis营养繁殖和保持优良性状,以3年生山核桃实生苗主根为材料,用不同种类和不同质量分数的生长调节物质处理后进行扦插繁殖试验。
6) Vegetative reproduction
营养繁殖
1.
The sexual and vegetative reproductions of A.
不同样地刺五加的有性生殖和营养繁殖具有一定的差异,在郁闭度为40%的蒙古栎林,其有性生殖的坐果率为51。
2.
It was widely spread in the alkali-saline meadow in the Songnen plains of China, and there were some biological-ecological and productive characters, such as the tough alkali-saline environment endurance, vigorous vegetative reproduction, long vegetative period after fruit and high value of forage nutrition.
按照分蘖节营养繁殖世代的龄级划分方法 ,在生长季末期 ,野大麦无性系的芽库由 5个龄级组成 ,苗库由 4个龄级组成 ,均呈增长型的龄级结构。
3.
Under natural environmental conditions of Taihu Lake, Elodea Nuttallii and six other species of submerged plant depended mainly on vegetative reproduction to survive and spread their population.
在太湖自然条件下,伊乐藻等7种沉水植物主要靠营养繁殖来延续和扩大种群。
补充资料：自养微生物
分子式：
CAS号：
性质：能在无机环境中生长繁殖，利用二氧化碳或碳酸盐为碳源，铵盐或硝酸盐为氮源来合成细菌体的微生物，从获得能量来源又可分化能自养微生物和光能自养微生物，如硝化菌属于化能自养微生物，如光合细菌，厌气紫硫细菌能从CO2合成有机物，属于光能自养微生物。
CAS号：
性质：能在无机环境中生长繁殖，利用二氧化碳或碳酸盐为碳源，铵盐或硝酸盐为氮源来合成细菌体的微生物，从获得能量来源又可分化能自养微生物和光能自养微生物，如硝化菌属于化能自养微生物，如光合细菌，厌气紫硫细菌能从CO2合成有机物，属于光能自养微生物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条