Mr Surajit Phuphak, Assistance professor

 

BSc. (เทคโนโลยีการผลิตพืช) สถาบันเทคโนโลยีพระจอมเกล้าเจ้าคุณทหารลาดกระบัง

MSc. Agriculture (University of Western Australia)

PhD can. (Sandwich) Plant production system group, Wageningen UR

 

Expertise: Farm household model, risk and uncertainty, GIS and remote sensing, Crop growth model

Address: Faculty of Agriculture, UbonRatchathani University, VarinChamrap, UbonRatchathani, 34190, Thailand

Phone 045-353556 ภายใน 3556  Inter: +6645353556 Fax: 045-353576, 045-353577

Email: sura@agri.ubu.ac.th ; surap@yahoo.com      Curriculum Vitae                              

§       Papers and presentations

§        Online lecture notes   

o             GIS (Geographic Information Systems)

o             Remote Sensing

o             IDRISI – Tutorial Step by step

o             On-farm water management;  Intro - CROPWAT  A decision support system for on-farm irrigation scheduling

o             Agro-forestry – WaNuLCAS – Whole-farm integrated agro-forestry spreadsheet model

o             Cluster analysis – Farm household characterization

o             Farm household model - XPRESS MP ; GULP  - Linear programming

o             Risk analysis – MOTAD ; Stochastic dominance ; Manti Carlo simulation model

o             Crop growth model - ORYZA2000 of IRRI

o             ROSETTA - Predicting van Genuchten (1980) water retention and unsaturated hydraulic conductivity parameters, estimates of the saturated hydraulic conductivity, Ks.

o             A few “clicks” to make a web: Creating web based e-learning using MS (word) office

o             Marketing of agricultural produces

o             Suitability mapping – FAO-Sys Approach for rubber production

o             Oil palm

GIS & RS links

More Links

 

PhD contents

 

Chapter 2 Farm typology: GIS and cluster analysis

Chapter 3 Oryza2000 calibration and validation for KDML105 at UbonRatchathani province

Chapter 4 Risk analysis: Rice yield estimation under climatic risk of rainfed environment in the NE Thailand

Chapter 6 Farm household utility optimization model: Mathematical programming

Chapter 7 Water location suitability study