Codling moth : Spraying should be directed according to the prediction and early warning system. The aim in combating codling moth is to keep the trees sprayed with pesticides during the larvae hatching period of each generation and to kill the larvae before they enter the fruit.

Pear psyllid : One application may be sufficient when almost all the eggs laid by the overwintering adults have hatched and second and third period nymphs begin to appear, when contamination begins to be seen on more than 15% of the shoots, when the honeydew discharge has not started and when natural enemies are not abundant.

Pistachio psyllid : When 20-30 are seen per leaf as a result of weekly counts on 100 compound leaves, pesticide application should be made when the majority of the eggs have hatched and before the first adult parasitoid emerges and before the sticky layer ( fumagine ) forms on the leaf surface .

Cherry-Tree redworm: Sexual traps are hung in infested gardens to monitor adult emergence. Spraying is started at the end of adult emergence or in mid-August and early September when young larvae are seen in colonies just under the bark of the tree trunk. A second spraying is done depending on the duration of effect of the pesticide.

Cereals - Sunn pest: Chemical control is decided according to the counts and evaluations made in the fields.

Ornamental plants - Narcissus bulb flies: When the plant is 10 cm tall, approximately 1000 bulbs should be checked for each decare to represent the field and if the contamination rate is 5%, control should be made. When adult emergence begins, the first spraying should be done for both pests 10 days after the first emergence.

Sunflower - Greenworm : Sexual attractant pheromone traps (2 traps/ha) are used to determine adult emergence starting from the end of April-beginning of May. The traps should be checked two or three times a week until the first adult is caught, and once a week after the first adult is caught. Spraying should be started when eggs, first-stage larvae or first signs of damage are seen on 5 out of 100 plants 5-10 days after the first adult is seen.

Tomato- Greenworm : The field is entered from the diagonal direction and 50-100 plants are checked depending on the size of the field, and eggs and larvae are searched in the flowers, leaves, stems, fruits and shoots of the plant. If 5 out of 100 plants are found to be infested, application is made.

Tomato and Eggplant- Tobacco whitefly: The field detected to be infested is entered from the diagonal direction. In large-leaved plants, 50 leaves are collected every 5 steps, from the lower, middle and upper leaves, and application is made when there are 5 larvae + pupae per leaf .

Corn earworm and Corn earworm: In the first product, a 50-acre field is considered as a unit, and the field is walked in a zigzag manner to detect infestation (egg clusters or lesions on leaves, stems, cobs, tops and cob tassels) in 100 plants. If the number of infected plants is 5% or more, chemical control is applied. In the second product, a 50-acre field is considered as a unit, and the field is walked in a zigzag manner to check and count egg clusters in 100 plants. The decision to control is made when the first eggs are detected in the controls. Corn earworm egg clusters are found on the inner surface of the leaf sheath surrounding the stem; Corn earworm egg clusters are generally found on the underside of the leaves. 2 or 3 sprayings should be done at 10 or 15-day intervals, taking into account the duration of effect of the pesticides.

Sugar Beet - Shield Bugs: Pest density is determined by moving along the diagonals of the field and when 20 adults are seen per m2, pesticide control is started.

Sugar Beet - Beet Flea: If the fight is to be carried out with green parts spraying, if 20% of the assimilation area on the leaves is damaged, green parts spraying should be started without wasting time.

Sugar beet - Leafworms: Since the first generation larvae should not be overlooked, field checks should be carried out meticulously in sugar beet planting areas starting from the end of April. If the population density reaches the economic damage threshold (10 larvae or 2 newly opened egg packets are found in 100 plants), control should be started.

Sugar Beet - Gray Wolf: After the emergence of sugar beet, by going along the diagonals of the field, the bottoms of the plants in at least 5 different places in 3-meter row lengths are checked. When at least one cut plant is found in the row and the number of larvae in 3 meters of row length is reached, the fight should be started.

Grasshopper: After the harmful grasshopper nymphs start to be seen in the sense of reservation ( Garsiyar ) and the appropriate density is determined by the surveys , chemical control is started immediately.

Vineyard- Grapevine Moth: Spraying is directed according to the prediction and warning system. Spraying is done when the number of butterflies caught in sexually attractive traps reaches its peak and starts to fall, when the evening temperatures in the first generation exceed 15°C for two consecutive days and continue, when the total effective temperatures reach 120 day-degrees in the 1st generation, 520 day-degrees in the 2nd generation, 1047 day-degrees in the 3rd generation, when the vine is phenologically in the flower bud period in the 1st generation, in the grape vine period in the 2nd generation, in the beginning of the sweetening period in the 3rd generation, and when the first larvae hatch from the eggs. Spraying is done once in each generation. However, since egg-laying may continue from the 3rd generation onwards, spraying is continued by taking into account the duration of effect of the drug and the harvest date as long as new eggs are found.

Lentil-Legume seed beetle: The fight against legume seed beetles, which produce only one offspring per year in the field, is carried out when the plants are at the beginning of flowering. If necessary, a second application can be made at an interval of 10 days.