Post by account_disabled on Jan 3, 2024 5:15:27 GMT
Ms. Waraporn Prompoj, Inspector General of the Ministry of Agriculture and Cooperatives As the chairman of the committee driving the development of intelligent agriculture, he said that driving the development of intelligent agriculture in the production of animal feed corn, which operates in the area of Mr. Amnat Iamsupa, a member of the Suksamran Subdistrict, Tak Fa District, Nakhon Sawan Province, in comparison. Traditional production methods of farmers with intelligent agricultural production methods which brings technology, innovation and machinery and various knowledge for smart agriculture including precision agriculture that were tested and used in the learning plot It began operations from the beginning of July 2019 until now for 50 days, covering the entire plant production process. The results are evident as follows: 1. Use historical rainfall statistics. and weather forecasts in advance To determine the planting date Therefore, once planted, it will not suffer from the lack of rain. Corn is growing well.
Compared to the farmers' plots that were planted first in May. By considering the amount of rain Email Data that falls alone. This causes the problem of lack of rain after planting. Resulting in poor growth, stunted plants, small pods, and poor seed set. 2. Collect soil samples. To map the abundance of nutrients in the soil. For applying fertilizer according to soil analysis values according to the needs of plants. Helps increase the efficiency of using fertilizer. and reduce the cost of using unnecessary fertilizers. 3. Level the area with a Laser land leveler and prepare the soil using a tractor equipped with an auto steering system that controls pilot movement with a GPS system, resulting in the soil being level. Reduce soil erosion Accumulates water/moisture in the soil better than without leveling. 4. Choose good quality seeds. Suitable for the area and prepare the seeds by mixing them with substances to prevent and kill the spotted corn larvae. Helps increase the seed germination rate and reduce losses from the infestation of the spotted corn worm in the seedling stage. 5. Plant with a pneumatic corn planter (1 seed/hole) to increase the number of corn plants to feed animals. per precise area at a distance of 21 days after germination, an increase from the farmers' normal planting of 69%, with a total of 9,374 plants/rai, while the farmers' plots had 5,545 corn plants/rai. 6. Using unmanned aerial vehicles. (Drone) to spray chemicals to get rid of the spotted corn cutworm.
which is safe for workers Save spraying time by 95% (from the original 50 minutes, reduced to 3 minutes/rai) and save water use in spraying by 95% (from using 80 liters of water, reduced to 4 liters/rai) when Compared to using manual labor to spray chemicals, there was also a demonstration of surveying the amount of plant nutrients (nitrogen) in the leaves of animal feed corn using the CropSpec machine (technology from Japan), making it possible to know the amount of nutrient requirements of animal feed corn. To add fertilizer to suit your needs "Organizing a demonstration of the use of smart agricultural technology In the smart agriculture learning plot, maize production for animals of the Ministry of Agriculture and Cooperatives this time In addition to farmers learning various technologies which has been demonstrated We have also seen the implementation of intelligent agriculture. which can reduce costs, reduce labor and increase production efficiency As a result, farmers are satisfied. Therefore, the Ministry of Agriculture and Cooperatives Therefore preparing to expand further in an area of 500 rai with at least 20 members in 2020 according to the needs of farmers. At the same time, it will be driven in the Pracharath format. There are companies ready to support such as drones, soil levelers, Laser land levelers, pesticides, etc. Moreover, farmers are ready to invest to become Smart Agriculture Startup entrepreneurs.
Compared to the farmers' plots that were planted first in May. By considering the amount of rain Email Data that falls alone. This causes the problem of lack of rain after planting. Resulting in poor growth, stunted plants, small pods, and poor seed set. 2. Collect soil samples. To map the abundance of nutrients in the soil. For applying fertilizer according to soil analysis values according to the needs of plants. Helps increase the efficiency of using fertilizer. and reduce the cost of using unnecessary fertilizers. 3. Level the area with a Laser land leveler and prepare the soil using a tractor equipped with an auto steering system that controls pilot movement with a GPS system, resulting in the soil being level. Reduce soil erosion Accumulates water/moisture in the soil better than without leveling. 4. Choose good quality seeds. Suitable for the area and prepare the seeds by mixing them with substances to prevent and kill the spotted corn larvae. Helps increase the seed germination rate and reduce losses from the infestation of the spotted corn worm in the seedling stage. 5. Plant with a pneumatic corn planter (1 seed/hole) to increase the number of corn plants to feed animals. per precise area at a distance of 21 days after germination, an increase from the farmers' normal planting of 69%, with a total of 9,374 plants/rai, while the farmers' plots had 5,545 corn plants/rai. 6. Using unmanned aerial vehicles. (Drone) to spray chemicals to get rid of the spotted corn cutworm.
which is safe for workers Save spraying time by 95% (from the original 50 minutes, reduced to 3 minutes/rai) and save water use in spraying by 95% (from using 80 liters of water, reduced to 4 liters/rai) when Compared to using manual labor to spray chemicals, there was also a demonstration of surveying the amount of plant nutrients (nitrogen) in the leaves of animal feed corn using the CropSpec machine (technology from Japan), making it possible to know the amount of nutrient requirements of animal feed corn. To add fertilizer to suit your needs "Organizing a demonstration of the use of smart agricultural technology In the smart agriculture learning plot, maize production for animals of the Ministry of Agriculture and Cooperatives this time In addition to farmers learning various technologies which has been demonstrated We have also seen the implementation of intelligent agriculture. which can reduce costs, reduce labor and increase production efficiency As a result, farmers are satisfied. Therefore, the Ministry of Agriculture and Cooperatives Therefore preparing to expand further in an area of 500 rai with at least 20 members in 2020 according to the needs of farmers. At the same time, it will be driven in the Pracharath format. There are companies ready to support such as drones, soil levelers, Laser land levelers, pesticides, etc. Moreover, farmers are ready to invest to become Smart Agriculture Startup entrepreneurs.