The temperature and humidity control helps exterminate the species. The rot-caused cakes are distributed throughout the country. This mushroom is one of the most serious pests of edible fungi, and it occurs severely in the production of mushroom strains, and it can also damage edible mushrooms such as oyster mushrooms, straw mushrooms, and mushrooms. In rice straw, cottonseed husks, and manure, etc. often occur in mushroom cultures. The temperature and humidity in the environment complement each other, and the impact on animals is also the same. The unreasonable temperature and humidity have an impact on the development, hatching, and duration of eggs, survival and reproduction of adult clams, and use of temperature and humidity. The instrument performs temperature and humidity detection in the environment to analyze and understand the effect of temperature and humidity on rot tyrosine.
By using a temperature and humidity recorder for comparison, it was found that different humidity conditions have a significant effect on the development, hatching, survival and reproduction of female pupa eggs. At each temperature, low humidity is not conducive to the development of rotted typhoid pupa eggs and the survival and reproduction of female adult pupa; while under suitable high humidity conditions, the temperature has a great influence on the development and oviposition of rotted typhoid typhoid eggs. . In the temperature range of 15~35°C, with the increase of temperature, the developmental rate of eggs increased and the duration of egg development shortened.
The survival rate and reproduction were mainly reflected in the following conditions: 15±1°C, 20±1°C, and 25±1°C. The survival rate of females from 66% to 60% relative humidity was 0. At 15±1°C, 20±1°C, and 35±1°C, the survival rate of female adults increased with the increase of humidity in the range of 75.5% to 100% relative humidity. At a constant temperature of 25±1°C, 75.5% to 92.5% relative humidity increases the survival rate of female adults with increasing humidity. At a constant temperature of 30±1°C, the relative humidity was 75.5%, 84.5%, and 91.0%. The survival rate was 100%.
Therefore, the use of temperature and humidity monitoring instrument to carry out the temperature and humidity of tyrosinase test, through the control of the environment temperature and humidity in order to ensure the demise of locusts, reduce the loss of strains.
By using a temperature and humidity recorder for comparison, it was found that different humidity conditions have a significant effect on the development, hatching, survival and reproduction of female pupa eggs. At each temperature, low humidity is not conducive to the development of rotted typhoid pupa eggs and the survival and reproduction of female adult pupa; while under suitable high humidity conditions, the temperature has a great influence on the development and oviposition of rotted typhoid typhoid eggs. . In the temperature range of 15~35°C, with the increase of temperature, the developmental rate of eggs increased and the duration of egg development shortened.
The survival rate and reproduction were mainly reflected in the following conditions: 15±1°C, 20±1°C, and 25±1°C. The survival rate of females from 66% to 60% relative humidity was 0. At 15±1°C, 20±1°C, and 35±1°C, the survival rate of female adults increased with the increase of humidity in the range of 75.5% to 100% relative humidity. At a constant temperature of 25±1°C, 75.5% to 92.5% relative humidity increases the survival rate of female adults with increasing humidity. At a constant temperature of 30±1°C, the relative humidity was 75.5%, 84.5%, and 91.0%. The survival rate was 100%.
Therefore, the use of temperature and humidity monitoring instrument to carry out the temperature and humidity of tyrosinase test, through the control of the environment temperature and humidity in order to ensure the demise of locusts, reduce the loss of strains.
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