Mr Bishwajit Roy1, Mr Tiago Capela Lourenço1, Professor Filipe Duarte Santos2, Mr. Gil Pessanha Penha-Lopes1
1Climate Change Impacts, Adaptation and Modelling (CCIAM) Centre for Ecology, Evolution and Environmental Changes (cE3c), University of Lisbon, Lisbon, Portugal, 2Department of Physics, University of Lisbon, Lisbon, Portugal
Bangladesh, as a low-lying country experiencing the adverse impact of climate change and sea level rise to a greater scale. Especially, people of the coastal area which constitute major part of the country has been experiencing this impact by means of loss of their agricultural production, life and livelihood. This paper analyses the dynamic of changes of surface water content for two coastal areas namely Satkhira and Bagerhat between 1984-2015 by using the analytical tool of Google Earth Engine and adopting the methodology developed by Pekel et al. 2016 and explore the relation of these changes with climate change and sea level rise induced impact by means of literature review. Study result shows that there is higher extent of surface water occurrence in Satkhira than Bagerhat in the mentioned study period. Regarding impact, both areas are having trouble to agricultural production due to salinity intrusion, water logging or long term inundation of crop land and different climatic extreme events. However, there is a necessity to carry out a future study to project long term adverse impact of sea level rise on agriculture sector in coastal area based on their exposure under different sea level rise scenario and sustainable adaptation solution should be addressed under those circumstances.
Mr. Roy is a PhD student working in University of Lisbon, Portugal. His research area focuses on Sea level rise impact modeling in coastal areas primarily focusing on Bangladesh. He holds a Double Master degree in Forest Sciences awarded by University of Padova under Erasmus Mundus Scholarship Program. He has interest in the field of climate change impacts, mitigation and adaptation specifically on Nature based Adaptation strategies.