FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3118049116> ?p ?o ?g. }

• W3118049116 endingPage "17" @default.
• W3118049116 startingPage "17" @default.
• W3118049116 abstract "Small-scale irrigation in Ethiopia is a key strategy to improve and sustain the food production system. Besides the use of surface water for irrigation, it is essential to unlock the groundwater potential. It is equally important to use soil management and water-saving systems to overcome the declining soil fertility and the temporal water scarcity in the region. In this study, the solar MajiPump was introduced to enable dry season crop production in Ethiopia using shallow groundwater sources. The capacity of the MajiPumps (MP400 and MP200) was tested for the discharge head and discharge using three types of solar panels (150 W and 200 W rigid, and 200 W flexible). Besides, drip irrigation and conservation agriculture (CA) farming systems were evaluated in terms of water productivity and crop yield in comparison to the farmers’ practice (overhead irrigation and tilled farming system). Results indicated that the maximum discharge head capacity of the MajiPumps was 18 m, 14 m, 10 m when using MP400 with 200 W rigid, MP400 with 200 W flexible, and MP200 with 150 W rigid solar panels, respectively. The corresponding MajiPump flow rates ranged from 7.8 L/min to 24.6 L/min, 3 L/min to 25 L/min, and 3.6 L/min to 22.2 L/min, respectively. Compared to farmer’s practice, water productivity was significantly improved under the CA farming and the drip irrigation systems for both irrigated vegetables (garlic, onion, cabbage, potato) and rainfed maize production. The water productivity of garlic, cabbage, potato, and maize was increased by 256%, 43%, 53%, and 9%, respectively, under CA as compared to conventional tillage (CT) even under overhead irrigation. Thus, farmers can obtain a significant water-saving benefit from CA regardless of water application systems. However, water and crop productivity could be further improved in the combined use of MajiPump with CA and drip irrigation (i.e., 38% and 33% water productivity and 43% and 36% crop productivity improvements were observed for potato and onion, respectively). Similarly, compared to CT, the use of CA significantly increased garlic, cabbage, potato, and maize yield by 170%, 42%, 43%, and 15%, respectively under the MajiPump water-lifting system. Overall, the solar-powered drip irrigation and CA farming system were found to be efficient to expand small-scale irrigation and improve productivity and livelihoods of smallholder farmers in Ethiopia." @default.
• W3118049116 created "2021-01-05" @default.
• W3118049116 creator A5009448058 @default.
• W3118049116 creator A5022891409 @default.
• W3118049116 creator A5036903602 @default.
• W3118049116 creator A5050045466 @default.
• W3118049116 creator A5054674982 @default.
• W3118049116 creator A5054739250 @default.
• W3118049116 creator A5056653007 @default.
• W3118049116 creator A5069110521 @default.
• W3118049116 creator A5074902952 @default.
• W3118049116 date "2020-12-23" @default.
• W3118049116 modified "2023-09-24" @default.
• W3118049116 title "Evaluating Irrigation and Farming Systems with Solar MajiPump in Ethiopia" @default.
• W3118049116 cites W1506819443 @default.
• W3118049116 cites W1782464736 @default.
• W3118049116 cites W1908753995 @default.
• W3118049116 cites W1943768564 @default.
• W3118049116 cites W1968590267 @default.
• W3118049116 cites W1971676182 @default.
• W3118049116 cites W2023911935 @default.
• W3118049116 cites W2028111645 @default.
• W3118049116 cites W2038145112 @default.
• W3118049116 cites W2049450582 @default.
• W3118049116 cites W2049509720 @default.
• W3118049116 cites W2050334893 @default.
• W3118049116 cites W2059729201 @default.
• W3118049116 cites W2063828906 @default.
• W3118049116 cites W2077844229 @default.
• W3118049116 cites W2081929860 @default.
• W3118049116 cites W2082177136 @default.
• W3118049116 cites W2086944292 @default.
• W3118049116 cites W2098806996 @default.
• W3118049116 cites W2109814274 @default.
• W3118049116 cites W2110016297 @default.
• W3118049116 cites W2112649333 @default.
• W3118049116 cites W2118930997 @default.
• W3118049116 cites W2144624830 @default.
• W3118049116 cites W2146910732 @default.
• W3118049116 cites W2163423472 @default.
• W3118049116 cites W2170397322 @default.
• W3118049116 cites W2170699367 @default.
• W3118049116 cites W2170757505 @default.
• W3118049116 cites W2299948343 @default.
• W3118049116 cites W2468251681 @default.
• W3118049116 cites W2602293523 @default.
• W3118049116 cites W2619627278 @default.
• W3118049116 cites W2795812752 @default.
• W3118049116 cites W2800847016 @default.
• W3118049116 cites W2802079213 @default.
• W3118049116 cites W2807881204 @default.
• W3118049116 cites W2888458215 @default.
• W3118049116 cites W2905385480 @default.
• W3118049116 cites W2907624536 @default.
• W3118049116 cites W2917342665 @default.
• W3118049116 cites W2922291947 @default.
• W3118049116 cites W2975424187 @default.
• W3118049116 cites W2979359707 @default.
• W3118049116 cites W2980999257 @default.
• W3118049116 cites W3010257074 @default.
• W3118049116 cites W3013173943 @default.
• W3118049116 cites W3044155313 @default.
• W3118049116 cites W3088456099 @default.
• W3118049116 cites W3100268210 @default.
• W3118049116 doi "https://doi.org/10.3390/agronomy11010017" @default.
• W3118049116 hasPublicationYear "2020" @default.
• W3118049116 type Work @default.
• W3118049116 sameAs 3118049116 @default.
• W3118049116 citedByCount "5" @default.
• W3118049116 countsByYear W31180491162021 @default.
• W3118049116 countsByYear W31180491162022 @default.
• W3118049116 crossrefType "journal-article" @default.
• W3118049116 hasAuthorship W3118049116A5009448058 @default.
• W3118049116 hasAuthorship W3118049116A5022891409 @default.
• W3118049116 hasAuthorship W3118049116A5036903602 @default.
• W3118049116 hasAuthorship W3118049116A5050045466 @default.
• W3118049116 hasAuthorship W3118049116A5054674982 @default.
• W3118049116 hasAuthorship W3118049116A5054739250 @default.
• W3118049116 hasAuthorship W3118049116A5056653007 @default.
• W3118049116 hasAuthorship W3118049116A5069110521 @default.
• W3118049116 hasAuthorship W3118049116A5074902952 @default.
• W3118049116 hasBestOaLocation W31180491161 @default.
• W3118049116 hasConcept C112077630 @default.
• W3118049116 hasConcept C118518473 @default.
• W3118049116 hasConcept C139719470 @default.
• W3118049116 hasConcept C149207113 @default.
• W3118049116 hasConcept C152453397 @default.
• W3118049116 hasConcept C153823671 @default.
• W3118049116 hasConcept C162324750 @default.
• W3118049116 hasConcept C18903297 @default.
• W3118049116 hasConcept C195092306 @default.
• W3118049116 hasConcept C204983608 @default.
• W3118049116 hasConcept C39432304 @default.
• W3118049116 hasConcept C41478065 @default.
• W3118049116 hasConcept C54286561 @default.
• W3118049116 hasConcept C6557445 @default.
• W3118049116 hasConcept C86803240 @default.
• W3118049116 hasConcept C88862950 @default.

• next