In today’s rapidly changing world, the growth and development of each aspect of our lives are heavily dependent on technology. When it comes to the use of technology, agriculture has never been far behind. In fact, this sector has been extremely proactive about the use of technological innovations in recent years. As a result, many of the traditional farming methods have now started making way for modern farming methods that leverage technology.
These advanced farming technologies have loads of benefits and advantages to offer. As a result of the application of these technologies, today’s farmers are no longer required to use resources such as water, fertilizers, and pesticides uniformly across the farmland. Instead, they now focus on targeting a specific area by using only the necessary portion of resources. This means increased crop production using fewer resources. Limited usage of resources like pesticides and fertilizers also helps minimize the impact of harmful chemicals on the natural ecosystem. This, however, is just one of the many ways in which technology has changed modern day agriculture. Mentioned below are some examples of advanced technologies that are frequently used today in the agriculture sector.
Weather Tracking: We all understand the importance of weather conditions and behavior in farming. Even today, millions of farmers all over the world make their plantation related decisions based on the possibility and amount of rainwater. The good news is that many of them have now started using different mobile apps for accessing weather tracking services online. This simple yet effective technology allows them to take the necessary precautions for protecting the crops.
Sensors for Soil and Water: After the weather, the quality and quantity of water and soil are the next most important aspects of farming. The use of water and soil sensors capable of detecting the level of nitrogen and moisture has become common these days. Instead of following a predetermined schedule, this information is used by the farmers to decide when they should use fertilizers or provide water. The use of these durable and affordable sensors is critical to optimized resource utilization in agriculture.
Crop Sensors: Protection of the crop has always been a key requirement for the agriculture sector where lots of time, as well as money, are spent. With the help of advanced crop sensors, it is possible for today’s farmers to detect the health of crops and insect attacks that can destroy crops. Using this information, farmers can implement all necessary measures for protecting their crops.
Satellite Image: We all know that satellite images are used extensively these days for accessing a wide range of information such as the behavior of oceans, weather changes, road networks, etc. However, it can also be used by the farmers to closely monitor their crops even from a remote location. This can save them a considerable amount of time and money.
Agricultural Robots: Also known as Abbotts, agricultural robots can be used in different agricultural processes such as weeding, plantation, irrigation, soil maintenance, harvesting, fruit picking, etc. The use of robots can speed-up the processes significantly, saving time and money. Also, maintaining consistency in processing becomes much easier while using robots.
Seed Technology: Seed sciences and technology is another aspect of agriculture that has experienced tremendous advances in recent years. Good seeds are the foundation of healthy plants and productive crops. The use of the latest technology has made it possible to test seeds for all types of contaminants. Application of special freezing techniques known as cryopreservation may soon allow our farmers to preserve seeds for hundreds to thousands of years. More about the use of these technologies can be found at i49, a renowned cannabis seed bank.
Vertical Farming: This highly popular modern-day farming technique was comparable to science fiction just a few decades ago. This means producing crops or food in a series of vertically stacked layers. As crops are grown vertically, a much smaller land area is required for this type of farming.