“Stem rust (Puccinia graminis f.sp.tritici) and Yellow rust (Puccinia striiformis f.sp.tritici) of Wheat (Triticum aestivum)”
e0
“Wabe 300 EC foliar application at the rate of 0.5 L/ha with 200 liter water per hectare was highly effective in controlling yellow and stem rust of wheat and increased grain yield of wheat”
e1
“fungicide treated plots were showed significant difference compared to the control treatments in all variables”
“This study examined the photosynthetic responses of two sunflower hybrids to elevated temperatures and excess light intensity in the flowering stage”
e1
“In hybrid 7, the elevated temperatures and the excess light intensity resulted in the inactivation of the oxygen-evolving complex”
e2
“The morning environmental conditions were considered optimal, while the afternoon was characterised by elevated temperatures and excess light intensity”
e3
“the increase in the maximum quantum yield of PSII (TR0/ABS), the decrease in the electron transport further than the primary acceptor QA (ET0/(TR0-ET0)), the reduction in the performance index (PIABS), and the higher relative accumulation of the light-harvesting complex of the photosystem (LHCII)”
“decreased the Ci,LCP and CCP of cucumber seedlings under suboptimal temperature and light intensity”
e1
“suboptimal temperature and light intensity decreased the net photosynthetic rate(Pn),stomatal conductance(Gs),carboxylation efficiency(CE),apparent quantum yield(AQY),actual photochemical efficiency of PSⅡ(ΦPSⅡ),photochemical quenching(qP),antenna transformation efficiency(Fv'/Fm'),and activities of RuBPCase and FDPase of cucumber seedlings,but increased the intercellular CO2 concentration(Ci)”
e2
“compared with the normal temperature and light intensity,suboptimal temperature and light intensity led to significant decrease in the light compensation point(LCP)and CO2 compensation point(CCP)”
e3
“application of 0.5 mg·L-1 ALA increased the Pn.Gs,CE,AQY,ΦPSⅡ,qP,Fv'/Fm',and activities of RuBPCase and FDPase”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“under TR6L increased significantly by 26.05%, 8.22%, 14.05%, 10.50%, 5.09%, and 5.01%, respectively”
t0
“wheat”
e1
“after the number of wheat rows served by a single tube increased from four (TR4, control) to six (TR6)”
e2
“grain weight per panicle (GWP) and AGFR of superior and inferior grains in the third wheat row (RW3) of NS22 and NS44”
e3
“greater decrease in grain weight and average grain-filling rate (AGFR) of inferior grains (NS22: 23.19%, 13.97%; NS44: 7.78%, 5.86%) than the superior grains (NS22: 10.60%, 8.33%; NS44: 4.89%, 4.62%)”
e4
“for both NS22 and NS44, the yield of TR6S was significantly higher than that of TR6 and TR6L”
“D15 increased those by 1.1 % and 0.5 % in wet year”
e1
“Compared with D5, deep urea placement significantly increased the crop N uptake (10.4–27.6 %), grain N content (1.2–18.7 %), N recovery efficiency (NRE, 0.9–16.7 %) and N partial productivity (PFPN, 1.1–20.0 %) in dry and normal years, and D15 promoted those by 0.9 %, 1.3 %, 3.7 % and 1.1 % over D5 under wet year. Additionally, compared with D5, deep urea placement increased crop water productivity (WP) and yield by …” Show full quote
Lexical search (BM25). All words must match; if nothing does, any word. Organism names also match every spelling of the same organism. No semantic search yet.
Triticum aestivume0
Puccinia striiformist0pathogen
Puccinia graminist0pathogen
Helianthus annuus
Cucumis sativus