College of Engineering
Professor VI
Email Address: natzalibuyog@yahoo.com
Dr. Nathaniel R. Alibuyog presently holds the rank of Professor VI at the Mariano Marcos State University. He is actively involved in Instruction, Research and Extension activities. Currently, he is designated as the Dean of the College of Engineering. Dr. Alibuyog earned his BS in Agricultural Engineering from MMSU in 1994, Cum Laude, and landed as Second Placer in the Professional Agricultural Engineering Licensure Examination given by the Philippine Regulation Commission in September 1994.
He started his career as a Science Aide of the Rainfed Lowland Rice Research Consortium. In March 1995, he joined the Department of Agricultural Engineering of MMSU as an Instructor. While at MMSU, he pursued MA in Education major in Mathematics at the MMSU Graduate School where he finished all the academic requirements. He later pursued MS in Agricultural Engineering major in Land and Water Resources Engineering at the University of the Philippines Los Baños under the National Research and Development Scholarship for Agriculture and Fisheries (NaRDSAF) which he completed in 2003. After a year, he was awarded with the SEAMEO-SEARCA scholarship to pursue Ph.D. in Agricultural Engineering major in Land and Water Resources Engineering in the same university.
As a researcher, he has been conducting several GIA-funded researches which include: (1) Comprehensive Irrigation R&D Umbrella Program: Aquifer Characterization in Region I funded by the Department of Agriculture; (2) Harnessing GIS and Remote Sensing Technology towards Improved Agricultural Productivity and Governance funded by CHED amounting to PhP 10M; (3) National R&D Program on Watershed Management: Quiaoit River Watershed funded by PCAARRD amounting to PhP 8.6M; (4) Integrated RDE Program towards Building a Climate Resilient Agriculture in the Philippines funded by DA-Region I amounting to PhP 2.0M; (5) Detailed Mapping of Agricultural, Forest, and Natural Resources in Northern Luzon (Region I) funded by PCIEERRD amounting to PhP 12.71M; and (6) Science and Technology Park Model: An Integrated Approach towards the Commercialization of Food and Innovative Materials Utilizing Biological and Non-Metallic Resources of Ilocos Norte funded by CHED amounting to PhP 17M. With these research funds, he has been able to acquire state-of-the-art facilities and equipment and developed an Environmental Monitoring Laboratory at the Crops Research Laboratory. With the new acquisitions, the university is now in a better position to conduct quality researches along precision agriculture, harnessing GIS, remote sensing, and crop modeling technologies; and produce detailed and high-accuracy nationwide resource maps as well as to facilitate technology transfer through research product commercialization.
As a manifestation of his leadership, productivity and sense of responsibility for the research money his projects received, Dr. Alibuyog sees to it that his research works contribute to the advancement of science and to the body of knowledge by publishing his research works in reputable refereed journals. At present, Dr. Alibuyog had already published 7 research papers in refereed journals of which two of these are published in ISI indexed journal. Likewise, he has received several awards and recognitions both at the local, regional, and national levels. Among the notable National Awards he received are the AFMA Best R&D Paper (2013), 2nd Best R&D Paper (2013), AFMA R&D Paper Award (2012), Best Paper (Environmental Science Category) (2009), National R&D Paper Award (2005), Best Paper (Physical Science Category) (2004), and AFMA R&D Paper Award (2003).
Dr. Alibuyog also served as a technical expert during in-house and commodity research reviews which contributed to the overall improvement of research papers. He also served as a resource speaker in various symposia and conferences within the country and in other countries as well.
At present, he is assigned as the OIC, Office of the Vice President for Reseacrh, Extension and Business (OVPREB).
Author | Title of the Paper | Publication | Citing Article | Citing Author | Citing Publication | Year |
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Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Response of Runoff to Extreme Land Use Change in the Permafrost Region of Northeastern China | Peng Hu, Tijiu Cai, Fengxiang Sui, Liangliang Dua, Xiuling Man, Xueqing Cui | MDPI | 2021 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | A Soil Water Assessment Tool (SWAT) Modeling Approach to Prioritize Soil Conservation Management in River Basin Critical Areas Coupled With Future Climate Scenario Analysis | Ashish Pandey, K. C. Bishal, Praveen Kalura, V. M. Chowdary, C. S. Jha, Artemi Cerdà | SAGE Journal | 2021 |
MGAS Arceo, Rex Victor O Cruz, Cristino L Tiburan Jr, Juancho B Balatibat, Nathaniel R. Alibuyog | Modeling the Hydrologic Responses to Land Cover and Climate Changes of Selected Watersheds in the Philippines Using Soil and Water Assessment tool (SWAT) Model | DLSU Business & Economics Review | Validating CHIRPS Ability to Estimate Rainfall Amount and Detect Rainfall Occurrences in the Philippines | Lanie A. Alejo & Arlen S. Alejandro | Theoretical and Applied Climatology | 2021 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Multi-Step Calibration Approach for SWAT Model Using Soil Moisture and Crop Yields in a Small Agricultural Catchment | Kilundu Musyoka, Peter Straus, Guangju Zhao,Raghavan Srinivasan, Andreas Klik | MDPI | 2021 |
MGAS Arceo, Rex Victor O Cruz, Cristino L Tiburan Jr, Juancho B Balatibat, Nathaniel R. Alibuyog | Modeling the Hydrologic Responses to Land Cover and Climate Changes of Selected Watersheds in the Philippines Using Soil and Water Assessment tool (SWAT) Model | DLSU Business & Economics Review | Climate Change Impact on the Hydrologic Regimes and Sediment Yield of Pulangi River Basin (PRB) for Watershed Sustainability | Warda Panondi, Norihiro Izumi | MDPI | 2021 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Geographic information System and Process-based Modeling of Soil Erosion and Sediment Yield in Agricultural Watershed | G.R. Puno, R.A. Marin, R.C.C. Puno, A.G. Toledo-Bruno | Global Journal of Environmental Science and Management | 2021 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Eco-Compensation Schemes for Controlling Agricultural Non-Point Source Pollution in Maoli Lake Watershed | Yumei Zheng, Guangchun Lei, Peng Yu | MDPI | 2021 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Hydrologic Response to Land Use Land Cover Change in the Upper Gidabo Watershed, Rift Valley Lakes Basin, Ethiopia | Mamuye Belihua, Sirak Tekleabb, Brook Abatec, Woldeamlak Bewketd | Journal of Hydro Research | 2020 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Effects of Land Use Changes on Streamflow and Sediment Yield in Atibaia River Basin—SP, Brazil | Franciane Mendonça dos Santos, Rodrigo Proença de Oliveira, José Augusto Di Lollo | MDPI | 2020 |
Nathaniel R. Alibuyog, VB Ella, Manuel R. Reyes, R Srinivasan, C Heatwole, T Dillaha | Predicting the Effects of Land Use Change on Runoff and Sediment Yield in Manupali River Subwatersheds Using the SWAT Model | International Agricultural Engineering Journal | Using an Improved SWAT model to Simulate Hydrological Responses to Land Use Change: A Case Study of a Catchment in Tropical Australia | Hong Zhangab, Bin Wangb De, Li Liu bc Mingxi, Zhanga Lance M., Leslied Qiang Yu | Journal of Hydrology | 2020 |
AC Blanco, A Tamondong, AM Perez, MRC Ang, E Paringit, R Alberto, N Alibuyog, D Aquino, A Ballado, P Garcia, M Japitana, MT Ignacio, D Macandog, A Novero, RE Otadoy, E Regis, M Rodriguez, J Silapan, R Villar | Nationwide Natural Resource Inventory of the Philippines Using Lidar: Strategies, Progress, and Challenges | The International Archives of Photogrammetry, Remote Sensing and Spatial Information Sciences | Design of Agricultural Network Information Resource Sharing System Based on Internet of Things | Kun Wang | Multimedia Technology and Enhanced Learning | 2020 |
Nathaniel R. Alibuyog, Leah M. Tute, Rodel C. Cabugon | Predicting Rice Yield from Multi-temporal Satellite Data Using Artificial Neural Network | T. Journal | Artificial Neural Network to Estimate the Paddy Yield Prediction using Remote Sensing, Weather and Non Weather Variable in Ampara District, Sri Lanka | W. M. R. K Wanninayaka, R. M. K. T Rathnayaka, E. P. N Udayakumara | IEEE Xplore - Conference | 2020 |
Nathaniel R. Alibuyog, Victor B. Ella, Manuel R. Reyes, R Srinivasan, Conrad D. Heatwole, Theo A. Dillaha III | Predicting the Effects of Land Use on Runoff and Sediment Yield in Selected Sub-watersheds of the Manupali River Using the ArcSWAT Model | Bangkok, Thailand: World Association of Soil and Water Conservation | Hydrologic Responses of Watershed Assessment to Land Cover and Climate Change Using Soil and Water Assessment Tool Model | R.C.C. Puno, G.R. Puno, B.A.M. Talisay | Global Journal of Environmental Science and Management | 2019 |
Nathaniel R. Alibuyog, Victor B. Ella, Manuel R. Reyes, Raghavan Srinivasan, Conrad Heatwole, Theo Dillaha | Predicting the Effects of Land Use on Runoff and Sediment Yield in Selected Sub-watersheds of the Manupali River Using the ArcSWAT Model | Tier B (All countries/territories not listed here are in Tier A) | Developing an Equitable Rewards Scheme for Water Storage and Livelihood Improvement in the Manupali Watershed, Southern Philippines | Cecille Egnar, Caroline Duque-Piñon, Ericson Mendoza, Rodel Lasco and Kharmina Evangelista | World Agroforestry Center | 2017 |
Nathaniel R. Alibuyog | Vegetable-Agroforestry Systems in the Philippines. Special Publication No. 6b. World Association of Soil and Water Conservation (WASWAC), Beijing, China and World Agroforestry Center (ICRAF), Nairobi, Kenya. 2012 | Diversified and Integrated Farming Systems (DIFS): Philippine Experiences for Improved Livelihood and Nutrition | Lucille Elna P. de Guzman, Oscar B. Zamora, Dora Fe H. Bernardo | Journal of Developments in Sustainable Agriculture. Vol. 10. Pp. 19-33. 2015. | 2015 |