EVALUATION OF CERTAIN CHEMICALS AND INSECTICIDES AGAINST Monacha cartusiana SNAILS INFESTING SOME VEGETABLE CROPS AT SHARKIA, GOVERNORATE.

Ismail, Sh.; Abd-Allah, A.; EI-Massry, S.; Hegab, Ahmed M.

doi:10.21608/jppp.2005.239221

Cited by 9 publications

(12 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…In our study these compounds showed low to moderate toxicity against the two land snails, M. cantiana and E. vermiculata with mortality of 16.6% & 13.3% and 26.0% & 20.0%, respectively in comparison with other pesticides. These results agree with the findings of Ismail et al, 2005 in respect to chlorpyriphos, they reported that chlorpyrifos was the lowest effective pesticide against the land snail, M. cantiana when compared with E. vermiculata under laboratory conditions. Nicotinic acid (a toxin of Nicotinia tabacum) and its derivates were introduced generally as effective pesticides.…”

Section: Days After Treatmentsupporting

confidence: 91%

“…Control of snails or slugs on different crops is heavily dependent on the use of pesticides that limit the effect of these pests below damaging level. Hence, the synthetic molluscicides or pesticides are the most effective measures available at present for the control of terrestrial gastropods (El-Wakil and Radwan, 1991;Hanafy et al, 1998;Hussein et al, 1999;El-Khodary et al, 2001;Heiba, et al, 2002;Genena, 2003;Abd-El-All, 2004;Ismail et al, 2005 andZedan et al 2006). However, some of these pesticides are environmentally very stable, which meant that the risk of accumulation is very high, and as a result, permission to use them as pesticides has been restricted (Ohayo et al, 1997).…”

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

MOLLUSCICIDAL ACTIVITY OF SIX PESTICIDES AGAINST THE TWO LAND SNAILS, Monacha cantiana AND Eobania vermiculata (GASTROPODA: Helicidae) UNDER LABORATORY CONDITIONS.

Mostafa¹

2008

Journal of Plant Protection and Pathology

View full text Add to dashboard Cite

Section: Days After Treatmentsupporting

confidence: 91%

Section: Introductionmentioning

confidence: 99%

MOLLUSCICIDAL ACTIVITY OF SIX PESTICIDES AGAINST THE TWO LAND SNAILS, Monacha cantiana AND Eobania vermiculata (GASTROPODA: Helicidae) UNDER LABORATORY CONDITIONS.

Mostafa¹

2008

Journal of Plant Protection and Pathology

View full text Add to dashboard Cite

“…Also, they observed that after one day of treatment with methomyl 2% wheat bran bait, the land snails examined were more effective. (Radwan and EL-Wakil,1991; Abdallah, et al ., 1992; Ismail, et al ., 2005; Mortada, et al ., 2012 and Samy, et al ., 2015). Additionally, Ali, et al .…”

Section: Discussionmentioning

confidence: 99%

“…Also, they observed that after one day of treatment with methomyl 2% wheat bran bait, the land snails examined were more effective. (Radwan and EL-Wakil,1991;Abdallah, et al, 1992;Ismail, et al, 2005;Mortada, et al, 2012 andSamy, et al, 2015). Additionally, Ali, et al (2020) From this study, it could be concluded that methomyl and other pesticides were efficient with the same dose to control tomato pests in Egypt as the chocolate banded snail, E. vermiculata.…”

Section: Discussionmentioning

confidence: 99%

See 1 more Smart Citation

Toxicity testing of two pesticides against the Carthusian snailin vitro

Bashandy,

Awwad

2023

Preprint

View full text Add to dashboard Cite

In this work, the land snail, Monacha cartusiana, was studied to assess the deadly toxic activity of two pesticides (lambda and methomyl) on this snail in vitro, utilizing contact and dipping techniques. The results revealed that methomyl was more effective against snails compared with lambda in both methods of treatment. However, the contact application strategy resulted in greater death rates than the poison dipping studies. Accordingly, the mortality rate was increased by increasing concentration, with contact technique which recorded 96.3% and 69.99(15.1)% deaths by dipping way on concentration 3%. For this reason, the percent Lethal Concentration fifty (LC50) was 1.30% for one day and 1.67% for seven days for methomyl by contact and dipping techniques, respectively. On the other hand, the LC50 for lambda pesticide was achieved at 1.45% by contact method but was 7.51% by using the dipping application within ten days. As a result, mortality was greater after contact application than after dipping, and methomyl was disclosed to be more poisonous than lambda as a molluscicide.

show abstract

In vitro, Evaluation for Consumption Ratio for certain plants and Toxicity and Biochemical Parameters of some Insecticides onEobania vermiculata

Bashandy

2023

Preprint

View full text Add to dashboard Cite

Land snails are one of the most harmful agricultural pests to crops, causing economic devastation to a variety of plants. The purpose of this study is to determine the optimal food preference of land snails,Eobania vermiculata, and evaluate the mortality and biochemical activity of five pesticides using a leaf dipping technique against them in vitro. The findings revealed that in “no-choice feeding,” it was observed that land snails consumed a significantly higher amount of Cos lettuce leaves compared to leaves from other plants. However, chicory leaves were found to be the least preferred by the snails. On the other hand, “free choice feeding,” revealed that land snails showed a preference for Cos lettuce and cabbage leaves, which were consumed more frequently. Conversely, Komatsuna leaves had the lowest acceptance among the snails. Also, the results indicated the mortality rate increased with an increased concentration during exposure time. After three days, the lower concentrations of Sulfoxaflor and Fipronil caused a high mortality percentage in the animals compared with other pesticides, respectively. Moreover, after one month of exposure to 1000 ppm/100 ml, Chlorantraniliprole caused 46.43% mortality. But Sulfoxaflor and Fipronil exhibited (42.86%) mortality. They achieved LC50(1010.48, 2501.93, and 1444.66 ppm/100ml), against tested snails, respectively. Nevertheless, Spinetoram and Spirotetramat caused a lower mortality rate. During seven days of exposure to LC25for five pesticides by leaf dipping on E. vermiculata. They impacted some of the biochemical activity of two enzymes: alanine amino transaminase (ALT), aspartate amino transaminase (AST), total proteins (LP), and the lipid profile of E. vermiculata. The results showed that the activities of ALT, AST, and Triglycerides rose by 50%, with 108 u/l, 407 u/l, and 2064 mg/dl, respectively. Compared to the control and other compounds, Spirotetramat raised total cholesterol by 33 mg/dl. ALT and AST activity and Triglycerides lowered following Spinetoram and Fipronil treatment at 13 u/l, 32u/l, and (4 mg/dl) of TL, respectively. However, no substantial treatments or controls that influence TP, (Total cholesterol and LDH) or LP levels after the exposure period are available. Ultimately, the results indicated that both Cos lettuce and cabbage leaves were the preferred food choices for land snails, as observed in both feeding methods. However, it is important to note that these findings also highlight the need to consider the impact of insecticides on land snails. Incorporating these insecticides into a comprehensive management strategy to mitigate any negative effects of land snails while ensuring the overall well-being of the environment.

show abstract

EVALUATION OF CERTAIN CHEMICALS AND INSECTICIDES AGAINST Monacha cartusiana SNAILS INFESTING SOME VEGETABLE CROPS AT SHARKIA, GOVERNORATE.

Cited by 9 publications

References 0 publications

MOLLUSCICIDAL ACTIVITY OF SIX PESTICIDES AGAINST THE TWO LAND SNAILS, Monacha cantiana AND Eobania vermiculata (GASTROPODA: Helicidae) UNDER LABORATORY CONDITIONS.

MOLLUSCICIDAL ACTIVITY OF SIX PESTICIDES AGAINST THE TWO LAND SNAILS, Monacha cantiana AND Eobania vermiculata (GASTROPODA: Helicidae) UNDER LABORATORY CONDITIONS.

Toxicity testing of two pesticides against the Carthusian snailin vitro

In vitro, Evaluation for Consumption Ratio for certain plants and Toxicity and Biochemical Parameters of some Insecticides onEobania vermiculata

Contact Info

Product

Resources

About