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ACADEMIC QUALIFICATION
1. Bachelor, Chemistry, Universiti Pertanian Malaysia, 1979.
2. Master, Soil chemistry, State University of Ghent Belgium, 1982.
3. PhD, Soil chemistry, University of Newcastle upon Tyne, United
Kingdom, 1993.
PROFESSIONAL QUALIFICATION
1. Associate Member of Institute Chemistry, Chemistry, Malaysian
Institute of Chemistry, 2005.
AREAS OF EXPERTISE
2. AGRICULTURAL SCIENCES, Soil and Water Sciences, Soil chemistry.
RESEARCH
3. Bioconversion of palm kernel cake for fish feed production
(1999-2002)., Project Leader, 1999-2002, IRPA, National.
4. Development of the fertigation technique for pineapple production
on sandy soil, Project Leader, 2001-2003, IRPA, National.
5. Integrated research on pepper (Piper nigrum L.) in Sarawak,
Researcher, 1984-1986, UPM, National.
6. Identification and evaluation of upland rice variety for
cultivation on selected idle land, Project Leader, 2003-2006, IRPA,
National.
7. Dissolution and plant availability of P from phosphate rock
materials to groundnut (A. hypogaea L.) grown on acid Malaysian
soils, Researcher, 1988-1989, MPKSN, National.
8. Dissolution and plant availability of P from phosphate rock
materials to carambola (A. carambola L.) grown on acid Malaysian
soils, Researcher, 1992-1995, MPKSN, National.
9. Use of organic matter, agriculture, and industrial waste to
increase plant growth on sandy soils, Researcher, 1993-1995, MPKSN,
National.
10. Improvement on pineapple production through mechanisation,
Project Leader, 1996-1999, IRPA, National.
11. Development of fertilization program for sago [Metroxylon sagu (Rohl)]
grown on tropical deep peat, Researcher, 1996-1999, IRPA, National.
12. Improvement in phosphate rock dissolution using products from
organic matter decomposition (1998)., Researcher, 1998-1999, UPM,
National.
EXPERT CONSULTATION/CONSULTANCY
1. Helped revised their fertilization program for production of
pineapple on tropical peat, Peninsula Plantations Sdn. Bhd., Simpang
Renggam, Johor, Consultant, 1996-2000, National.
2. Undertake a long-term study on P status, residual effect, and
rice yield following direct application of phosphate rock on acid
sulfate soil in Malaysia, Institut Mondial du Phospahate (IMPHOS),
Casablanca, Morocco, Project Leader, 1998-2000, International.
3. Phosphate fertilizer management in oil palm plantation in
Malaysia, Institut Mondial du Phospahate (IMPHOS), Casablanca,
Morocco, Consultant, 2004-2010, International.
4. Agronomic validation of a phosphate rock decision support system
(PRDSS) for PR direct application in crop production in Malaysia,
Joint FAO/IAEA/IFDC, Vienna, Austria, Consultant, 2004-2005,
International.
PROFESSIONAL AFFILIATION
1. Malaysian Society of Soil Science, Member/President (2005/2006),
1980-Present.
2. British Society of Soil Science, Member, 1988-Present.
3. Soil Science Society of American, Member, 1992-1998.
4. the International Society for South Asian Agricultural Sciences,
Member, 2003-Present.
5. Malaysia Institute of Chemistry, Member, 2005-Present.
EXPERT/TECHNICAL CONTRIBUTIONS
1. Editorial Board of Malaysian Journal of Soil Science, Malaysian
Society of Soil Science, Editor, 2005-Present, National.
AWARDS AND RECOGNITIONS
2. Silver medal, Pameran Reka Cipta & Penyelidikan UPM 2003, Pusat
Pengurusan Penyelidikan, UPM, 2003, National.
3. Bronze, Exhibition of Invention, Research & Innovation UPM 2005,
Research Management Centre, UPM, 2005, National.
PUBLICATIONS
1. Gikonyo, E.W, A.R Zaharah, M. M Hanafi, and A.R Anuar. 2006.
Residual values evaluation of different fertilizers at various rates
used in phosphorus recapitalization of an acid tropical soil. J. Sci.
Food Agric. (Accepted)., - Journal
2. Ahmed, O.H., M.H.A. Husni, A.R. Anuar, M.M. Hanafi, and S.R. Syed
Omar. 2006. Leaching losses of soil applied potassium fertiliser in
pineapple (Ananas comosus) cultivation on tropical peat soils in
Malaysia. N. Z. J. Crop Hortic. Sci. 34:155-161., - Journal
3. Ahmed, O.H., M.H.A. Husni, M.M. Hanafi, S.R. Syed Omar, and A.R.
Anuar, 2006. Elucidating how the capacity of cultivated tropical
peat soils to supply phosphorus forms in pineapple production. Int.
J. Soil Sci. 1(1):44-52., - Journal
4. Satter, M.A., M.M. Hanafi, T.M.M. Mahmud, and H. Azizah. 2006.
Influence of arbuscular mycorrhiza and phosphate rock on uptake of
major nutrients by Acacia mangium seedlings on degraded soil. Biol.
Fertil. Soils 42:345-349, - Journal
5. Iluyemi, F.B., M.M. Hanafi, O. Radziah, and M.S. Kamarudin. 2006.
Fungal solid state culture of palm kernel cake. Bioresource Tech.
97:477-482., - Journal
6. Satter, M.A., M.M. Hanafi, T.M.M. Mahmud, and H. Azizah. 2006.
Role of arbuscular mycorrhiza and phosphorus in Acacia
mangium:peanut agroforestry system for rejuvenation of tin tailings.
J. Sustainable Agric. 28(4):55-68., - Journal
7. Yusdar, H., M.M. Hanafi, A.R. Anuar, and H. Azizah. 2005.
Characteristics of phosphate rock materials and their dissolution in
some acid Indonesian soils. Commun. Soil Sci. Plant Anal.
(Accepted)., - Journal
8. Ahmed, O.H., M.H.A. Husni, A.R. Anuar, and M.M. Hanafi. 2005.
Effects of extraction and fractionation time on the yield of compost
humic acids. N. Z. J. Crop Hortic. Sci. 33:107-110., - Journal
9. Molla, A. H., A. Fakhru'l-Razi, M. M. Hanafi, and M. Z. Alam.
2005. Compost produced by solid-state bioconversion of biosolids: A
potential resource for plant growth and environmentally friendly
route of disposal. Commun. Soil Sci. Plant Anal. Commun. 36
(11&12):1435-1447., - Journal
10. Hanafi, M.M., and A. Halimah. 2002. Growth, yield, and quality
of a pineapple, cv. Josapine on a sandy tin tailings. Commun. Soil
Sci. Plant Anal. 33(15&18):2949-2964., - Journal
INTELLECTUAL PROPERTY RIGHTS
1. Protein enrichment of palm kernel cake, Patent, Pending,
National, 0,
POST GRADUATE SUPERVISION
2. Razaque, A.H.M., PhD, Improvement of pineapple production on
tropical peat through fertillizer use, 1999.
3. Iluyemi, F. B., PhD, Bioconversion of palm (Elaeis guineenis)
kernel cake: Application to fish feed production, 2003.
4. Satter, M.A, PhD, The arbuscular mycorrhiza and phosphate rock in
rehabilitation of tin tailings with Acacia mangium L. and peanut
agroforestry system, 2000.
5. Abdel Latif, M. A., PhD, Groundwater pollution of a landfill site
(Seri Petaling landfill), 2001.
6. Yusdar, H., PhD, Efficiency of phosphate fertilizer on cucumber
planted on Oxisols, 2003.
7. Molla, M.A.H., PhD, Conversion of waste sludge into compost by
solid state bioconversion, 1999.
8. Eltaib, S.M.G., PhD, Spatial variability of soil electrical
conductivity in relation to rice yield for site-specific fertilizer
management, 2000.
9. Aimrun, W., PhD, Rapid soil EC measurement for precision farming
using sensor, GPS, and GIS systems, 2006.
10. Abayneh, E., PhD, Mineralogical and chemical characteristics of
sesquioxidic soils from Sidamo, Ethiopia, 2005.
11. Esther, W. G., PhD, Dynamics of current and residual phosphorus
in an acid soil, 2006.
EXPERT LINKAGES
1. Undertake a long-term study on P status, residual effect, and
rice yield following direct application of phosphate rock on acid
sulfate soil in Malaysia, NGO, World Phosphate Institute (IMPHOS),
1988, 24 month(s), International.
2. Phosphate fertilizer management in oil palm plantation in
Malaysia, NGO, World Phosphate Institute (IMPHOS), 2004, 72 month(s),
International.
3. Agronomic validation of a phosphate rock decision support system
(PRDSS) for PR direct application in crop production in Malaysia,
FAO/IAEA/IFDC, 2004, 24 month(s), International.
4. Helped revised their fertilization program for production of
pineapple on tropical peat, Private, Peninsular Pineapple
Plantations Sdn. Bhd, 1996, 48 month(s), National. |
