![]() Cookies and doughnut were prepared by partially replacing wheat flour with Cardaba flour from 0-30% and investigated for their quality attributes. read more read lessĪbstract: This study investigated the possibility of incorporating Cardaba banana flour as a functional replacement ingredient for wheat flour in the production of cookies and doughnut. The treatedcowpea andmaize grains Itistherefore recommendedthathigherratesof thesetreatmentsbe further evaluated. Untreated cowpea seeds which was significantly different from those treated with rice husk ash and cowdung ash For maize, number of S zeamais adultĮmergence andseeds with holes were significantly different(P less than 005) foralltreatments, with untreatedseeds yielding the highestnumberof adults Significantĭifferences also existedin the weightloss with highestweightloss observedon untreatedmaize grains The study showedthatcowdungandrice husk ash as wellĪspowderedclay performedsimilarly atdifferentratesandtheireffectsseem to increase with the concentration These treatmentsexertedprotectantpropertieson Holes andweightloss were taken forS zeamais The effects of the various concentrations of the treatments on the numberof cowpea seeds with C maculatusĮggs were not significant (P less than 005), though the highest numberof eggs was recordedon the control(0g) The lowest numberof C maculatus adults emergedįrom seeds treated with cowdung ash, which was significantly different (P less than 005) from that of the control Significant higher weight loss was recorded on ![]() Numberof eggs laid, numberof seeds with eggs, numberof seeds with holes, adultemergence andweightloss forC maculatus while adultemergence, seeds with Temperature and55-75% relative humidity Twenty clean uninfestedseedsof cowpea andmaize were weighedandplacedin petri–dishesto which 1gand2gofĭecarbonizedash of rice husk, cowdung andpowderedclay were appliedas wellas the control Alltreatments were replicatedthree times Data were taken on University of Technology, Akure, Ondo State, Nigeria from April– July, 2011 The experimentwas carriedoutunderlaboratory conditions of 28o☒oC Sitophilus zeamais (Mots) (maize weevil) were conducted at the Entomology laboratory of the Department of Crop, Soiland Pest Management, Federal Abstract: Experiments to assess the potential of cowdung ash, rice husk ash, and powered clay in the control of Callosobruchus maculatus (F) (cowpea beetle) and
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