Description
Specifications
An insecticide with contact action.
Method of Application
Apple ermine moth: In the 100 leaf bouquet that will represent the garden, spraying is made if there are 4 cluster of larvae that entered the epidermis or made the net.
In apple codling moth management, sprayings are done according to a forecast and warning system. The aim of apple codling moth management is keeping the trees sprayed at the time of larva emergence in each generation and killing the larva before entering the fruit.
In case of periodic counts to be made on 100 leaves from May against almond mite, the administration should be made in case of an average of 8-10 individuals per leaf.
Spraying against apple green aphid should be carried out when 15/100 offshoots are contaminated.
Administration should be done when 2 contaminated flower bouquets or 1-3 colonies are seen in 100 shoots from the period of pink bud or flower petals pouring against mealy apple aphid, until ¾ of the population turns into a winged form.
Administration should be made when 5 contaminated shoots or 5-10 colonies are seen in 100 shoots from the period of pink bud or flower petals pouring against rosy leaf-curling aphid from ¾ of the population to winged form.
In appointing time of administration against peach twig borer, sexual pheromone traps, total effective temperature and plant phenology is used.
Against potato beetle; when it reaches 14-15ᵒC in average daily, the field is entered from the direction of diagonals and eggs, larvae and matures of pest are sought in seedbeds. Seeing in any period indicates that that field is contaminated. If administration will be made against 1st progeny, it should be made when the first mature larvae are observed in the plants (4th period). For the administration to 2nd progeny, completion of egg opening should be waited. In this period, the damage that can occur depending on density of insect may not required administration since it is tolerated by the plant. However, as a result of the researches, 20% damage caused by the potato insect on the leaves of the potato plant can be tolerated by the plant and there is no decrease in the product. This rate can increase up to 40% depending on phenological period and development of the plant.
Spraying against pear psyllid should be carried out when 15% of the offshoots are contaminated and 2nd and 3rd nymphs form a majority. An administration may be sufficient at the time when the flow of sweetish substance does not start and natural enemies are scarce.
Other Informations
Compatibility: Cannot be mixed with highly acidic or alkaline plant protection products. A preliminary test is recommended before mixing with other pesticides.
Detailed Table Information
Name of the product | Plant Name | Pest Name | Usage dose | Time between last spraying and harvest |
---|---|---|---|---|
Tasmet 50 WP | Peach |
Peach twig borer (Anarsia lineatella)
|
150 g/100 l water, larva | 14 days |
Tasmet 50 WP | Potato |
Potato beetle (Leptinotarsa decemlineata)
|
200 g/100 l water larva, adult | – |
Tasmet 50 WP | Apple |
Almond mite(Bryobia rubriocolus)
|
120 g/100 l water larva, adult | 14 days |
Tasmet 50 WP | Apple |
Rosy leaf-curling aphid (Dysaphis devecta)
|
150 g/100 l water nymph, adult | 14 days |
Tasmet 50 WP | Apple |
Green apple aphid (Aphis pomi)
|
150 g/100 l water nymph, adult | 14 days |
Tasmet 50 WP | Apple |
Codling moth (Cydia pomonella)
|
150 g/100 l water, larva | 14 days |
Tasmet 50 WP | Apple |
Mealy apple aphid(Dysaphis plantaginea)
|
150 g/100 l water nymph, adult | 14 days |
Tasmet 50 WP | Apple |
Apple ermine moth (Yponomeuta malinellus)
|
60 g/100 l water, larva | 14 days |
Tasmet 50 WP | Pear |
Pear psylla (Cacopsylla pyri)
|
150 g/100 l water nymph, adult,egg | 14 days |