*<p>number of females exposed.</p>**<p>lethal conc. (µg/ml) to kill the fifty percent population.</p>***<p>resistance factor, calculated as [LC<sub>50</sub> of field population ÷ LC<sub>50</sub> of laboratory susceptible strain].</p
Monitoring pesticide resistance is essential for effective and sustainable agricultural practices. B...
A model for development of resistance to an insecticide in an insect population is presented. The ra...
The development of resistance in the housefly (Musca domestica) to azamethiphos, pirimiphos-methyl, ...
*<p>number of females exposed.</p>**<p>lethal conc. (µg/ml) to kill fifty percent population.</p
1<p>Resistance ratio = LC<sub>50</sub> of field and unselected (UNSEL) population÷LC<sub>50</sub> of...
a<p>number of larvae tested.</p>b<p>µg of insecticide/g of insect.</p>c<p>LD<sub>50</sub> of resista...
*<p>synergism ratio calculated as [LC<sub>50</sub> of insecticide used alone ÷ LC<sub>50</sub> of in...
a<p> = number of house flies tested.</p>b<p> = median lethal concentration.</p>c<p> = Ratio of highe...
House flies, Musca domestica L., are important pests of dairy operations worldwide, with the ability...
The Musca domestica L. is a well-known vector for a number of livestock and human diseases. One majo...
<p>SS-TX was developed from insects collected from Hidalgo Co., TX in 2013 and documented to be susc...
International audienceMonitoring pesticide resistance is essential for effective and sustainable agr...
Fitness is closely associated with the development of pesticide resistance in insects, which determi...
<p>All of the concentration-mortality curves followed the probit model based on the χ<sup>2</sup> go...
House flies, Musca domestica L., are important pests of dairy operations worldwide, with the ability...
Monitoring pesticide resistance is essential for effective and sustainable agricultural practices. B...
A model for development of resistance to an insecticide in an insect population is presented. The ra...
The development of resistance in the housefly (Musca domestica) to azamethiphos, pirimiphos-methyl, ...
*<p>number of females exposed.</p>**<p>lethal conc. (µg/ml) to kill fifty percent population.</p
1<p>Resistance ratio = LC<sub>50</sub> of field and unselected (UNSEL) population÷LC<sub>50</sub> of...
a<p>number of larvae tested.</p>b<p>µg of insecticide/g of insect.</p>c<p>LD<sub>50</sub> of resista...
*<p>synergism ratio calculated as [LC<sub>50</sub> of insecticide used alone ÷ LC<sub>50</sub> of in...
a<p> = number of house flies tested.</p>b<p> = median lethal concentration.</p>c<p> = Ratio of highe...
House flies, Musca domestica L., are important pests of dairy operations worldwide, with the ability...
The Musca domestica L. is a well-known vector for a number of livestock and human diseases. One majo...
<p>SS-TX was developed from insects collected from Hidalgo Co., TX in 2013 and documented to be susc...
International audienceMonitoring pesticide resistance is essential for effective and sustainable agr...
Fitness is closely associated with the development of pesticide resistance in insects, which determi...
<p>All of the concentration-mortality curves followed the probit model based on the χ<sup>2</sup> go...
House flies, Musca domestica L., are important pests of dairy operations worldwide, with the ability...
Monitoring pesticide resistance is essential for effective and sustainable agricultural practices. B...
A model for development of resistance to an insecticide in an insect population is presented. The ra...
The development of resistance in the housefly (Musca domestica) to azamethiphos, pirimiphos-methyl, ...
DOI
Add to ORKG