Section 01 Precision Farming
1. Precision Farming
2. Precision Farming Technique and ItsApplication in Horticulture
3. Precision Farming Techniquesin Tuberose
Section 02 Remote Sensing Techniques and GIS
4. Remote Sensing Techniques in Horticulture
5. Potential Applications of Remote Sensing (RS) in Horticulture
6. Remote Sensing in Fruit Crops– A New Horizon for the Current Era
7. Remote Sensing in Horticulture— A Review
8. Geographical Information System (GIS): A Global Perspective for Hi-tech Horticulture
Section 03Sensors Application
9. Sensors Application in Horticulture
Section 04 Nanotechnology
10. Implication of Nanotechnology in Horticulture
11. Application of Nanotechnology in Horticultural Plant Pathology
Section 05 Mechanization, Automation andMicro-Irrigation
12. Mechanized Horticulture
13. Micro Irrigation System and Its Relevance in Hi-Tech Horticulture
14. Recent Advances of Micro Irrigation in Tropical Fruit Crops
15. Used of Micro-Irrigation System for Optimum Production of Pomegranate(Punica Granatum L.)
16. Water Use Efficiency in Pomegranate (Punica granatum L.)

Advanced Techniques
Horticulture holds significant importance in contemporary agriculture, and its scope is constantly expanding. What was once limited to vegetables, fruits, flowers, and postharvest technology has evolved to encompass areas such as disease, breeding, pathology, physiology, greenhouse technologies, and others. The Hi-Tech Horticulture book series has been designed with these advancements in mind, featuring contributions from esteemed professors and scientists. The series comprises six volumes, each focusing on a different aspect of horticulture. These include Crop Improvement, Nursery and Rootstock Management, Organic Farming and Sustainable Development Techniques, Improved Production Techniques, Plant Protection and Stress Management, Value Addition and Post-Harvest Management, and Advanced Techniques.