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The rise of pesticide-resistant insects.
vinegar can be as a pesticide because its acidity can kill a pest or insects in garden
Drought, insects, famine, to much pesticide, to little pesticide are possible problems.
pesticide didn't ya'll learn this at school
the 0.1% of the population would be resistant, should they breed the sucessive populations would be resistant resulting in the product becoming ineffective over time Study Island Question : Chemicals can affect an ecosystem. Which of the following is a result of pesticide application? Answer: Pesticide kills all kinds of insects, including predatory insects, which in turn can increase the population of insects for which the pesticide was intended.
Um, hello? Pesticide kills insects that eat plants. Poison. If a rabbit eats pesticide, the rabbit eats poison.
This is a pesticide that will not conduct electricity. It is important because wasps and other insects will make nests near electrical lines. If the pesticide conducts electricity, it could cause a short.
genetic changes in plants, antibiotic resistance in bacteria, and pesticide resistance in insects.
inherited genes that made it resistant to the pesticide
These chemicals are called insecticides.
An adulticide is a pesticide used to kill adult insects rather than their larvae.
The use of antibiotics and pesticides creates an artificial selection scenario that culls bacteria and insects that cannot survive the treatments. Those micro-organisms and insects that do not succumb to the effects of antibiotics and pesticides survive to reproduce, and their offspring share their resistance to the antibiotics and pesticides that did not kill them. Now the entire population is resistant. Here is an example of how to make a population of insects pesticide resistant (micro-organisms respond similarly to antibiotics): Assumption: Insect Population I has a 99% mortality when exposed to Pesticide P Stage 1: 100,000 Population I insects are treated with Pesticide P Stage 2: Pesticide P treatment kills 99% of Population P Stage 3: 1,000 insects survive and reproduce Stage 4: Population R is 100% resistant to Pesticide P