Abu Dhabi - Arab Today
Following the close of its initial deadline for research pre-proposals on April 16th, the UAE Research Programme for Rain Enhancement Science, has announced that it has received an overwhelming response from interested scientists around the world.
In order to help arid and semi-arid countries increase their rainfall yields, the UAE is taking a global lead in promoting water security as part of its ‘Year of Innovation' in 2015. The UAE Research Programme for Rain Enhancement Science was launched at the beginning of this year by H.H. Sheikh Mansour bin Zayed Al Nahyan, Deputy Prime Minister and Minister of Presidential Affairs, and Chairman of the Board of Trustees of the UAE National Centre of Meteorology and Seismology, NCMS, the organisation that manages the programme.
Commenting on the high uptake for the programme from scientists, as well as leading universities and research global institutions, Dr. Abdullah Al Mandoos, Director of NCMS, said, "With 325 scientists and researchers affiliated to 151 organisations having applied to participate in the programme, this very successful outcome demonstrates the UAE leadership's determination to position our country as a global leader in water security innovation. A total of 78 pre-proposals from scientific teams drawn from 34 countries around the world testifies to the high level of international interest in this initiative. The strong support of H.H. Sheikh Mansour bin Zayed has ensured that we were able to get the programme off to such a good start."
Dr. Al Mandoos also said that the submission of such a large number of applications from countries as far away as Cuba in the Western Hemisphere to China and Japan in the Far East and Sudan on the African continent validates the high level of international interest in the programme. "The UAE is seeking to inspire new research and investment in a field that previously has been neglected but which offers significant potential for boosting water security," he said.
From the 78 pre-proposals received, the US leads the way with 20 submissions, followed by the UAE with 19. Submissions from Russia, India and Iran numbered 10, 8, and 4 respectively, followed by Spain, China and South Africa with three each. Researchers from Britain, Japan, Australia, Kazakhstan and Sudan submitted two pre-proposals per country, while individual researchers from other countries also participated in the first phase of the programme.
Regarding the selection process, Alya Al Mazroui, Director of the UAE Research Program for Rain Enhancement Science, said, "The success of our programme in attracting such significant international interest demonstrates the UAE's leadership in encouraging innovators to cooperate to push the frontiers of research, development and innovation and ensure that rain enhancement contributes to a more complete portfolio for water security.
"We are confident that the award winners will successfully develop strong research projects and forge collaborative synergies with all scientific partners and concerned organisations engaged in this field. We also expect the research programmes to be developed in a spirit of social awareness, be committed to community relations, and be fully cognisant of potential environmental impacts," she said.
The application schedule of the programme involves several phases. With the pre-proposals having been submitted by April 16th, the next stage will involve evaluation of the submissions by a specialised technical committee that will meet in Abu Dhabi on May 17th-18th to shortlist selected candidates who will be invited to submit their full proposals. The shortlist of successful candidates will be announced on June 1st. The last date for shortlisted candidates to submit the completed final research project is midnight GMT on September 17th.
In its inaugural cycle, up to five projects will be selected as winners for the total grant of US$5 million that will be awarded over a three year period. The prize winning project proposals will be announced and honoured at a ceremony in January 2016.
Source: WAM