1. Apomixis in plants.

2. Polyembryony and its prevalence in horticultural crops.

3. Male sterility and incompatibility in selected vegetable crops.

4. Climate change and horticulture.

5. Biotechnology research on spices.

6. Vegetable science.

7. Biocontrol in vegetables.

8. Tropical and sub-tropical fruits.

9. Horticultural crops and pests management.

10. Management of nematodes in horticultural crops.

11. Postharvest management of fruits and vegetables.

12. Preservation of fruits and vegetables.

13. Marketing of fresh fruits and vegetables.

14. Mechanization in plantation crops.

15. Glossary of selected horticultural terms.

16. Appendix I-VIII.

"The book carries information on fundamentals of vegetables, fruits, ornamental plants, spices, medicinal and aromatic plants and post-harvest technology. There are 15 chapters elaborating horticultural crops, apomoxis, polyembryony, ideal soils, climate, water requirements, pests, diseases and nematode management, biological control of biotic stresses, biotechnology of spices and mechanization of orchards.

Introductory chapter deals in nut shell all about the book. The most (less)

Introduction. 2.

Generating research. 3.

Human growth hormone. 4.

Genetically engineered microorganism. 5.

Genetically engineered with an insecticide. 6.

The development of biotechnology. 7.

The situation of biotechnology. 8.

The competencies of regions. 9.

Biotechnology and biodiversity. 10.

Biotechnology in the new millennium. 11.

Assessing the consequences of genetic engineering. 12.

Genetic engineering in theology. 13.

Economic aspects of human genetics. "This is an exciting time to work in biotechnology.

This book results from experiences in the laboratory. The result of efforts is not a laboratory manual; this text contains few step-by-step procedures.

Nor is it a book about molecular genetics, immunology, or cell culture--there are already many excellent specialised texts and manuals on these topics. This book rather is a textbook/reference manual on basic laboratory methods and the principles that underlie those methods.

These basics are important to every biotechnologist, regardless of whether one is cloning DNA or purifying proteins, whether (less)

You'll learn to analyze your current competitive position, develop the perfect strategy to match your goals, and apply that strategy thoughtfully and effectively (less)

The reader can quickly find out enough about each musical style to appreciate its subtleties, and is also directed to the best available CDs for further listening. Unlike the massive Rough Guides or MusicHound volumes, this book is designed to be concise and easily digested, covering the essentials on each style, rather than encyclopedically listing every possible recording.

It is a perfect introduction for the student, scholar, or general listener (less)

Introduction to horticulture. 2.

Plant anatomy and morphology. 3.

Basics of plant nutrition. 4.

Soil fertility and crop production. 5.

Plant propagation. 6.

Planting and transplanting. 7.

Pruning of plants. 8.

Vegetable gardening. 9.

Horticultural practices. 10.

Nursery management. 11.

Weed control. 12.

Pest management. 13.

Harvesting of horticultural products. 14.

Packing of horticultural products. 15.

Horticultural marketing. Bibliography.

Index. "Horticultural crops play a unique role in India's economy by improving the income of the rural people.

Cultivation of these crops is labour intensive and as such they generate lot of employment opportunities for the rural population. Fruits and vegetables are also rich source of vitamins, minerals, proteins, carbohydrates etc.

which are essential in human nutrition. Hence, these are referred to as protective foods and assumed great importance as nutritional security of the people.

Thus, cultivation of horticultural crops plays a vital role in the prosperity of a nation and is directly (less)

Introduction. 2.

Computer basics. 3.

Hardware-computers. 4.

Software computers. 5.

Data communication and networking. 6.

Internet : basics and tools. Vol.

II: IT’s Applications in LIS: 1. Database management systems.

2. Library automation.

3. Digital libraries.

4. System analysis and design.

5. Current trends in information technology.

Bibliography. "Though the field of Information Technology is ever-changing field and one work cannot be claimed as a complete work at a given time.

But we may try to keep pace with them and certainly, there are some fundamental, which never changes. "This book entitled ‘Basics of Information Technology for Librarians and Information Scientists’ is an attempt to provide basics of Information Technology to the working professionals in the library field.

The book comprises of two volumes; its first volume is devoted to fundamentals of IT and second one is to IT’s applications in LIS field. First volume starts with (less)

Introduction. 2.

Cell structure and organization. 3.

Virology. 4.

Overview of bacteriology. 5.

Immunology. 6.

Parasitology. 7.

Mycology. "This edition of Basics of Microbiology has been completely updated to include these exciting advances and to present the most current information available.

The goals and distinguishing features of Basics of Microbiology however, remain unchanged. This book continues to be a basic text that provides an accessible introduction for undergraduate or medical students who are taking a first course on cell and microbiology.

The author's principal goal has been to provide an accessible and readable book that can be approached and mastered by undergraduate students, while still being intellectually gratifying and conveying the excitement and challenges of research in contemporary microbiology. Since Basics of Microbiology deals with one of the most rapidly progressing areas of biology, it remains critical for students not only to have the most current information available, but also to understand (less)

The first editon of Bioinformatics Basics: Applications in Biological Science and Medicine answered the scientific community’s need to learn about the bioinformatic tools available to them. That the book continues to be a best seller clearly demonstrates the authors’ ability to provide scientists with the understanding to apply those tools to their research.

Currently, it is being used as a reference text at MIT and other prestigious institutions. Recognizing the important advances in bioinformatices since their last edition, Buehler and Rashidi have produced a completely revised and updated version of their pioneering work.

To allow scientists to utilize significant databases from around the world, (less)