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16篇 您的检索式:作者名="Ologunde"
    题名 作者 年代 出处 被引量
1Kinetics and equilibrium studies of absorption of chromium(Ⅵ)ion from industrial wastewater using Chrysophyllum albidum(Sapotaceae)seed shells显示文摘Amuda O S Adelowo F E Ologunde M O 2009Colloids and Surfaces B2009,68,:1
2Kinetics and equi- librium studies of adsorption Of chromium( VI ) ion from in- dustrial wastewater using Chrysophyllum albidum( sapotaceae ) seed shells 显示文摘Amuda O S Adelowo F E Ologunde M O 2009Colloidsand Surfaces B : Biointerfaces2009,68,:1
3Kinetics and equi- librium studies of adsorption of chromium (VI) ion from industrial wastewater using Chrysophyllum albidum (Sapotaceae) seed shells 显示文摘AMUDA O S ADELOWO F E OLOGUNDE M O 2009Colloids and Surfaces B: Biointe Caces2009,68,2:1
4Kineticsand equilibrium studies of adsorption of chromium (VI) ion fromindustrial wastewater using Chrysophyllum albidam (sapotaccac)seed shells 显示文摘AMUDA O S ADELOWO F E OLOGUNDE M O 2009Colloids and surfaces B: Biointerfaces2009,68,:1
5Do inhalational anesthetics cause cognitive dysfunction显示文摘Ologunde R Ma D 2011Acta Anaesthesiol Taiwan2011,49,4:1
6Do inhalational anesthetics cause cognitive dysfunction?显示文摘Rele Ologunde Daqing Ma 2011Acta Anaesthesiologica Taiwanica2011,,4:1
7Do inhalational anesthetics cause cognitive dysfunction显示文摘Ologunde R Ma D 0,,04:1
8Bioavailability to rats of iron from fortified grain amaranth显示文摘Ologunde M O 1994Plant Foods for Human Nutrition1994,45,:1
9Chemical evaltion of exotic grain amaranth seed planted in the humid low lands lands of west Africa 显示文摘Ologunde M O 1992Tropical Agriculture1992,69,2:1
10Chemical evaltion of exotic grain amaranth seed planted in the humid low lands lands of west Africa显示文摘Ologunde M O 1992Tropical Agriculture1992,69,2:1
11Do inhalational anesthetics cause cognitive dysfunction显示文摘Ologunde R Ma D 2011Aeta Anaesthesiol Taiwan2011,49,4:1
12Influence of concentrations of K and Mg in nutrient solutions on sorghum显示文摘Ologunde O O Sorensen R C 1982Agron J1982,74,:1
13Do inhalational anesthetics cause cognitivedysfunction? 显示文摘Ologunde R Ma D 2011Acta Anaesthesiol Taiwan2011,49,4:1
14Do inhalational anesthetics cause cog- nitive dysfunction?显示文摘Ologunde R Ma D 2011Acta Anaesthesiol Taiwan2011,49,4:1
15Do inhalational anesthetics cause cog nitive dysfunction显示文摘Ologunde R Ma D 2011Acta anaesthesiologica Taiwanica2011,49,4:1
16Influence of mulch and poultry manure application on soil temperature,evapotranspiration and water use efficiency of dry season cultivated okra显示文摘Sustainable vegetable production especially during the dry season requires adequate conservation of soil water.This study was conducted to evaluate the sole and interactive effects of mulching(M)and poultry manure(PM)application on soil temperature(ST),crop evapotranspiration(ETc)and water use efficiency(WUE)of okra.The experiment was a Randomized Complete Block Design(RCBD)with three replicates.The treatments were M at 0 and 6t ha^(-1)and PM at 0,10 and 20t ha^(-1).Soil temperature was measured using digital thermometer while ETc was determined by water depletion method using a Time Domain Reflectometer.Irrigation at field capacity was applied manually at 2-day intervals.Independent appli-cation of mulch significantly lowered ST while joint application of 20t ha^(-1)PM(PM20)and M signifi-cantly(p≤0.05)reduced ST at 5 cm and 10 cm soil depth compared with the unmulched plots in both seasons.Application of 10t ha^(-1)PM(PM10)without M recorded the highest ETc(43.7 mm),while joint application of PM20 and M reduced ETc by about 93%compared with PM10 only.Okra used water most efficiently when PM20 was applied under mulched plot.There was 62.2%increase in WUE under mulched plots compared with the control while the residual effect of PM10 and M significantly increased WUE by 65.5%.It was evident that M alongside application of PM is a good strategy for regulating ST,moderating ETc and increasing okra WUE,especially during dry season farming.Mutiu Abolanle Busarit Ganiyu Olawale Bankole Idris Adebanjo Adiamo Rasaq Olayiwola Abiodun Olanrewaju Hammed Ologunde 2023International Soil and Water Conservation Research2023,11,2:0
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