非木材用森林植物的育种与生产

1 Forest plant breeding-General

1.1 Objectives and target traits

1.2 Specific approaches to the breeding of woody species

Exercise

2 Basis for breeding of forest plants

2.1 Propagation of vascular plants

2.2 Genetic material

2.3 Inheritance

2.4 Quantitative genetics

Exercise

3 Techniques for breeding of forest plants

3.1 Pollination techniques

3.2 Stimulation of flowering and fruiting

3.3 Asexual propagation techniques

3.4 Micropropagation

3.5 Molecular works

3.6 Cryopreservation

Exercise

4 Shortcut introduction to breeding methods for forest plants

4.1 Selection breeding

4.2 Hybridization breeding

4.3 Introduction breeding

4.4 Mutation breeding

4.5 Biotechnological methods

4.6 Challenges in breeding of forest plants

Exercise

5 Selection breeding

5.1 General concepts and background

5.2 Planning for selection breeding

5.3 Selection and maintenance of plus trees

5.4 Clone bank

5.5 Progeny test

5.6 Seed orchard

5.7 Selection effect and genetic gain

5.8 Heritability

5.9 Breeding strategy and expected effect

Exercise

6 Hybridization breeding

6.1 General concepts and background

6.2 Breeding methods

Exercise

7 Introduction breeding

7.1 General concepts and background

7.2 Breeding method

Exercise

8 Mutation breeding

8.1 General concepts and background

8.2 Kinds of mutation

8.3 Mutagens

8.4 Polyploidy

8.5 Establishment of polyploids

Exercise

9 Plant tissue culture

9.1 General concepts and background

9.2 Micropropagation of forest plants

9.3 Special application of plant tissue culture

Exercise

10 Molecular breeding

10.1 General concepts and background

10.2 Functional genomics

10.3 Genetic transformation

10.4 Transgenic plants and useful traits

Exercise

11 Forest plants as genetic resources: conservation and utilization

11.1 Centers of origin of cultivated plants

11.2 Evaluation

11.3 Documentation

11.4 Conservation of genetic resources of forest plants

11.5 Utilization

Exercise

Appendix

Populus Researches in Korea for Energy Crop Project

Comparison of Seed Component between Stem-Pruned and Un-Pruned

Trees in Korean White Pine （Pinus koraiensis） Seed Orchard

Characteristics and Germination of Xanthoceras sorbifolia Bunge Seeds

Originated from Inner Mongolia and Liaoning， China

Effects of Plant Growth Regulators on in vitro Propagation of Echinosophora koreensis Nakai

The Identification of Populations of Korean Mistletoe （ Viscum album

L.var.coloratum） from Gangwon-Do in Korea by AFLP Technique

Estimates of Early Selection Using Age-Age Correlation by Stem

Analysis in Pinus koraiensis

Glossary

目前一些传统的育种方法很难满足现代社会对木材多层面的需要。因此需要更先进的育种方法以及综合性的技术来完成这一工作。基于上述情况，《非木材用森林植物的育种与生产（英文版）》主要以非木材森林植物育种和生产为主要介绍内容，为科研工作者了解和研究非木材森林植物提供参考。