Lesson 12: Strengthen social protection for drought response
- Number of documents contributing to the lessons: 30
- Average evidence scores of all documents contributing to the lessons: 3.9
- Median evidence strength of documents contributing to the lessons: 80%
Where functional government systems exist, scaling them up during droughts can provide reach, efficiency and sustainability. Linking humanitarian aid with national systems can help strengthen institutions, build trust and leave lasting capacity to respond to future droughts. National systems can be supported to be better flex to respond to the impacts of droughts by expanding coverage to meet the needs of newly vulnerable populations and/or by increasing benefit amounts for existing recipients.
In practice, many systems are fragile and underresourced, with weak targeting and static registration lists (out of date, arbitrary rationing, etc.) that exclude people in vulnerable situations and mobile populations. To ensure accountability and fairness, humanitarian actors – with governments – should support strengthening elements of national systems, with a particular focus on identifying people who need support (including mobile populations), implementing digital safeguards and strong accountability measures (such as independent monitoring), and tackling exclusion, elite capture and corruption. Over-emphasis on shock-responsive design without strengthening routine foundations risks creating fragile add-ons. Humanitarian actors should strive to avoid parallel systems; instead (and where possible), they should promote harmonisation and interoperability with national systems.
Droughts often have the most serious humanitarian consequences in situations of fragility, conflict and violence, where it is difficult for international aid actors to work directly with governments. However, lessons from multiple contexts (such as Haiti, Myanmar, the Sahel, Somalia and Yemen) suggest it is still possible to link with, strengthen or build the foundations of national social protection systems.