Ahmad, Sahar T. A. <br/><br/>
Interaction between fertilizers and acetamprid used in control whitefly, Bemisia tabaci (GENN.) in tomato plants  [electronic resource] 
 التداخل بين الأسمدة و الأسيتامبريد المستخدم فى مكافحة الذبابة البيضاء (Bemisia tabaci GENN.) فى نبات الطماطم 

 -  2023 
 - 483 - 492  p. 
<br/><br/>Includes bibliographic reference 
<br/><br/> Tomato is the most widely grown vegetables in the world and also the most <br/>important item of the vegetables processing sector. Tomato is important vegetable plant in our <br/>agriculture map which used as food in many countries of the world and especially Egypt. It infested <br/>with many pests, among of the most serious pest, whitefly, Bemisia tabaci (Genn.) (Homoptera: <br/>Aleyrodidae). This work was aimed to study effectiveness of acetamprid alone and binary mixtures <br/>with oil and foliar fertilizer against whitefly larvae mortality, egg hatchability (under laboratory <br/>condition) and yield of tomato plants. The results showed that in case of egg hatchability, adding <br/>fertilizer to oil, fertilizer to acetamprid and oil to acetamiprid cause decreased in hatchability <br/>percentage compared with other treatments.  Also, the results illustrated that adding of fertilizer to <br/>acetamiprid or oil causing increasing in reduction percentage to B. tabaci larvae. In case of initial <br/>effect when adding fertilizer to acetamiprid cause increasing mean reduction percentage to 92.61% <br/>recording the first superior treatment. The results showed that adding foliar fertilizer to oil or <br/>acetamprid and oil to acetamprid recorded 85.48, 83.12 and 77.95% reduction, respectively. In case of <br/>tomato yield during two summer successive seasons 2016 and 2017, the results reported that the <br/>tomato yield increased when adding oil to acetamprid recorded 609.45 Kg during 2016 season with <br/>increasing value of 40.17% compared with control and other treatments, but control record the lowest <br/>yield (433.09 kg). During 2017 summer season, adding oil to acetamiprid recorded superior yield of <br/>621.53 kg with increasing 35.53% compared with control. Impact of adding oil and fertilizer on <br/>residues of acetamprid on tomato fruits (washed and unwashed): Unwashed fruits in case of <br/>acetamiprid alone recorded residues up to maximum residue limit until 12 days from spray but <br/>addition fertilizer or oil to acetamiprid cause disappearance acetamiprid in 9th day from spray. Wash <br/>using water or acetic acid caused speed disappearance to acetamprid. <br/>Key words: Tomato, Yield, whitefly, acetamprid, oil, fertilizer, residues. 
<br/><br/><br/>Summary in Arabic 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Tomatoes--Yields<br/>Aleyrodidae--Control <br/>Sweetpotato whitefly--Control