*ECrop
GIS application in agriculture has been playing an increasingly important role in crop production by helping farmers in increasing production, reducing costs, and managing their land resources more efficiently. GIS application in agriculture such as agricultural mapping plays a vital role in monitoring and management of soil and irrigation of any given farm land. (GIS) technology in agriculture industry to share data, increase yields, predict outcomes, and improve business practices. By applying GIS technology to agricultural operations are able to manage resources and responsibilities more efficiently, devise data portals that disseminate vast amounts of agricultural data and interactive maps, and support farming communities.
GIS to better manage the farms by creating information-dense reports and maps that give a unique perspective of operations. The powerful analytical capabilities of GIS offer an array of options for visualizing farming conditions, as well as measuring and monitoring the effects of farm management practices. Combined with remotesensing technology, GIS can be used to precisely determine and control inputs, saving preventive expense and reducing the amount of harm to the soil.
Greater analytical support for precision farming
Better understanding of risk factors
Higher revenue generation and cost recovery
Greater efficiency through task automation
Greater access to government services and data
More accurate support for decision making
Greater insight to policy making
Easier reporting for government applications and regulatory compliance
Better resource management
Irrigated landscape mapping
Bank Loan Management
Soil and irrigation analysis
Seed Management
Crop mapping yield estimation
Crop assessment and Crop health
Agricultural mapping for detailed vegetation cover and monitoring
Marketing Management
Change detection studies and developing crop models
Damage and land degradation assessment studies
