The use of GIS (Geographic Information System) technology has proven highly valuable in understanding and optimizing agricultural supply chains, with applications extending to various crops and locations.
Its impact on supply chain management can be categorized into three areas:
Improving Supply Chain Management Processes:
Decision Support Systems:
Locating Power Plants and Developing Supply Chains:
The use of Geographic Information Systems (GIS) in agriculture has experienced significant growth in recent decades, with its applications becoming more prominent due to advancements in digital technologies. This chapter has highlighted the diverse range of applications of GIS throughout the agricultural value chain. In addition to its well-established roles in land suitability assessment, water and soil management, and addressing various agricultural stresses, GIS has increasingly found utility in new and emerging areas driven by digital agricultural tools and technologies.
These newer applications of GIS include high-resolution crop monitoring, accurate yield prediction, precision farming, and supply chain management for both agricultural produce and biomass for energy generation. GIS, with its capabilities for data collection and real-time analysis, has become instrumental in providing spatial intelligence to enhance farm productivity and profitability through precision practices. As these current and evolving applications continue to evolve, alongside existing and emerging partner technologies, GIS will remain a pivotal tool in advancing sustainable agricultural productivity.
1. What is GIS and how is it used in the field of geography? |
2. Can GIS be used for disaster management and emergency response? |
3. How does GIS contribute to urban planning and development? |
4. Can GIS be used for natural resource management? |
5. How does GIS contribute to transportation planning and logistics? |
|
Explore Courses for UPSC exam
|