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Location: 1-3, Minami Osawa, Hachioji shi, Japan 192-0397
Work: Asian Monsoon, Atmoscpheric Science, Flood using remote Sensing and GIS.
Biographical: ROXANA HOQUE Ph.D. Tokyo Metropolitan University International House, Room No: 402 1-3, Minami-osawa, Hachioji-shi Tokyo-192-0397, Japan Office: +81-042-677-1111 ext. 3836 Cell: +81-080-3446-5495 E-mail: roxanna_bang@yahoo.com; hoque@tmu.ac.jp E-mail: hoque@jamstec.go.jp URL:http://www.jamstec.go. PERSONAL INFORMATION CITIZENSHIP: BANGLADESH DATE OF BIRTH: 1966/6/7 EDUCATION Doctor of Philosophy in Geography (PhD) in September 2011. Department of Geography, Laboratory of Climatology, Faculty of Urban Environment Sciences, Tokyo Metropolitan University, 1-1, Minami-osawa, Hachioji-shi, Tokyo-192-0397, Japan. Dissertation: The seasonal transition of monsoon in Bangladesh and its association with atmospheric circulation and flood. Master of Science (MS) in March 2008. Department of Geography, Laboratory of GIS, Faculty of Urban Environment Sciences, Tokyo Metropolitan University, 1-1, Minami-osawa, Hachioji-shi, Tokyo-192-0397, Japan. Dissertation: Investigation of hydrological aspects of the 2004 flood in Bangladesh with special emphasis on the Meghna River basin using remote sensing and geographical information system. Master of Arts (MA) in October 1997. Department of Islamic History and Culture. University of Chittagong (CU), Bangladesh. Dissertation: Socio-Political History and Socio-Cultural History of Bengal 19th and 20th century. Bachelor of Arts (BA) in October 1991. Department of Humanities, University of Chittagong (CU) Bangladesh. Subject: Philosophy, Political Science and History WORK EXPERIENCE 1. Research scientist at Marine Sensor Technology Group, Marine Technology and Engineering Center (MARITEC), Japan Agency for Marine-Earth Science and Technology (JAMSTEC). From 3rd October 2012~31st March 2013. 2. Visiting researcher at the department of geography, Tokyo Metropolitan University, Japan. From October 2011~ , 3. Designer, Ota Engineering and Design L.T.D. Chittagong, Bangladesh. 1995~1999 4. Teacher, Pre-Cadet Talent K.G School. Chittagong, Bangladesh. 1984 ~1990 COMPUTER KNOWLEDGE Operating system: Windows XP: Windows 7. Application Software: MS Office 2003 and 2010, Internet browsing, Outlook express, Adobe Photoshop CS5.1, Adobe Illustrator CS5.1, Acrobat Reader and Writer, Multimedia editing and visualization. GIS Software: Arc GIS 9.1 and 10.1 Remote Sensing Software: Eardas Imagine Ver. 8.2 EDIUS Neo 2.5 Other mapping Software: GMT, GrADS Data calculation: Awk and Excel
Favourite Publications: PUBLICATIONS 1. Roxana Hoque; PhD Thesis: Tokyo Metropolitan University (2011) Title: The seasonal transition of monsoon in Bangladesh and its association with atmospheric circulation and flood. P-1-176 2. R. Hoque, Jun Matsumoto and Pete. E. Lestrel (2011c). Abrupt change in the pre-monsoon rainfall and association with atmospheric circulations over Bangladesh. “The Journal of Environmental Technology and Construction Engineering, Bangladesh” (Accepted). 3. R. Hoque, Jun Matsumoto and Junpei Hirano (2011a). Climatological characteristics of monsoon precipitation over Bangladesh. Geographical Reports of Tokyo Metropolitan University, Vol. 46: P-31-41 4. R. Hoque, Junpei Hirano and Pete. E. Lestrel (2011b). Climatological characteristics of pre-monsoon rainfall and associated with atmospheric circulations in Bangladesh. International Conference on Environmental Technology & Construction Engineering for Sustainable Development (ICETCESD) -2011SUST, Sylhet, Bangladesh. Vol. 1 :P-158-167 5. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto (2010). Flood monitoring, mapping and assessing capabilities using RADARSAT remote sensing GIS and ground data for Bangladesh. Natural Hazards. Vol. 57: 525-548. DOI 10.1007/s11069-010-9638-y 6. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto (2009). Development of the flood inundation map, flood hazard map and assessment using microwave remote sensing and GIS. 2nd International Conference on Water and Flood Management-(ICWFM) at Dhaka in Bangladesh. Vol. 2: P-749-756 7. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto. Monitoring the 2004 flood in the Meghna River basin in Bangladesh using ground data, RADARSAT imagery and GIS (2008). Advances in Geosciences (ADGEO). Hydrological Science. Vol. 17: P- 217-236 8. R. Hoque, Daichi Nakayama and Hiroshi Matsuyama. Flood monitoring in the Meghna river basin in Bangladesh using remote sensing and Geographical Information System (2007). 1st International Conference on Water and Flood Management- (ICWFM) at Dhaka in Bangladesh. Vol. 1: P-431-437 9. R. Hoque. The 1998 Flood and Gumti River Bank Erosion (2005). Ochanomizu Geographical Society, Japan .Vol. 45: P-101-114
Work: Asian Monsoon, Atmoscpheric Science, Flood using remote Sensing and GIS.
Biographical: ROXANA HOQUE Ph.D. Tokyo Metropolitan University International House, Room No: 402 1-3, Minami-osawa, Hachioji-shi Tokyo-192-0397, Japan Office: +81-042-677-1111 ext. 3836 Cell: +81-080-3446-5495 E-mail: roxanna_bang@yahoo.com; hoque@tmu.ac.jp E-mail: hoque@jamstec.go.jp URL:http://www.jamstec.go. PERSONAL INFORMATION CITIZENSHIP: BANGLADESH DATE OF BIRTH: 1966/6/7 EDUCATION Doctor of Philosophy in Geography (PhD) in September 2011. Department of Geography, Laboratory of Climatology, Faculty of Urban Environment Sciences, Tokyo Metropolitan University, 1-1, Minami-osawa, Hachioji-shi, Tokyo-192-0397, Japan. Dissertation: The seasonal transition of monsoon in Bangladesh and its association with atmospheric circulation and flood. Master of Science (MS) in March 2008. Department of Geography, Laboratory of GIS, Faculty of Urban Environment Sciences, Tokyo Metropolitan University, 1-1, Minami-osawa, Hachioji-shi, Tokyo-192-0397, Japan. Dissertation: Investigation of hydrological aspects of the 2004 flood in Bangladesh with special emphasis on the Meghna River basin using remote sensing and geographical information system. Master of Arts (MA) in October 1997. Department of Islamic History and Culture. University of Chittagong (CU), Bangladesh. Dissertation: Socio-Political History and Socio-Cultural History of Bengal 19th and 20th century. Bachelor of Arts (BA) in October 1991. Department of Humanities, University of Chittagong (CU) Bangladesh. Subject: Philosophy, Political Science and History WORK EXPERIENCE 1. Research scientist at Marine Sensor Technology Group, Marine Technology and Engineering Center (MARITEC), Japan Agency for Marine-Earth Science and Technology (JAMSTEC). From 3rd October 2012~31st March 2013. 2. Visiting researcher at the department of geography, Tokyo Metropolitan University, Japan. From October 2011~ , 3. Designer, Ota Engineering and Design L.T.D. Chittagong, Bangladesh. 1995~1999 4. Teacher, Pre-Cadet Talent K.G School. Chittagong, Bangladesh. 1984 ~1990 COMPUTER KNOWLEDGE Operating system: Windows XP: Windows 7. Application Software: MS Office 2003 and 2010, Internet browsing, Outlook express, Adobe Photoshop CS5.1, Adobe Illustrator CS5.1, Acrobat Reader and Writer, Multimedia editing and visualization. GIS Software: Arc GIS 9.1 and 10.1 Remote Sensing Software: Eardas Imagine Ver. 8.2 EDIUS Neo 2.5 Other mapping Software: GMT, GrADS Data calculation: Awk and Excel
Favourite Publications: PUBLICATIONS 1. Roxana Hoque; PhD Thesis: Tokyo Metropolitan University (2011) Title: The seasonal transition of monsoon in Bangladesh and its association with atmospheric circulation and flood. P-1-176 2. R. Hoque, Jun Matsumoto and Pete. E. Lestrel (2011c). Abrupt change in the pre-monsoon rainfall and association with atmospheric circulations over Bangladesh. “The Journal of Environmental Technology and Construction Engineering, Bangladesh” (Accepted). 3. R. Hoque, Jun Matsumoto and Junpei Hirano (2011a). Climatological characteristics of monsoon precipitation over Bangladesh. Geographical Reports of Tokyo Metropolitan University, Vol. 46: P-31-41 4. R. Hoque, Junpei Hirano and Pete. E. Lestrel (2011b). Climatological characteristics of pre-monsoon rainfall and associated with atmospheric circulations in Bangladesh. International Conference on Environmental Technology & Construction Engineering for Sustainable Development (ICETCESD) -2011SUST, Sylhet, Bangladesh. Vol. 1 :P-158-167 5. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto (2010). Flood monitoring, mapping and assessing capabilities using RADARSAT remote sensing GIS and ground data for Bangladesh. Natural Hazards. Vol. 57: 525-548. DOI 10.1007/s11069-010-9638-y 6. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto (2009). Development of the flood inundation map, flood hazard map and assessment using microwave remote sensing and GIS. 2nd International Conference on Water and Flood Management-(ICWFM) at Dhaka in Bangladesh. Vol. 2: P-749-756 7. R. Hoque, Daichi Nakayama, Hiroshi Matsuyama, and Jun Matsumoto. Monitoring the 2004 flood in the Meghna River basin in Bangladesh using ground data, RADARSAT imagery and GIS (2008). Advances in Geosciences (ADGEO). Hydrological Science. Vol. 17: P- 217-236 8. R. Hoque, Daichi Nakayama and Hiroshi Matsuyama. Flood monitoring in the Meghna river basin in Bangladesh using remote sensing and Geographical Information System (2007). 1st International Conference on Water and Flood Management- (ICWFM) at Dhaka in Bangladesh. Vol. 1: P-431-437 9. R. Hoque. The 1998 Flood and Gumti River Bank Erosion (2005). Ochanomizu Geographical Society, Japan .Vol. 45: P-101-114