IR.RIGATIOI.'{ POTENTIAL EVALUATION USING  •  040  •  '  GIS AND.REMOTE SENSING TECHNIQUES IN KONSO SPECIAL WOREDA

SlBILO, GASHURE

dc.contributor.author	SlBILO, GASHURE
dc.date.accessioned	2018-01-17T08:09:05Z
dc.date.available	2018-01-17T08:09:05Z
dc.date.issued	2018-01-17
dc.identifier.uri	http://hdl.handle.net/123456789/8515
dc.description.abstract	The aim of the stui!v wos to evahuue land use suitobilityfo« swf(lce irrigation b.1• using, G!S and remote sensing techniques in Konso Special Woreda i11 Sr.'~'!' Regiona! Siam o{ Ethiopia. The evutuation of land 1i1 terms rf the snitobilu» classes ""' based on the method described in F,4 0 guideline for lasu! evaluation. The essence of lond evaluation is to compare or match rlu• rcqnirement of each potentia} land use with the ch..1r<JL·t.,risti('!f of each kind of {and. The ,/,,ru:. soil type, soil depth, sui! druinog«. sail texuae. land cover data IOJ'<!rs and 1rmer avadabuiry are usedfor the GIS analyst» Eaeh layer was anal)>zed tndepeodently and catl!gori~ed mto dif.terem class of suitability (Highly. Moderateiy, and .'fo/ suitabte} 11s111g differer« criteria c:m1sid<•ri11g land quali1ie,· r~quirrd bi' surface nrsgatio» method tnlm the slope, soil. land co·..,er and 11:a1er aspect . . ·~fter evuluating the pl/)'sical land :.:upahility.for siofoce urigauo». irrigation .\ui!uhi!it)' 1nt1p \l'C:fS developed. Thefinat sioface irrigution suitabilin: map was obtained by mw·laying vuitoble slope raster layer. suitable soil raster layer, :rui1t1hle land cover raster tayer la11t( e1~c.,licl11,u1 disumce ji·om rivers in Weighud Overlay lmd of Arru/S 9.2 spatial m1aiys1 envirunment. A; ii'; being the 1nr1.~·1 ii~niling,factorfvr rite realization t~f. l!.\fl\!t'itt/~v for surface irrigation method, the sloru: Iaver '~"·' used m tho: base map for tile overlaying analysis. S111dy showed that abou: 30. (15% of the study Of'f.'<i :S siop« is below 1"11 and found 10 be lnJ?,hlv sutiabte for surface irrigotion. ·111e 5IU<ly area is lligh/J: dominated h)' n;ociert1le!)' suitable soil s11i1Qbb'il)• class whicl: covers 56.5%.,iroin the woreda's 101ui area. The i!a11ti11c1111 land co\•,:1· types in the study :-1rea an: cultivoted land (34.3-U) and grazing land (!7.2%/. M!1r<' than half (!/.<1>1dy urea is high!v suitable fOI' irrigation from tond cowr point of w'ew. Highly suitablv' land cm'er clr~s.1 occupies 51.5%from the »ored« ·., l!ttal area. Baser! <fn OF< .. ,. alt analysis about 5()!) lon7 i21.5%1 '!(1/1(' tota! land (.'Q\'er<1gtt, which JS dominated by loll' slope.gmdiems. were identified as highiy suuabt« lo rnr.[ace irrigation while 722 km' r 3 f. /%j area 11l land fr moderately suitable. The rest I l!ifl km' f.l 7. ~%; WM of fond •~ not suitable for ,·u1:/fA:e irrv .. ianon due lo topographic .. soil and land cover limitations c1111,l water tnaccesstbtttty. Finull», ii ll'i~.f recommended 1/ro1 further sttKI}· shoulcl be conducted on the evalnation of cbemica! propertie .. ~ t1{ the snil, i.1-·u1~1· quotity u1,d socio-economic aspect» '~.l tho s1ulf); .are<1 prior to implementation of irriJ{uJi,1n d(:"."clo,oment 11roje-:::ts b1 the p1·oject arett	en_US
dc.language.iso	en	en_US
dc.subject	GEOGRAPHY	en_US
dc.title	IR.RIGATIOI.'{ POTENTIAL EVALUATION USING • 040 • ' GIS AND.REMOTE SENSING TECHNIQUES IN KONSO SPECIAL WOREDA	en_US
dc.type	Thesis	en_US