Control of the Whitefly Trialeurodes vaporariorum Westw. 
(Homoptera, Aleyrodidae) on tomato by the new insecticide Acetamiprid

Abstract

The efficacy of a new class of insecticide (chloronicotinyl) Mospilan 20 SP (a. i. acetamiprid), compared with Lannate 90 SL (a. i. methomyl) and Applaud WP 25 (a. i. buprofezin), in glasshouse control of whitefly (Trialeurodes vaporariorum) on tomatoes, was investigated.All investigated insecticides significantly decreased the number of whitefly larvae, compared with untreated plots where population density grew during the trial. Based on statistical analysis, efficacy of all insecticides on whitefly larvae were in the same category. Some differences occurred 7 days after the third treatment. Deposited egg number was significantly different between checks and each insecticide plot. Efficacy of investigated insecticides, evaluated according to deposited egg number, was also good and in the same category. Zabel, A. et al.: Control of T. vaporariorum by Acetamiprid U.S.

Effects of the Neonicotinoid Acetamiprid in Pollen on Bombus impatiens Microcolony Development

“…Taken together, feeding B. impatiens brood acetamiprid-contaminated pollen at 4520 µg/kg resulted in larval mortality and provides an explanation for the observed reductions in drone production. This observation has precedence within the literature because acetamiprid can cause larval mortality in a variety of other invertebrates (Zabel et al 2001;Mo et al 2002;Kuhar et al 2006;Amirzade et al 2014).…”

Mogućnosti suzbijanja cvjetnog štitastog moljca prirodnim neprijateljima i botaničkim insekticidima

“…Razlog tomu su specifične biološke karakteristike ovog štetnika. Osobine štetnika koje otežavaju njegovo suzbijanje su veliki broj generacija koje se međusobno preklapaju, brz završetak razvoja pri optimalnim uvjetima, različita osjetljivost različitih razvojnih stadija na insekticide, razvoj rezistentnosti i širok spektar biljaka domaćina (Zabel et al, 2001).…”

“…Posljednjih godina sve je veći naglasak na pronalasku bioloških načina suzbijanja cvjetnog štitastog moljca koji će biti dostatna alternativa kemijskim insekticidima. Razlog tomu je porast utvrđenih slučajeva rezistentnosti moljca na različite djelatne tvari, smanjenje broja dozvoljenih djelatnih tvari i registriranih sredstava, rezidue na plodovima (Zabel et al, 2001). U biološkom suzbijanju koriste se prirodni neprijatelji (predatori, paraziti i parazitoidi kao makrobiološki agensi), drugi patogeni organizmi (bakterije i virusi kao mikrobiološki agensi), botanički (biljni) insekticidi i naturaliti (derivati nekih organizama) (Juran et al, 2020).…”

Penerapan Pengendalian Hama Terpadu (Pht) Pada Tanaman Kedelai

“…15 NO. 2: 87-100 (OKTOBER 2017) (Bemisia tabaci) dengan Acetamiprid (Zabel et al, 2001, Luo et al, 2010, Buprofezin, Diafenthiuron (Gerling and Naranjo, 1998) dan Karbosulfan (Manzano et al, 2003). Namun demikian pengendalian menggunakan insektisida-insektisida tersebut belum mampu menekan Bemisia tabaci secara efektif, demikian pula insektisida berbahan aktif imidacloprid, thiamethoxam, pyriproxyfen, buprofezin, pyridaben dan pymetrozin dilaporkan juga belum mampu mengendalikan hama B. tabaci bahkan insektisidainsektisida tersebut dilaporkan telah menimbulkan resitensi (Palumbo et al 2001;Fernandez et al 2009;Luo et al 2010).…”