Software these days can solve many problems and make it easier to do many things. The software can be managed from various devices and online platforms. In addition to the usual software that can be used on a computer or mobile phone, today, widespread software is built into equipment, including irrigation systems, tractors, and weather stations. These devices operate both standalone and as part of a network of digital instruments.
Farm management software enables growers to optimize their production processes and make their day-to-day operations more efficient and less costly in terms of time and resources. With the help of the software, farmers can automate records, store data, manage finances, bookkeeping, plan purchases, budget and work on the farm, and perform many other tasks. In addition, the agricultural software helps to get valuable information about the condition of plants, including NDVI calculation. You can get more information on this index by clicking on the link eos.com/make-an-analysis/ndvi/.
Modern Technology in Agriculture
The technological revolution in agriculture and the development of the concept of precision farming began at the end of the 20th century. The beginning of these processes is associated with advances in geospatial technologies. It is crucial because, with the help of technology, growers can collect geo-referenced data and control agricultural equipment remotely using satellites. Automation and mechanization of data have enabled technology for seeding at a variable rate. Then this technology was adapted for irrigation and fertilization.
Satellite imagery and remote sensing technologies have also brought many benefits to agriculture, including the application of ndvi map. These technologies enable farmers to make effective decisions based on accurate data collected by field sensors. Thanks to them, farmers receive information about soil moisture, temperatures, and crop evapotranspiration.
Robotics also plays a vital role in modern agriculture. For example, intelligent robotics analyzes the effectiveness of fertilizers, and farmers receive data that allows them to adjust the required amount of resources based on this data.
How Technology is Changing the Way Crops are Grown
The technological revolution has provided farmers with new farm management tools. They are transforming the very ecosystem of agriculture and how crops are grown at all stages of production. Farmers do not need to rely on intuition when making decisions, as they have valuable data. This data, combined with automation and other agricultural technologies, can make the farm business more sustainable and increase profitability.
Monitoring Vegetation Indexes (NDVI)
Planning and control throughout the growing season are the hallmarks of modern agriculture. At the same time, observation can be carried out in various ways, including the departure of agronomists to the fields, soil testing, and data from satellites and drones. However, not all of these methods are equally effective. For example, field visits by agronomists and scouts do not provide a complete picture of what is happening in the fields and can also be quite costly compared to using satellite data.
Satellite monitoring of crops allows you to monitor changes in the vegetation index obtained by analyzing satellite images. The most common agricultural index is the Normalized Difference Vegetation Index or NDVI. The NDVI formula helps to get the information about the vegetation density, and farmers use this data to evaluate crop growth, predict yields, and determine the presence of diseases or pests in the fields. Index indicators are formed based on images of green mass from space. Leaves with a large amount of chlorophyll reflect less red light. Accordingly, farmers can get the results of complete spectral analysis and identify areas that need nutrients based on the NDVI values.
Modern companies offer index calculation in their technological solutions for agriculture. EOS Crop Monitoring is a precision farming platform created by EOS Data Analytics that uses vegetation indices, including NDVI, to give farmers a complete picture of vegetation health. Farmers can add their fields to the platform and configure NDVI settings to receive notifications.
Reduced Chemical Applications
Herbicides, pesticides, and chemical fertilizers have a negative impact on the environment, but agriculture still needs their application. Modern software allows farmers to reduce the consumption of these resources through the more accurate application. It is because applying fertilizers and other substances is based on data on the needs of plants. Farmers no longer need to rely on intuition or resort to uniform distribution of these substances throughout the field.
Weather Data
Reliable weather data contributes to increasing productivity and minimizing crop losses. With accurate weather forecasts, farmers can be aware of potential threats and protect crops before damage occurs. In addition, decisions on fertilization or irrigation can also be made based on weather data. Historical weather data is also helpful as it allows you to identify patterns or evaluate how climate change affects crop yields.
Conclusion
Technology makes life easier for farmers and saves time and money. Satellite technology, software, automation, and mechanization are helping make agriculture more sustainable while minimizing its environmental impact. Technology also provides an opportunity to increase productivity, which is essential in a growing world population.
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