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Skies Educational

Applied Research Journal of Science and Technology

International and Multilingual Journal of Science and Technology


ISSN 2695 1738

Models validation and forecasting for drought risk reduction in developing countries

B.K. Adeogun1*, U.A. Abubakar1 and M.O. Nwude2

1Department of Water Resources and Environmental Engineering, Ahmadu Bello University Zaria, Nigeria.
2National Water Resources Institute, Kaduna, Nigeria
*Correspondence to: [email protected]

Article Number: se-j-arjst-2018.0101001; Volume 1(1), pp 1-14, December, 2018


Drought risk reduction should be based on effective monitoring and early warning systems affordable by both privileged and vulnerable nations and regions. Drought can be pandemic over months and hence, Standardized Precipitation Index (SPI) at the time scale of one – month was modelled for drought monitoring and real-time forecasting.  Developed predictive SPI models were used to forecast droughts in the seven meteorological stations in the region in the year 2009 and the forecast negative SPIs, reflecting droughts, were compared with drought class thresholds to predict and identify drought occurrences at different phases such as emergence watch, warning and emergency. The results showed drought forecasts of emergence phase at most of the stations. This implied that monitoring was necessary so that warning alert could be declared as soon as the drought emergence phase progressed into warning stage. It is recommended that the models should be used to forecast droughts ahead on monthly bases. Also, the simple predictive models should be developed for other less developed regions as the early warning services component of people-centred early warning systems for effective drought risk reduction in developing countries.

Key words: Drought risk reduction, hazard risks, standardized precipitation index

Copyright © 2018 Author(s) and Skies Educational.
This article is published under the terms of the Creative Commons Attribution License 4.0

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Article Number: se-j-arjst-2018.0101001