1.
Distribution of surface soil spore-pollen and its relationship with vegetation in Xinjiang,China;
新疆地区表土孢粉分布规律及其与植被关系研究
2.
Pollen Analysis of the Kayue Culture Site at Fengtai of Huzhu in Qinghai and a Study of the Human Activities Reflected from the Site;
青海互助丰台卡约文化遗址孢粉分析与人类活动研究——化石和现代表土花粉分析结果
3.
Pollen distribution patterns of surface soil sample in Qinghai of China and their relationship with vegetation
青海表土花粉分布规律及其与植被的关系
4.
The Sequence of Vegetation Change by Pollen Records of Xifeng Area during the Holocene;
西峰地区全新世黄土孢粉分析及其植被演化
5.
The Research of Holocene Vegetable Characteristic of Different Locations in Loess Plateau
黄土高原全新世孢粉古植被地方性分异研究
6.
Cloning、Expression and Analysis of Alpha-Amylase Gene from Bacillus Subtilis;
枯草芽孢杆菌α-淀粉酶基因的克隆、表达和分析
7.
Study on Soil Fusarium Species Distribution in Greenhouse in Hebei
河北蔬菜保护地土壤镰孢菌种群分布研究
8.
classification and nomenclature of spore and pollen fossil
孢粉化石的分类和命名
9.
Statistical Inference of Probability Distribution for Critical Gradient of Silty Clay of Levee Foundation
堤基粉质黏土临界比降概率分布推断
10.
A Study on the Pollen Analysis and Paleoenvironment of Loess Stratigraphy in Menshigou in South Edge of Horgin Sandy Land
科尔沁沙地南缘虻石沟黄土地层孢粉分析与古环境的探讨
11.
The Sediment Susceptibility and Pollen Analysis Respond to Environmental Changes in Yin Ruins Area;
殷墟地区土壤剖面磁化率、孢粉分析及其环境意义
12.
Pollen Distribution in Topsoil along the Daxigou Valley in the Headwaters of the Urumqi River, the Central Tianshan Mountains;
天山乌鲁木齐河源区大西沟表土花粉散布特征
13.
The sieving-analysis method, a new way of pollen analysis, is designed to fit the study needs of loess pollen.
筛滤分析法正是为了适应黄土研究的需要而设计的一种新型的黄土孢粉分析方法。
14.
SOURCE DISTRIBUTIONS, EMISSION, TRANSPORT, DEPOSITION OF ASIAN DUST AND LOESS ACCUMULATION
亚洲粉尘的源区分布、释放、输送、沉降与黄土堆积
15.
The Effect of Particle Size Distribution of Fly Ash in the Autogenous Shrikage of Cement Mortar
粉煤灰的颗粒分布对混凝土自收缩的影响
16.
Palynological Assemblages and Paleoenvironmental Evolution of the Holocene in Hefei Region;
合肥地区全新世孢粉分析与环境演化
17.
Chemical Constituents of Broth of Tylopilus virens
绿盖粉孢牛肝菌发酵液化学成分研究
18.
Fig.4. Pycnidiospore survival of Didymella bryoniae placed at soil surface,5,15, and30 cm below ground at field.
四、土壤表面、表下5、5及30公分土壤深度的瓜类蔓枯病菌柄孢子存活情形。