Vineyard- Vineyard Monkeyfly: In early spring, during the emergence period of the pest, visit vineyards known to be infected with the pest two days a week and if the pest or damage is detected in 10 of the 25 vines selected from five places, one from the four corners and one from the middle of the vineyard, chemical control is recommended.

Wheat- Cereal Borer Beetle: In order to determine the time of control, the first emergence of adults from the soil and the phenology of the grain should be monitored. Application should be started approximately 10 days after emergence (stalk-rise period) against this pest, which emerges gradually from the soil. The frame and netting method is applied to decide on control.

Frame method: Counting is done with ¼ m² frames in 12 places randomly at 10-20 steps intervals in the field and application should be made in areas where an average of 5 or more adult insects are detected per m².
Net method: The net is shaken in the field with 3 repetitions, counting 10 nets as one unit. Counts should be carried out in this way at least at 12 different points of the field. Application should be made in areas where an average of 15 or more adult insects are detected in 10 nets.

Wheat-Wheat: The fight against the wintering adults is mainly carried out against the wintering adults. In order to determine the time of the fight properly, migration movements from the wintering area should be followed very well. For this purpose, the movement of the wintering insects is monitored in the wintering areas starting from the second week of April, depending on the weather conditions. After the first flights are seen, the planting areas around the wintering areas are checked. The fight should be started immediately in the mass landing areas without giving the pest a chance to disperse and lay eggs.

Wheat-Sun Pest: In order to determine the areas where chemical control will be applied, some counts and evaluations are made in the wintering areas and in the field after the sunn pest lands in the field; as a result, the chemical control decision is made.

Tomato-Greenworm: The field is entered from the diagonal direction, 50-100 plants are checked according to 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 infected, application is made.

Apple-Apple Webworm: In the spring, pesticide control can be applied from the first pest on the leaves to the last larva period. In order not to cause too much damage to the trees, it should not be delayed in the control. It is recommended that pesticides be applied against larvae before the flowers open or after 70-80% of the flower petals have fallen. If there are 4 larva clusters that have entered the epidermis or woven a web in a bouquet of 100 leaves that will represent the garden, pesticide is applied.

Apple-Apple Webworm: Applications to be made against the apple webworm should be directed according to the prediction and early warning system. The aim of apple worm control is to keep the trees medicated during the larvae hatching of each generation and to kill the larvae that hatch before they enter the fruit.

Hazelnut- Hazelnut Worm: Application is made if more than 2 hazelnut worms are seen on January 10th during the checks made during the period when the fruits reach the size of lentils.

Corn- Corn Cob Worm: When the plants reach 20-30 cm in height, they are checked twice a week and application is started with the detection of the first eggs. Two or three applications are made at 15-day intervals considering the product's effect periods.

Corn- Corn Worm: Checks are made during the same period and the first application is made 1 week after the first egg packet is seen, 2 or 3 applications are made at 15-day intervals.

Cotton- Green Worm: All plants in a randomly selected 3 m row are checked and greenworm eggs and larvae are counted, and application is decided when an average of 2 larvae are found in a 3 m row length.

Sugar Beet - Shield Bugs: Both larvae and adults damage sugar beets. In warm regions in the spring, major damage can occur and leaves can be completely destroyed.

Sugar Beet - Beet Flea: Since the seed used in sugar beet production areas is generally sprayed with a systemic preparation, the plant is protected against the damage of beet fleas for 35-40 days. Therefore, no additional spraying is required in these areas. In areas where seeds that have not been sprayed with a systemic preparation can be planted, it is very important to be careful in combating beet fleas and to start combating without wasting time when necessary. During spraying, the entire field surface should be sprayed and no area should be left untouched.

Sugar Beet - Sugar Beet Leaf Flea: Special attention should be paid to the pest's winter hosts. Harvesting winter crops will significantly reduce the encounter in spring. Cultural methods that provide a good start to the plant, such as proper seed bed preparation and balanced fertilization, will help the plant resist disease.

Olive- Olive Fly: When the fruits reach egg-laying maturity, the fruit is counted and application should be made if 1st, 2nd and 3rd stage larvae and eggs are detected in at least 10% of them.