Building a Soil Intelligence System for India

Start year
2018
End year
2021

Background

Soil assessment and mapping have a rich history in India, but as a general rule have not resulted in the types of spatially-resolved and accurate characterization data that can drive the precise and profitable management of widely-cultivated agronomic crops through improved fertility management. Generalized fertilizer recommendations are the rule and the return on investment for programs such as the US $85 M Soil Health Card initiative remain modest. In addition to eroding value at the farmstead level, fertilizer subsidies at the national level are currently 10.7 billion USD per annum – one of the largest recurrent public expenditures in India. Gains in efficiency through improved targeting and recommendations could significantly improve the return on investment associated with this massive investment in subsidy, and potentially permit the Government of India to invest less while achieving better outcomes to the benefit of farmers and other stakeholders.

Quality-assessed soil data can inform a host of analyses and decisions beyond fertility management, including integrated water resources management, land use planning, commodity production and price forecasting, weather-based insurance schemes and market development for diversified cropping systems.

Objectives

The primary outcome of this project will be a modern ‘Soil Intelligence System’ (SIS) for three states in India, Andhra Pradesh, Bihar and Odisha. The project will rationalize the costs of obtaining high-quality soil data while building an accessible geo-spatial information system following FAIR (findable, accessible, interoperable, and reusable) principles.

Activities

ISRIC is responsible for coordination and technical leadership for the ‘targeted’ sampling work and digital soil mapping related activities as welll as the back-end design of the Soil Intelligence System.

Funding

The project is funded by the Bill and Melinda Gates Foundation. ISRIC is subcontracted through the International Maize and Wheat Improvement Centre (CIMMYT).

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