Table of Contents Introduction to Plant Propagation The Essential Guide to Plant Propagation Methods and Techniques Introduction Layering Marcottee Cuttings “Striking” Cuttings Successfully Using Sand Traditional Cutting Growing Technique Benefits of Shallow Pan Technique Triple Pot Method Propagation through Buds Grafting Benefits Wedge Grafting Grafting Wax Solutions Grafting Wax Conclusion Growing Cuttings in Water Points for Water Cuttings Author Bio Publisher Introduction It is always been the nature of human beings to try to improve on nature. That is why, you can be certain that millenniums ago when some enterprising soul learned how to domesticate wild plants and grow them in his own little yard for food, shelter and wood, one fine day he decided – what is going to happen if I can grow the branch of such and such tree on such and such other tree? That means I am going to have oranges and apples in one parent tree. The start of such creative ideas must have given rise to many bizarre experimentations, most of which would fail monumentally. However, as time went by, and more and more people started to experiment, they gained more knowledge and gardening experience related to plant propagation. In the natural state, you are going to see different vegetative propagation methods through which a plant can grow. That means the plant is going to grow its own seeds, and use natural methods like air, wind and water to spread the seeds far and wide. In a strawberry, you are going to have the plant sending out long branches trailing on the soil. Stimulus of moisture causes the production of roots below a bud on a long branch. The bud is then going to send out shoots. Soon the connection between the new plant and the old plant is severed by a withering up of the intervening branch.

Includes a DVD Containing All Figures and Supplemental Images in PowerPoint This new edition of Plant Propagation Concepts and Laboratory Exercises presents a robust view of modern plant propagation practices such as vegetable grafting and micropropagation. Along with foundation knowledge in anatomy and plant physiology, the book takes a look into the future and how cutting edge research may impact plant propagation practices. The book emphasizes the principles of plant propagation applied in both temperate and tropical environments. In addition to presenting the fundamentals, the book features protocols and practices that students can apply in both laboratory and field experiences. The book shows readers how to choose the best methods for plant propagation including proper media and containers as well as performing techniques such as budding, cutting, layering, grafting, and cloning. It also discusses how to recognize and cope with various propagation challenges. Also included are concept chapters highlighting key information, laboratory exercises, anticipated laboratory results, stimulating questions, and a DVD containing all the figures in the book as well as some supplemental images.

In 14 Chapters, This Comprehensive Text Book Covers All Aspects Of Plant Propagation, Giving Proper Emphasis On Principles As Well As Practices Of Plant Propagation, Especially Under Tropical Condition. The Book Is Extensively Illustrated With Drawings And Photographs Which Will Help The Beginners. Advance Students Will Also Find This Book An Indispensable Mine Of Information. In Fact, This Book Will Be Of Interest To All People Working In Agriculture, Horticulture, Seed Technology And Forestry.

A guide to plant propagation that illustrates practical step-by-step propagation techniques and offers an alphabetically arranged overview of more than one thousand garden plants.

A practical guide to various methods of propagating trees, shrubs, herbaceous plants, fruits and vegetables.

This revised text provides a comprehensive introduction to the fascinating world of plant science. From the basic requirements for plant growth, to genetic engineering and biotechnology, this easy- to- understand book is ideal for the high school level agriscience curriculum or college freshman level plant science course. Students will learn about the origins of cultivated plants, structure and anatomy, photosynthesis, respiration, propagation, production of major agronomic crops, and more.