To Full-Proposal Due
Date :26/08/2021
Time:23:59 UTC
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The National Center of Meteorology (NCM) today announced the targeted research areas of the program's future awarded projects, in preparation for the official opening of the UAE Rain Enhancement Program’s (UAEREP) fourth cycle for proposal submission in early 2021.

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The UAE Research Program for Rain Enhancement Science (UAEREP) today hosted a press conference at the closing of 4th International Rain Enhancement Forum (IREF).

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The 4th International Rain Enhancement Forum (IREF), organized by the UAE Research Program for Rain Enhancement Science (UAEREP) under the supervision of National Center of Meteorology (NCM) opened today at Jumeirah Etihad Towers in Abu Dhabi.

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The National Center of Meteorology (NCM) received Her Excellency Shaikha Salem Al Dhaheri, Acting Secretary General of the Environment Agency – Abu Dhabi (EAD), to witness presentations on the Center’s vitally important work for the nation and to discuss strengthening collaboration between the Center and EAD in the future

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2015First Cycle
2016Second Cycle
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2021Fourth Cycle
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Water is one of the seven pillars of the UAE’s innovation strategy

H.H. Sheikh Mansour Bin Zayed Al Nahyan

Driving scientific and technological advancement to address water security is a strategic priority for the UAE government

H.H. Sheikh Mansour Bin Zayed Al Nahyan

The program will have a significant ripple effect, directly increasing the level of research and action in the critical area of rain enhancement

H.H. Sheikh Mansour Bin Zayed Al Nahyan

Latest News

Study Applies Customized Non-Hydrostatic Model to Simulate Cloud-Precipitation Processes over the UAE

As part of its continued efforts to promote scientific advancement and new technologies in rain enhancement, the UAE Research Program for Rain Enhancement Science (UAEREP) supported a project titled ‘Advanced Study on Precipitation Enhancement in Arid and Semi-Arid Regions’, undertaken by Professor Masataka Murakami, a First Cycle Awardee of the program, and a scientist at Japan’s Meteorological Research Institute. The project applied the cloudRead more...

Study Uses Large-eddy Simulation Model to Investigate Hygroscopic Cloud Seeding Effect on Rainfall

Water scarcity has become a major challenge for arid and semi-arid regions across the globe, sparking a renewed interest in rain enhancement research and investments, particularly in countries at high risk of water stress. One of the most widely used rain enhancement methods is introducing large hygroscopic particles into the cloud, which act as Cloud Condensation Nuclei (CCN) and enhance the growth of droplets and the subsequent production of drizzle and precipitation. DespiteRead more...

Study Investigates Impacts of Physical Parameterizations and Resolution on WRF Gray‐zone Precipitation Simulations over Middle East and UAE

The climate of the Middle East region, which consists of various landscapes, is highly affected by the Indian monsoon in the south and the Mediterranean synoptic‐scale systems in the north. Due to the complex interactions between synoptic systems, topography, dust, and convective‐scale motions, capturing rainfall variability over the Middle East can be quite challenging for atmospheric models. "Gray zone resolution" refers to model grid spacing in the range of 200 m to 10 km. ThisRead more...

Study Analyzes Seasonal and Diurnal Performance of Daily Forecasts with WRF

In arid regions like the United Arab Emirates (UAE), effective numerical weather forecasting is of great importance to ensure accurate prediction of low-visibility events like fog and dust and extreme weather events like heat waves, dust storms, droughts, flash floods, among others. As these extreme events are expected to become more prevalent under a changing climate, it is vital to use regional weather forecasting and climate simulations with regional climate models (RCMs) to correctlyRead more...

Study Implements Novel Seeding Material for Precipitation Enhancement in WRF

In the last few decades, the frequency of droughts has constantly increased on a global level and is likely to accelerate further in the coming decades. Precipitation enhancement might play a key role in combating drought events and alleviating their detrimental impacts on crops and the environment. Precipitation enhancement can be achieved by introducing a seeding material into the cloud environment to alter a set of cloud microphysical processes leading to rainfall generation.Read more...

Study Analyzes Performance of WRF and NICAM in Hyperarid Environment

Arid and semi-arid regions, known to be very sensitive to climate change, are expected to expand due to global warming and may experience more extreme weather conditions in the future. Therefore, it is necessary to correctly simulate specific extreme weather events and better understand the limitations of the numerical models used.  One way to gain further insight into the deficiencies of a numerical model is to conduct an ensemble of simulations in which different sets of physics andRead more...

Study Investigates Dynamic and Thermodynamic Impacts of Climate Change on Daytime Convection

Climate change intensifies the hydrologic cycle, resulting in an increase and higher frequencies of extreme precipitation events. This occurs due to the impact of climate change on the dynamics and thermodynamics of moist convection. While the dynamical impact concerns an increase of convection strength due to a higher convective available potential energy (CAPE), the thermodynamical impact involves the effects of increased water vapor that the warmer atmosphere can hold and convection canRead more...

Study Uses Numerical Model with Explicitly Incorporated Aerosols to Simulate Severe Convective Storm

The representation of aerosols in numerical weather prediction models is often overlooked despite the crucial role they play in all stages of cloud lifecycle. To analyze this role and contribute to a deeper understanding of cloud physics and microclimate,  Mladjen Ćurić from the University of Belgrade, Serbia and a collaborator of Prof. Linda Zou, a first cycle awardee of UAE Research Program for Rain Enhancement Science (UAEREP) and professor at the Khalifa University, worked on aRead more...