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Precision farming is the future of agriculture. By utilizing precision inputs in precise amounts, farmers can achieve higher average yields than with traditional techniques - and do so without having to cultivate dozens or hundreds of acres at once! One major problem? Small field sizes that are common throughout India (and many other parts on Earth). But thanks to new technologies like sustainable precision agriculture; we’ve got a solution for this century's most valuable innovation: ICT-based farm management systems based on information technology which use smartphone farm applications as well as soil and crop health data collected via GIS layered with additional datasets gathered from on-field.
Precision farming is an objective driven methodology , an approach where inputs are utilized in precise amounts to get increased average yields, compared with traditional cultivation techniques. One major problem for farmers everywhere is the small field size which has limited their productivity and income generation potentials due poor efficiency from use of resources like water or fertilizers on a given land area (Rones 2008). However, by implementing precision agriculture technologies such as digital farm management systems that provide accurate data about crop condition at any point during its growth cycle; one can now achieve sustainable increases across various measures including weight gain per acre-year after implementation!
Precision farming is the future of agriculture, and it can be done with precision techniques. This means that inputs are utilized in precise amounts to get increased average yields compared to traditional cultivation methods; for example on small Indian fields like those found throughout Asia (India being no exception). One major problem? The lack-of equipment space given by their limited land holdings - which has yet another effect: high rates…
The ICTs based Sustainable PA system solves all these problems by using technologies like smartphones or Global Positioning System chips instead!
Farm managers can make informed decisions about how to increase the productivity and profitability on a per season basis using historical datasets. Our algorithm in combination with AI engine guides them through recommended activities, providing guidance with an accurate estimate for each decision made along the way.
Nutrient consumption varies based on the crop’s lifecycle stage and health status but seldom these are not visible to the naked eye or aren’t observed at the right time. By identifying the growth indicators of each crop which varies based on the objective for which the crop is grown, a more dynamic and detailed course of action can be designed specifically ensuring that the consumption of the nutrient is optimal. The consumption of water and the nutrient use efficiency would change throughout the period therefore demanding a digital solution to guide through especially for large operations.
All the data generated goes in our AI engine which helps in giving insights benefitting the entire Agri value chain.With open interfaces our platform allows you to connect to various on-field sensors. The data can be used for proactive alerts on farms.
Precision farming has come a long way over the years. What started out as a way to help farmers more accurately map and manage their fields has turned into a full suite of software tools that can help farms operate more efficiently and profitably. Here are some of the benefits precision farming software can offer your farm.
Let’s connect to discuss the different ways precision farming software can help your business. We will also highlight some of the key features of Kheti Buddy’s precision farming software. Connect with us to learn more!