1.
One-Parent Progeny Test and Combined Selection of the Second Generation Seed Orchard of Cunninghamia lanceolata
杉木第二代种子园单亲子代测定及联合选择
2.
Genetic Variation for Growth Traits of Family Progeny Young Forest in the Second Generation Seed Orchard of Chinese Fir
杉木二代种子园家系子代幼林生长性状遗传变异
3.
It is best to establish second-generation orchards on a deliberate step-wise time scale.
对于营建第二代种子园，最好就是深思熟虑，按部就班。
4.
Selecting the Materials of Establishing the First Generation of Improved Clone Seed Orchard of Masson Pine
马尾松第一代改良无性系种子园建园材料选择
5.
Wood Property Analysis on Different Clones for Pulpwood in Clonal Seed Orchard of Pinus Massoniana
马尾松1.5代无性系种子园材性分析
6.
Inspect about Xian-cha's Writing on Porcelains for Hong-dian and His Disciples
图说仙槎为红店及弟子代笔种种(二)
7.
An Analysis for Progeny Test of Half-sibs from Chinese Fir Clonal Seed Or chad
杉木种子园单亲本子代测定结果的分析
8.
The Analysis of Offspring Genetic Variation and Stability in Clones Seed Orchard of Pinus Tabuleaformis Carr
油松种子园子代遗传变异及其稳定性分析
9.
Progeny Variation and Genetic Stability of Pinus tabulaeformis in Clone Seed Orchard
油松种子园子代变异和遗传稳定性的分析
10.
F2 The second filial generation, obtained by crossing or selfing within the F1 generation.
子二代（杂种二代）：，通过子一代内部的杂交或自交获得。
11.
Investigation on the timber tree period of the first generation fir seed orchard progeny forest in the Paiya Mountain Forest Farm
排牙山林场杉木第1代种子园子代林成材期调查
12.
Genetic Diversity in Three Different Year Planted Offspring Stands from Masson Pine Clonal Seed Orchard;
马尾松无性系种子园多年份子代遗传多样性分析
13.
Studies on the Genetic Diversity of Clonal Seed Orchard of Masson Pine and the Parentage Constituent of Its Open-pollination Progeny;
马尾松无性系种子园遗传多样性及其自由授粉子代父本组成研究
14.
The Selection of Colones, Traits Variation in Its Offsprings in Clonal Seed Orchards of Masson Pine;
马尾松无性系种子园亲本及子代性状变异与亲本选择
15.
Studies on the Parentage Constituent of Its Open-Pollination Progeny and the Genetic Diversity of Clonal Seed Orchard of Korean Pine
红松无性系种子园子代的父本分析及遗传多样性的研究
16.
Genetic Variation Analysis of Seedling Growth Characteristics of Half-sib family of Pinus massoniana
马尾松种子园半同胞家系子代苗期性状遗传变异
17.
This interaction can produce gamma rays or secondary protons.
这种互相作用能够产生γ射线或第二代质子。
18.
This interaction can produce gramma rays on secondary protons.
这种互相作用能够产生r射线或第二代质子。