![]() |
Bangladesh Agricultural University | |
Institute of Environmental Science and Disaster Management |
1) Hossain MM, MM Rahman, MT Islam, D Islam and AKM Adham.(2019).Investigating water productivity and yield of boro rice under conventional and conservation irrigation practices in Bangladesh. J.Fundamental & Applied Agriculture4(1): 634-641.
2) Yeasmin G, D Islam, MT Islam, MS Ullah and AKM Adham. (2018) Evaluation of groundwater quality for irrigation and drinking purposes in Barishal district of Bangladesh. J.Fundamental & Applied Agriculture4(1): 634-641.
3) Islam MS, MT Islam, SAM Hossain, AKM Adham and Islam. D. (2017). Impacts of dairy farm's wastewater irrigation on growth and yield attributes of maize. J.Fundamental & Applied Agriculture, 2(2): 247-255.
4) S. Hasan, AKM Adham, MT Islam and D Islam. (2016). Effect of climate change on groundwater quality for irrigation purpose in limestone enriched area. Intl. Review of Civil Engg., Vol.7(1), 5-12.
5) Islam MT, AKM Adham and D Islam (2015). Effects of dairy farms’ wastewater irrigation on wheat production and soil health. J.Environ. Sci. & Natural Resources, 8(2):1-5.
6) Islam D, Toda Y, Furukawa T and Tsujimoto T. (2014). Effect of Sediment Transport processes on Vegetation Removal of riparian vegetation. Intl. Review of Civil. Engg.Vol.5(1), 1-8.
7) Islam D, Toda. Y and Tsujimoto, T.( 2014). Short term trend of vegetation removal estimation by aerial photograph analysis and flood flow simulation. J. Clean Energy Tech. Vol. 2(2), 145-152.
8) Islam D, Toda Y, Furukawa T and Tsujimoto T. (2013). Estimation of vegetation removal by using aerial photograph analysis and flood flow simulation. Intl. Review of Civil. Engg.
9) Islam D, Toda Y, Furukawa T and Tsujimoto T. (2013). Riparian vegetation dynamics in gravel bed river- case of downstream reach of Tenryu river. Int. Journal of Civil Engineering. 5(1): 82-90.
10) Islam D, Toda Y, Furukawa T and Tsujimoto T. (2012). Long term trend and removal condition of riparian vegetation in gravel and braided river- case of downstream reach of Tenryu river. Intl. Review of Civil. Engg., 3(6): 463-473.
11) Sarker K, KR Roy, AZ Sarker, PK Malaker, and D Islam. 2007. Comparative Study on Water Requirement and Economic Return of Wheat and Boro Rice. Bangladesh Soc. Agric. Technol.,4(3&4). 45-48.
12) Islam D, GA Chowdhury, LR Khan and MMI Chowdhury. 2007. Irrigation suitabality of surface water within the polder area of Bhola Sadar Thana. Intl. J. Bioresearch. Vol 3(5). 42-49.
13) Islam D, MM Rahman, AKM Adham and MMI Chowdhury. 2007. Rainfall pattern and probability distribution for cropping pattern at Rajshahi region of Bangladesh. Intl. J. Bioresearch. Vol 3(4). 48-51.
14) AKMA Mahmud, H Momotaz, M Ahmed and D Islam. 2007. Effect of water depth on vegetative growth and yield of boro rice. Intl. J. Bioresearch. Vol 3(5). 50-55.
15) Adham A K M, D Islam, M Chawdhury and M Hassanuzzaman. 2006. Rainfall pattern and probability distribution in Mymensingh region of Bangladesh. Bangladesh Soc. Agric. Technol.,3 (3&4). 13-16.
16) Islam D, M S Islam, M R Hoque and M S Islam. 2005. Study on Yield and Disease Infestation of Potato as Influenced by Frequency and Quantity of Irrigation. Bangladesh Soc. Agric. Technol.,2 (3&4). 169-172.
17) Hoque M, A K Hasan, D Islam and A R Gomosta. 2005. Rooting Behaviour of Rice Seedling as Affected by Salinity Stress. Bangladesh J. Prog. Sci. & Tech. 3(2): 167-172.
18) Islam D, A A Hasan, M Ahmed and A K Hasan. 2005. Salt Tolerance Limit of Four Wheat Genotypes under Different Levels of Water Salinity in Saline Area. Bangladesh J. Prog. Sci. & Tech. 3(1): 53-57.
19) Islam D. ,A. A. Hasan and M. Ahmed. 2003. Effect of Different Levels of Water Salinity on Wheat Yield. Progressive Agriculture 14 (1 & 2): 121-123, Bangladesh Agricultural University, Mymensingh-2202, Bangladesh.
20) Islam D. and R. Hoque. 2002. Performance Evaluation of Deep Tubewell Irrigation Scheme. Progressive Agriculture 13 (1 & 2): 139-142, Bangladesh Agricultural University, Mymensingh-2202, Bangladesh.