In Japan, there are three large parks known as “sandai teien” (the three largest parks). All of these historic and classy parks have extraordinary beauty. Nevertheless, Japan’s beauty standards are, of course, different from those of other countries. Also, although some are located in Tokyo and Kyoto, these well-known parks have generally located some distance […]
Although concerning Japanese land is not as good as land in other countries, the quality of food from Japanese agricultural products has become a consideration of the world and has become a world quality. This high-quality agricultural production is the key to success achieved by Japan because agricultural technology is more advanced than in other countries.
Japanese agricultural technology is arguably very comprehensive both from the planting process to the harvesting process. Besides, the support of the government and researchers has the greatest influence on the success of agriculture in the country. This is many modern technologies applied to agriculture in Japan.
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Back to agricultural point, here are the reason why Japanese still number 1 in the game:
Genetic Engineering of Rice Nurseries
Japan has high-quality food products that have not escaped their development in the field of research, especially in working on genetic engineering. Although stages like this have begun to develop in other countries, Japan is the only country that has successfully maximized this genetic engineering.
Use of a Rice Growing Machine
Most of the work carried out by the Japanese community is inseparable from the use of sophisticated equipment, including in agriculture. Japan has a modern rice planting machine that has the name Rice Transplanter with this device that can facilitate farmers in placing rice, in addition to being easier, the tool used can deliver precise results. India has started to develop a similar engine, but not a few farmers have used this technology.
At present, almost all types of rice planting machines in Japan have realized the technology of self-propulsion Type, which can be operated by being driven or driven depending on the distance of the planting groove.
Most farmers in many countries in working on treatments such as spraying pesticides and fertilizer application are carried out by manual techniques and require a long time. All Japanese farmers showed the opposite. In this country, the provision of fertilizers and other treatments is only carried out by one person with the help of a tractor designed in such away. With this machine, they only need shorter periods and are easier to maintain.
Rice harvesters have the name Indo Combine Harvester that already exists in India, and this device requires at least three people to operate it in the process of harvesting. Technology from Japanese agriculture has agricultural tools that only need one operator to manage it. By using this tool, the activity is certainly more maximal.
Cloud Computing for Agriculture
It turns out that besides using sophisticated equipment, agriculture in Japan also has them computerized on their farms. One of them is using Cloud Computing. This system, made by Fujitsu, and has been used by various agricultural agencies used in Japan such as Aeon Agri, Shinpuku Seika, Sowakajeun and Fukuhara.
Cloud Computing is those that are created to detect rain predictions of environmental humidity levels with the technique of placing as many sensors at the location of the plant. The data received by the sensor is synchronized in one of them and can be noticed via a smartphone or tablet PC. With this technology, it is desirable to be able to reduce the occurrence of not succeeding in harvesting the impact of unexpected Japanese weather conditions, besides that it is also beneficial to be able to increase the quality of the crop.
Japan, especially the City of Tokyo, is the largest metropolitan city in the world that has not a few skyscrapers. But who would have thought if in Tokyo the city had agricultural land that had a reasonably large area? The farm area is inside the building.
Pasona 2 is a rice field area developed and managed by Pasona Group. The uniqueness of the location of this rice field is its location, which is in the basement of its 27-story building in the Business District area. At a location of 3,000 m2, it uses technology that can grow rice without sunlight.
In place of sunlight, using modern technology to control rice plants can grow well, such as the use of lights and temperature controllers that are arranged in a computerized manner. Besides rice, Pasona 2 has at least 100 other types of plants such as fruits, vegetables, flowers, and various spices.
In the same location when Toshiba developed the 80s Floopy Disk, now the place is used to plant lettuce. Likewise with Sharp who put strawberries with the help of LED lights. Fujitsu also did not miss the function of changing their location laboratory once designed semiconductor, which is now used as a location to place vegetables. Japanese tech giants are now known to be busy developing and marketing new types of agricultural technology at their headquarters.
To increase agricultural productivity and replace traditional farming methods, the Japanese technology giant is also learning new ways in the agriculture industry. The agrarian technology approach that is carried out by all the Japanese tech giants is the same as the one around this they did with other high technology.
After the nuclear disaster struck Japan in 2011, Japanese farmers began to look for techniques to increase productivity. High-tech breakthroughs in agriculture are also flourishing. The technology programs offered by all IT giants from Japan are also fairly cheap like the plastic garden (plastic greenhouses) program from Panasonic.
Panasonic’s plastic gardens still use the land for their growing media. But this high-tech garden optimizes natural energy such as sunlight and wind to create an ideal environment for plants. Tanizawa, Head of the Agri-Engineering Project at Panasonic, said that Panasonic’s plastic gardens are worth 2.5 times more than other production plastics. They are targeting this marketing technology aimed at mid-sized agribusiness companies from Japan and from abroad. Panasonic is targeting to earn 5 million yen from the sale of 1,000 plastic garden units in Japan in 2018.
Millennials are the generation closest to technology. They sprang up in a time when technology was proliferating. Therefore, not a few Millennial Generation activities are supported by technology. In other words, they barely know the world without the existence of the technology itself.
If you are one of the elements of the Millennial Generation, you can do not a few things with technology, you know! Not only for communication needs, but you can also use technology to develop agriculture.
In the United States, not a few farmers use modern technology to get rid of pests that disrupt their plants. Yes, pests are indeed among the biggest problems in the world of agriculture. In fact, according to information from data from the United Nations Food Agriculture Organization (FAO), there are still around 20-40% of the world’s harvest loss due to pests and diseases, although there are two million tons of pesticides used every year.
If we say about agricultural tools, the first business that you might think of is a tractor or such machines. But did you know that drones — a tool often used by Millennial Generation to capture portraits and become hits on Instagram — can also be used to help farmers work more effectively and efficiently?
The drone used is a drone equipped with special features
Drones that are used for agricultural needs are indeed a bit contradictory to the drones that are often used by Millennials for photographic needs. Agricultural drones are equipped with special cameras, namely multispectral cameras, to monitor and show in detail the land belonging to farmers.
This camera is similar to a visible lights camera. He can collect data about hidden parts of the electromagnetic spectrum that indicate the location of plants that are affected by many types of pests, for example, fungi, before the fungus had grown more or developed more.
The way the agricultural drones work
With the ease of a multispectral camera, the drone will monitor agricultural land from the air, then indicate plants that are exposed to pests and diseases. This problem can be shown well because agricultural drones are also equipped with digital skill sensors that can show pictures of agricultural land in detail.
With this technique, pesticides can be directly directed at plants that do need it, to the extent that farmers do not need to flush all elements of the land. This certainly will save you the time and cost of buying pesticides. With this kind of technology, wild animals (which are not pests) will live safer because they avoid pesticides.
The price is quite high, but it can help reduce long-term spending and increase sales of agricultural products
Agricultural drones are not sold online. On AliExpress, this device is marketed at varying prices, ranging from 1.5 million to 50 million Rupiah. The price is determined by the body drone material, camera quality, and different facilities provided. Even though the price is quite high, as a creative Millennial Generation, you won’t feel the loss of buying it. You can rent it to help different farmers who need it.
Agricultural drones can be used for large areas and long periods. Besides, the use of this one agricultural technology will save the cost of purchasing pesticides.
One of the most important affairs in agriculture is the market. In general, the market expects agricultural products that have minimum pesticides and herbicides but still have good quality. With the agricultural drone, the use of pesticides and herbicides will certainly decrease. This will increase the quality and sale of farm products.
AS has a drone supply company, Indonesia has a creative Millennial Generation
In the United States, precisely in Colorado, some companies supply drones to map unhealthy plants in farmers’ fields. The company has the name Agribotix, a company that creates analytical data on agriculture in the Boulder, Colorado, USA area. Although it is only in the US, Agribotix has processed data collected from drones from farms in 50 countries (or more).
Even though in Indonesia you don’t have a company like Agribotix, as a creative Millennial, you have to think of techniques to add to your country’s agriculture with this latest technology. You might be able to establish an agro community in your area, then purchase agricultural drones to rent and use for farmers.
The world is experiencing a significant amount of changes in farming techniques. The increase in the demand for production and the advancement of new machinery to change the methods for cultivation. The new technology provides a sustainable and quicker medium for the production of the food. The lives of farmers have been benefited by the new techniques and have established better workstyle for them.
Modern Farming Methods
It has been a revolutionary decade for agriculture, and the farmers have experienced several changes in the process and methods of farming. Due to the decline in the fertility of limited lands, the investments were made for the research of better methods to improve agriculture quality. The agriculture sector has been brought back to attention with new styles and machines for production. The modernization in agriculture is the key to the sustained production of food, and it needs to be updated according to the demand of quality and quantity. The land mass for agriculture is constantly depleting, which harms the quality of production, and hence modern farming methods are necessary.
Processes of Modern Agricultural Methods
There are two major aims of modern agriculture. One is to have a high yield of the farm produce. Second is to generate good profit over the farm products. Systematic and consistent efforts are required to achieve these aims. There are six methods which are implemented for reaching these two aims, namely, Monoculture, Irrigation, Intense Tillage, Inorganic Fertilizers, Chemical Pest Control, and Genetic manipulation of plants for refined production. Although all of these methods are necessary, their use also depends upon the type of corp and the type of land used for agriculture in addition to the cost of production.
It is the best type of farming method which produces a good quality production. This is because the land is used only for a single type of crop. It makes the cultivation of land easier because the techniques used for the crop is of the same kind. Even weeding is easier as the plants that are grown are specific. Harvesting and storage are also easier as the entire production can be stored without the fear of mixing of two crops.
Every land for cultivation requires a running water supply if at all it is used for agriculture. There are several strategies which are used for the irrigation of land, like the construction of dams and borewells. Rivers diversions are the most common sources. Nowadays, sprinklers, dripping systems, and use of pumps have come to existence for a more efficient way of water application.
Genetic manipulation of plants
Modern agriculture has animal and crop breeding methods with the use of hybrid seeds, which are made by the use of two different crops to produce a better offspring. It is done by the method of genetic engineering. This helps in deducting the traits in the crops and amplify its benefits. One such example is Brocolli.