The UAE Research Program for Rain Enhancement Science has named the recipients of its sixth cycle of grants, committing up to US$1.5 million to each selected project over three years as the country sharpens its focus on applied climate research and water security.

The awards, announced by the UAE Research Program for Rain Enhancement Science, come with a ceiling of US$550,000 per year for each project and are designed to move promising ideas from laboratory modelling to field-ready solutions. The programme said the new cohort reflects a shift towards interdisciplinary work that blends atmospheric science, data analytics, materials engineering and environmental monitoring.

Officials involved in the programme said the latest cycle attracted proposals from research teams across several continents, underscoring the global interest in improving precipitation efficiency in arid and semi-arid regions. The selected projects span areas such as advanced cloud microphysics, artificial intelligence-driven forecasting tools, and novel seeding materials intended to enhance cloud condensation processes while minimising environmental impact.

Rain enhancement has long been part of the UAE’s broader water strategy, which also includes desalination, water reuse and demand management. Unlike earlier efforts that focused largely on operational cloud seeding, the current grants emphasise foundational science and validation, including controlled experiments and long-term data collection. Programme managers said this approach aims to address gaps identified by peer reviewers in earlier cycles, particularly the need for reproducibility and measurable outcomes.

Each awardee will work under a structured framework that requires annual milestones, independent evaluation and collaboration with local institutions. Researchers are expected to share datasets and methodologies with the programme’s knowledge platform, a move intended to accelerate learning across projects and avoid duplication. The emphasis on open science, officials said, reflects a recognition that rain enhancement remains a complex field with significant uncertainties.

The sixth cycle also mirrors a broader trend in climate research funding, where sponsors are prioritising tools that can operate at regional scales and integrate with national meteorological systems. Several of the selected proposals focus on high-resolution modelling that links aerosol behaviour, cloud dynamics and precipitation outcomes, using machine learning to process large atmospheric datasets. Others explore environmentally benign seeding agents derived from natural salts or biodegradable compounds, responding to long-standing concerns about ecological side effects.

Programme leaders stressed that the grants do not guarantee operational deployment. Instead, they are intended to test hypotheses rigorously and determine what works, under which conditions, and at what cost. Past cycles have produced peer-reviewed studies and prototype technologies, but officials acknowledge that translating research into consistent rainfall gains remains challenging due to natural variability in weather systems.

International collaboration remains a defining feature of the initiative. The latest awardees include teams partnering with universities, national laboratories and meteorological agencies, bringing together expertise in atmospheric chemistry, remote sensing and numerical weather prediction. The programme’s advisory committee said such partnerships are essential for benchmarking results against global standards and ensuring that findings are credible beyond local contexts.

Funding at the level offered in this cycle places the UAE initiative among the more substantial public investments globally in rain enhancement science. Analysts note that while the sums are modest compared with large climate mitigation programmes, they are significant for a niche research area that often struggles to secure sustained support. The three-year structure is intended to give teams enough runway to move beyond simulations and into pilot trials.

The grants announcement comes as policymakers across water-stressed regions reassess adaptation strategies amid rising temperatures and shifting precipitation patterns. While rain enhancement is not positioned as a standalone solution, UAE officials view it as a complementary tool that could, if proven effective, improve water availability during suitable weather conditions.