id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
american_scientific_journal-4790	Sh. Shurghaia, V.; M. Kechkhoshvili, E.; L. Kiknadze, Kh.; G. Kekelishvili, L.	Module Definition for Drainage Runoffs Considering Climatic and Soil Conditions of the Kolkheti Lowland	2019	8	.pdf	application/pdf	2878	104	52	[1]: Table 2: Design drainage runoff (l/sec.ha) in the United States of America Soil Crop rotation Field Vegetable During the inner-soil runoff Mineral 1,09-1,45 1,45-2,19 Organic 1,45-2,19 2,19-4,40 During the inner soil and surface draining out process Mineral 1,45-2,95 2,19-4,40 Organic 2,19-4,40 4,40-11,80 Design module value for drainage runoff derived in Russia for various types of grounds is provided in Table 3: American Scientific Research Journal for Engineering, Technology, and Sciences (ASRJETS) (2019) Volume 55, No 1, pp 27-34 29 Table 3: Design drainage runoff (l/sec.ha) in Russia Soil Runoff module l/sec Drainage runoff layer, mm/a day Clay, heavy and average loamy soils 0,4-0,5 3,0-4,0 Light loamy soils, Sandy soils 0,6 5,0 sand, moor soil 0,7-0,8 6,0-7,0 Swamp 0,9-2,0 8,0-17,0 It should be noted that maximum value of design module for drainage runoff derived in Sweden during the drainage system designing is accepted up to 7,0l/sec.ha.	cache/american_scientific_journal-4790.pdf	txt/american_scientific_journal-4790.txt