Development of Tall and Diara Land for Sustainable Agriculture in Central Bihar, India
Current Journal of Applied Science and Technology,
Page 1-13
DOI:
10.9734/cjast/2019/v35i530201
Abstract
Mokama tall (lake) area is located in central Bihar (India). It is ephemeral in nature and comprises a group of seven continuous tall. It is spread over a rest area and acts as a delta to several rivers that flow into it. This area is suffering due to stagnation of water during monsoon period; it is submerged under 4 to 6 meter deep water during monsoon. Cultivation of rainy season crops over it is not possible, even cultivation of winter season crops suffers if the drainage and reclamation of the area get delayed beyond sowing time (15 October); thereafter, this is a mono-cropped area with very low productivity. Though the fertility status of soil is good yet the quantity and quality of produce is poor. This is considered to be the main problem. A number of schemes have been executed to solve this but without any substantial success. The diara land is found in between the natural levees of the river and formed due to its meandering and course changing behaviour. The topography of diara land is mostly undulating and intersected with numerous dead and disconnected channels;- Remote sensing and Geographical Information System (GIS) are reliable techniques to prepare a comprehensive inventory of land use pattern of an area. The tall and Diara which are rich biodiversity of and biological resources, have not been given due attention and multiple uses of various resources have not been attempted. In this paper, authors have presented general features of the tall and diara lands; existing cropping pattern and sowing time, soil characteristics and major problems. Involvement of appropriate holistic management strategies have been suggested to improve the agricultural production in this area.
Keywords:
- Tall
- Diara
- Chaur
- sustainability
- and Bihar.
How to Cite
References
Anonymous. Annual Progress Report. All India Co-ordinated Research Project for Diara land Improvement. ICAR; 1982-83.
Prasad R. Technology of Wastelands Development. Associated Publishing Company. New Delhi: 1988;12:155-158.
AICRP-DI: Annual Plan Project Directorate for Cropping Systems Research, Modipuram, Meerut CU.P.); 1997-98.
Anonymous. Annual Progress Report. All India Co-ordinated Research project for Diara land Improvement. ICAR; 1991.
ICAR. Ad-hoc research project on Preparation of research inventory for the improvement of Tal and Ganga Diaraland soils, Rajendra Agricultural University, Bihar; 2005.
Venkatratnam L. Use of remotely sensed data for soil mapping. Journal of the Indian Society of Photo-Interpretation and remote sensing. 1980;8:19-25.
Patel NR, Prasad J, Kumar S. Land capability assessment for land use planning using remote sensing and GIS. Agropedology. 2001;2:1-8.
Manchanda ML, Kudrat M, Tiwari AK. Soil survey and mapping using remote sensing. Tropical ecology. 2002;43:61-74.
Mini V, Patil PL, Dasog GS. Chara-cterization and classification of soils of a pilot site in coastal agroecosystem of North Karnatka. Agropedology. 2007;17: 59-67.
Report of Mokama tall technical-cum-development committee, Water resources department, government of Bihar; 1988.
Sinha IN. Waterlogging and drainage problem in Bihar-an approach, proceeding of state level seminar on drainage congestion in north Bihar. Water and land management institute, Patna; 1992;I-II.
Kumari Reena, Sharma Ankita, Bhagta Shikha, Kumar Ramesh. River bed cultivation: A kind of vegetable forcing for remunerative returns. Int. J. Curr. Micro-biol. App. Sci. 2018;7(4):359-365.
Sinha CP. Mokama tall-an ephemeral lake requiring holistic management, proceeding of tall; The 12th world lake conference. 2007;1586-1590.
Anonymous. Report of the Study Team on Diara areas of Uttar Pradesh and Bjhar. Indian Council of Agricultural Research, 1974.
Anonymous. Annual Progress Report. All India Co-ordinated Research Project for Diara land Improvement (Saryu Diara). ICAR; 1994-95.
Hofer T. Himalayan deforestation, changing river discharge and increasing floods: Myth or Reality. Mountain Research and Development. 1993;13(3):213-233.
Chakraborty SK, Sinha H, Mathur BS. Morphological and physicochemical properties of some alluvial soils of Assam. Jour. Ind. Soc. Soil Sci. 1984;32(1):128-136.
Anonymous. Annual Progress Report. All India Co-ordinated Research Project for Diara land Improvement. ICAR; 1981-83.
Sharma BD, Mukhopadhaya S, Sidhu PS. Microtopographic control on soil formation in the Punjab region, India. Geoderma. 1999;81:357-368.
Soil survey report (Technical report no-102), Land evaluation by integrating remote sensing and GIS technique for cropping system analysis in Jamui, Munger, Khagaria and Bhagalpur districts of Bihar. Soil Survey and Land Use Planning Scheme, Bihar Agricultural university, Sabour; 2012.
Walker LR. Soil nitrogen changes during primary succession on a floodplain in Alaska, USA Arctic and Alpine Research. 1989;21(4):341-349.
Diwakar DPS, Singh RN. Characterization of soils of Diara land occurring in Gangetic plains of Bihar. Jour. Ind. Soc. Soil Sci. 1994;42(3):420-425.
Department of Soil Science and Agricultural Chemistry, Soil Survey, Bihar agricultural university Sabour, Bhagalpur, Bihar; 2013.
Kumar Vinay, Kumar R, Kumar R, Vimal BK, Kumar M. Assessment of Diara land under Bhagalpur district using remote sensing and GIS tools. Journal of Applied and Natural Science. 2013;5(1):213-216.
Kishore L. Planning for drainage congestion removal in north Bihar. water and land management institute, Patna. Bihar. 1992;i-ii.
Roy SP. A personal communication to Mr. Arvind Mishra. 2001;1.
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