1. Otunla, T.A. and Kolebaje T.O.(2015). Assessing the performance of global radiation

empirical models at Sahelian site, Sokoto, Nigeria. Journal of the Nigerian Association of Mathematical Physics. 30. 489 - 496

2. Otunla, T.A. and Oladiran, E.O. (2013). Evaluation of soil thermal diffusivity

algorithms at two equatorial sites in West Africa. Annals of Geophysics.56, 1-12

3. Otunla T.A. (2013). Capacitors and Dielectrics in: Fundamentals of electricity and

magnetism, edited by I.P. Farai and M.O. Olatunde. Ibadan University Press. ISBN:

978-978-8456. 57-76pp

4. Nymphas E.F., Otunla T.A., Adeniyi M.O. and Oladiran E.O(2012). Impact of the

total solar eclipse of 29 March 2006 on the surface energy fluxes at Ibadan, Nigeria.

Journal of Atmospheric and Solar-Terrestrial Physics. 80, 28-36.

5. Otunla T.A. and Oladiran, E.O. (2011). Assessment of soil thermal properties in a tropical environment: Ile Ife and Ibadan. Journal of Science Research. Vol.10 (1) 102- 107.

6. Otunla T.A. and E.O. Adah (2011).Influence of relative humidity and cloud cover

on the optimal performance of solar cells at an equatorial site. Nigerian Journal

Science,45, 1-5.

7. Leonbacher J., Fuchs K., Silva C., Boese S., Akinlade G.O., Otunla T.A., Kittler F., Sippel S., Broer M., Guozheng S., Kun Y. Suring S., Kanani F., Kiss M., Urena G., Fritz S.and Wang B.(2011). Final Report of the Lindenberg Practical Course in Experimental Micrometeorology. Eddy-Covariance Measurements for the Assessment of Energy and Matter Fluxes. 86pp

8. Adeniyi M.O. and Otunla T.A. (2010). Estimation of Surface Energy Fluxes using

Penman Monteith Method in a Tropical Station. The Abdus Salam International Centre

for Theoretical Physics preprint. 84. 1 – 16.

9. Otunla T.A., Adeniyi M.O. and E.O. Oladiran (2008). Variability and probabilistic

extremes of some climatic elements over Ibadan. Online Journal of Earth Scirnces, 2(4),

124 - 129.