FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3174291567> ?p ?o ?g. }

• W3174291567 endingPage "101730" @default.
• W3174291567 startingPage "101730" @default.
• W3174291567 abstract "Increased food production, required for a growing population, would place additional stress on freshwater resources. Since agriculture is the largest freshwater consumer, supplementation of irrigation water with wastewater could be beneficial. However, wastewater contains contaminants such as heavy metals, which can adversely affect plant growth. Thus, it is necessary to develop techniques to minimize this adverse impact of wastewater irrigation. The objective of this study was to determine the effect of super absorbent polymer (SAP), as well as a mixture of SAP and plantain peel biochar as soil amendments, on growth and yield of wastewater (WW) irrigated potatoes ( Solanum tuberosum L.) and spinach ( Spinacia oleracea L.). The proposed amendments are known to adsorb these contaminants and reduce their uptake by plants, thus promoting plant growth and yield. In the mixed amendment, gasified biochar (GBC) was used for potatoes, whereas pyrolyzed biochar (PBC) was used for spinach plants. In 2015 and 2016, potatoes were grown in sandy soil filled lysimeters, with treatments: SAP+WW, SAP+GBC+WW, WW (no amendment, wastewater irrigation) and FW (no amendment, freshwater irrigation). In 2016, spinach plants were grown in different lysimeters with treatments SAP+WW, SAP+PBC+WW, WW and FW. The amendments were incorporated in soil at the rate of 1% (w/w) for both the plants. Plants were irrigated with laboratory prepared, highly contaminated synthetic wastewater, and were harvested at maturity. Observations on yield and plant health parameters, viz. photosynthetic activity, stomatal conductance, normalized difference vegetative index (NDVI), relative chlorophyll content index (RCCI), leaf temperature and root structure were recorded. Results indicated that irrigating potato and spinach plants with the wastewater, had no adverse effects on yield and growth of the plants. Potato tuber yield was the lowest with treatment SAP+GBC+WW during both years, and no significant differences were found in yield amongst other treatments. Spinach yield in SAP+PBC+WW treatment was significantly higher than that in other treatments (p<0.05). No significant effect of treatments on the plant growth parameters was observed. The study indicates that the proposed amendments can be used to promote growth and yield of crops grown with contaminated wastewater, however, the effect of these amendments are dependent on the type of crop. • Hydrogel–biochar mix soil amendment increased wastewater irrigated spinach yield. • Wastewater irrigation did not cause yield reduction for potato and spinach plants. • Wastewater irrigated potato exhibited higher leaf greenness for hydrogel treatment." @default.
• W3174291567 created "2021-07-05" @default.
• W3174291567 creator A5017021871 @default.
• W3174291567 creator A5041390515 @default.
• W3174291567 creator A5042388707 @default.
• W3174291567 creator A5082432932 @default.
• W3174291567 creator A5084488967 @default.
• W3174291567 creator A5089824013 @default.
• W3174291567 date "2021-08-01" @default.
• W3174291567 modified "2023-09-26" @default.
• W3174291567 title "Effect of hydrogel based soil amendments on yield and growth of wastewater irrigated potato and spinach grown in a sandy soil" @default.
• W3174291567 cites W1587054871 @default.
• W3174291567 cites W1964640953 @default.
• W3174291567 cites W1964889431 @default.
• W3174291567 cites W1966552710 @default.
• W3174291567 cites W1968023890 @default.
• W3174291567 cites W1969474643 @default.
• W3174291567 cites W1969645996 @default.
• W3174291567 cites W1974286236 @default.
• W3174291567 cites W1978737289 @default.
• W3174291567 cites W1986084883 @default.
• W3174291567 cites W1988707929 @default.
• W3174291567 cites W1990947990 @default.
• W3174291567 cites W1991535781 @default.
• W3174291567 cites W1992245241 @default.
• W3174291567 cites W1993874682 @default.
• W3174291567 cites W1994614502 @default.
• W3174291567 cites W1995199804 @default.
• W3174291567 cites W1997490480 @default.
• W3174291567 cites W1998514430 @default.
• W3174291567 cites W2001187551 @default.
• W3174291567 cites W2006839793 @default.
• W3174291567 cites W2010795086 @default.
• W3174291567 cites W2012331775 @default.
• W3174291567 cites W2013949586 @default.
• W3174291567 cites W2014364432 @default.
• W3174291567 cites W2015505005 @default.
• W3174291567 cites W2021081784 @default.
• W3174291567 cites W2026077012 @default.
• W3174291567 cites W2029219506 @default.
• W3174291567 cites W2031685020 @default.
• W3174291567 cites W2032839423 @default.
• W3174291567 cites W2036706101 @default.
• W3174291567 cites W2039671647 @default.
• W3174291567 cites W2040081716 @default.
• W3174291567 cites W2040664894 @default.
• W3174291567 cites W2052189541 @default.
• W3174291567 cites W2058207011 @default.
• W3174291567 cites W2059577926 @default.
• W3174291567 cites W2062159269 @default.
• W3174291567 cites W2064584677 @default.
• W3174291567 cites W2065444765 @default.
• W3174291567 cites W2065625340 @default.
• W3174291567 cites W2066436709 @default.
• W3174291567 cites W2067167977 @default.
• W3174291567 cites W2080539324 @default.
• W3174291567 cites W2081819300 @default.
• W3174291567 cites W2091489700 @default.
• W3174291567 cites W2091694343 @default.
• W3174291567 cites W2096191860 @default.
• W3174291567 cites W2097643082 @default.
• W3174291567 cites W2099044455 @default.
• W3174291567 cites W2102873379 @default.
• W3174291567 cites W2104844530 @default.
• W3174291567 cites W2121198834 @default.
• W3174291567 cites W2127718176 @default.
• W3174291567 cites W2129711897 @default.
• W3174291567 cites W2137915312 @default.
• W3174291567 cites W2139831033 @default.
• W3174291567 cites W2142849766 @default.
• W3174291567 cites W2145562349 @default.
• W3174291567 cites W2157547985 @default.
• W3174291567 cites W2163335622 @default.
• W3174291567 cites W2183201554 @default.
• W3174291567 cites W2183577650 @default.
• W3174291567 cites W2255216252 @default.
• W3174291567 cites W2317689740 @default.
• W3174291567 cites W2325826610 @default.
• W3174291567 cites W2335521722 @default.
• W3174291567 cites W2496086229 @default.
• W3174291567 cites W2607458463 @default.
• W3174291567 cites W2751135976 @default.
• W3174291567 cites W2767692763 @default.
• W3174291567 cites W2800854176 @default.
• W3174291567 cites W28813097 @default.
• W3174291567 cites W2964376240 @default.
• W3174291567 cites W2968875065 @default.
• W3174291567 cites W3003337720 @default.
• W3174291567 cites W3010598546 @default.
• W3174291567 cites W3033280194 @default.
• W3174291567 cites W3046445532 @default.
• W3174291567 cites W3155136441 @default.
• W3174291567 cites W3165169622 @default.
• W3174291567 doi "https://doi.org/10.1016/j.eti.2021.101730" @default.
• W3174291567 hasPublicationYear "2021" @default.
• W3174291567 type Work @default.
• W3174291567 sameAs 3174291567 @default.
• W3174291567 citedByCount "2" @default.

• next