Highest Degree
PhD in Meteorology and Climate Sciences
Job Type
Teaching/Education
Research
Operational Support (technical)
Technical Advice & Consulting
Subject Area
Biological Oceanography, Marine Ecology
Climatology, Meteorology
Physical Oceanography
Pollution
Research Support Services
Activities
• Developing Standard Operating Procedure for local applications; execute and perform the development of plans, specification, analysis, evaluations, maps, position papers, procedures, and reports.
• Coordinating with management and advisory committee regarding data analysis, special ad hoc requests, and data reconciliation between systems, including position monitoring and mark-to-market.
• Creating strategic measures to achieve success for hazards early warning advisories and technical reports, including associated guidelines.
• Providing capacity building on Space applications in agricultural, environmental and health sectors across Nigeria; built drones for agriculture demand generation and business strategies.
• Executing the development of near-real-time spatial monitoring plans, specification, analyses, evaluations, position papers, procedures, and reports.
• Coordinating with the management and advisory committees of Ministries, Departments and Agencies (MDAs) regarding data analyses, special ad hoc requests, and data reconciliation between systems, including hazard monitoring
• Providing capacity building on Space Technology applications in agricultural, marine, environmental and health sectors across West-Africa.
Sea regions of study
North Atlantic Ocean
Gulf of Guinea
North Pacific Ocean
Southern Ocean
Skills
Working on automated digitization of climatic maps and the seasonal/sub-seasonal forecasts of extreme events over Land, Ocean and Atmosphere in Africa.
Comment(s)
My doctoral research titled, “Coastal Vulnerability Assessments and
Adaptation to Climate Change and Extreme Events along the Gulf of Guinea”
provided some answers to the issues of coastal hazards along West Africa. The
research, through the support of the European Space Agency (ESA) and Future
Earth was advanced to “Enhancing Adaptation and Resilience against multi-hazards
along West Africa’s Coasts” (EARWAC) Dashboard (https://earwac.com/).
The EARWAC is a web-based visualization tool that currently combines Earth
Observation data and local indicators to generate detailed maps and analytical
charts on coastal flood vulnerability index, flash flood (historical and
projected), land cover, and at-risk populations at different administrative
zones.
After my doctoral degree, I took up a position as a Visiting Researcher
under the Global Challenges Research Fund (GCRF) African SWIFT, a programme led
by the National Centre for Atmospheric Science (NCAS), UK. I was stationed at
the African Centre for Meteorological Applications for Development (ACMAD),
Niger Republic. There, I assisted the
team on improving the accuracy of weather forecasting capability, from hourly
to seasonal timescales, to protect the lives and livelihoods of African people
while improving their socio-economic values.