NITI Aayog engaged MSC in a nationally representative study on DBT in fertilizer. This report provides details of the on-the-ground realities of DBT-F implementation and makes actionable recommendations to improve the DBT-F system further.

This case study discusses a unique experiment of distributing food subsidy in the Nagri block of Ranchi district. The document discusses the learnings and insights from the pilot that governments can use to inform future experimentation in food subsidy delivery.

MSC has been engaged in a nationally representative study on DBT in fertilizer in India, based on a request from NITI Aayog. It identified issues and challenges around the implementation of DBT at the national level.

Over the past few years, there was a continuous effort by the government to streamline the in-kind distribution of fertiliser. Targeting fertiliser subsidies directly to farmers would be a herculean task, but can be attempted by combining several initiatives that the central government and some state governments have undertaken over the past years. This note discusses potential solutions to improve in-kind transfers and suggests few ideas for cash transfer pilots for fertiliser subsidy.

The Indian government initiated DBT in fertiliser to plug leakages and bring transparency in the system. Direct Benefit Transfer in Fertiliser (DBT-F) in its current form is a modified subsidy payment system, where the government pays subsidy to fertiliser companies only after fertiliser retailers have sold fertiliser to farmers or buyers. The subsidy isn’t directly credited to farmers in their bank accounts owing to certain challenges. This note highlights the major barriers to distributing fertiliser subsidy through cash transfers and in-kind transfers.

The blog highlights lessons from the digitisation of government to person (G2P) programmes in India

This blog discussed possibilities regarding how India can phase out kerosesne subsidy.

The blog identifies how India can move towards an efficient fertiliser distribution system.