In agriculture, every solution should be tailored to meet a farmer’s needs in a specific group. In the process of understanding a farmer’s needs, it becomes simpler to shape the future of agriculture. Through the digitalization of farmers’ interactions, supply chains, and farming techniques, it’s easy to understand how various components work in different fields. Innovations in technology have helped connect farms digitally and made it possible for them to devise better farm management practices, from planting to harvesting.
Data That Helps Find Better Answers
Within each growing season, farmers collect and analyze a lot of data which include the seedling varieties planted, inputs applied, management practices applied, and yields produced. The rise of data science in agriculture has resulted in the creation of tools that provide farmers with real-time data. Satellites, drones, and remote sensors collect real-time data on the crop’s performance, temperature, nutrient utilization, soil conditions, and weather conditions. Artificial Intelligence tools analyze the data and relay a report and important insights to the farmers, helping them devise better farm management practices and make informed in-field decisions.
Climate FieldView, for instance, is a software that provides farmers with a clear and complete picture of how their farm is performing. Using the platform, farmers can optimize inputs, monitor their field variability, and control pests and diseases on time. These digital tools help farmers to use crop protection tools such as pesticides efficiently and effectively. Digital platforms and tools can also notify farmers when the weather conditions are too windy or too wet to help them devise effective spraying programs. With adequate data about the farm and the weather, farmers can grow more crops while using less water, inputs, land, and energy.
Products That Reduce the Impact on the Environment
The environment needs to be preserved and farmers understand that quite well. Extensive use of pesticides and chemical fertilizers can harm the soil and the environment. Farmers should consider planting crop varieties that require fewer pesticides. In fruit farming, planting cover crops and implementing sustainable farming practices should be employed to help in keeping carbon in the soil. Enhanced pest and weed control mechanisms have also helped in minimizing carbon emissions from farm machinery and crop protection products.
An Even More Precise Innovations
Precision agriculture is a farming method that uses fewer resources to produce more food. For instance, drip irrigation systems are connected to fertigation systems to form an efficient and more effective system for applying water, pesticides, and water-soluble fertilizers to crops. With digital innovations, these systems are connected to a computer system that analyses real-time data collected by drones and sensors and turns on the irrigation and fertigation systems. This increases production while using fewer resources. If looking for high-quality drip irrigation and fertigation systems, Oxfarm Ltd is the place you should look for.
Progress For The Next Generation
Innovations in modern agriculture make it possible to grow high-quality food with fewer resources on a smaller piece of land. Technologies have reduced the effects of agriculture on the environment and increased the farms’ productivity. If we use collective ingenuity to search for answers, progress in the agricultural sector will be achieved. Data science, biotechnology, chemistry, breeding, and biologics are helping in providing tailored solutions.