{"id":8297,"date":"2025-05-27T18:41:44","date_gmt":"2025-05-27T16:41:44","guid":{"rendered":"https:\/\/protrack.studio\/blog\/?p=8297"},"modified":"2025-06-27T12:16:53","modified_gmt":"2025-06-27T10:16:53","slug":"precision-farming-a-guide-to-field-surveying","status":"publish","type":"post","link":"https:\/\/protrack.studio\/blog\/en\/precision-farming-a-guide-to-field-surveying\/","title":{"rendered":"Precision Farming: A Guide to Field Surveying"},"content":{"rendered":"

\nPrecision farming has become the most important technique for those who want to cultivate efficiently and sustainably. In this article, I\u2019ll explain how centimetric GPS<\/strong> surveying works in agriculture and why it\u2019s essential to use professional tools like ProTRACK<\/a><\/strong>. You\u2019ll discover the benefits of this technology, how to improve productivity by reducing waste and costs, and how to choose the right receiver for your work.\n<\/p><\/blockquote>\n

In recent years, there has been more and more talk about precision farming. But what exactly is it? It\u2019s a new way of farming that uses technology to optimize every operation in the field. And when we say every operation, we really mean every meter. In fact, every centimeter.<\/p>\n\r\n\r\n<\/a>\n

What is precision farming and why does every centimeter matter<\/h3>\n

Precision farming is a set of innovative techniques that allow farmers to monitor and manage crops in a targeted way, using data, maps, and GPS. Unlike traditional farming, which treats the field as a uniform area, precision agriculture considers each part of the land as a distinct entity, with specific characteristics and needs.
\nThis means that every area of the field can be monitored and managed individually: from sowing to fertilizing, from irrigation to harvesting. That\u2019s why terms like soil mapping<\/strong> and prescription maps<\/strong> are often used: tools that allow resources to be distributed only where needed, in the right amount.
\nThanks to sensors, prescription maps and precise coordinates, it is possible to know exactly where to intervene, when to do it and with what quantities of product. But why does \u201cevery centimeter count\u201d? Because even a small positioning error can lead to waste of seeds, fertilizers, or chemical treatments, negatively impacting both costs and the environment. Thanks to modern agricultural GNSS systems and RTK technology, it is now possible to work with centimetric accuracy<\/strong> that guarantees maximum yield with minimal effort.<\/p>\n

Why GPS is used in agricultural fields<\/h3>\n

You\u2019ve probably seen high-tech tractors or drones flying over fields. Behind these technologies there\u2019s a common element: agricultural GPS<\/strong>. But not just any GPS. When sowing or applying treatments (fertilizers, pesticides, etc.), it\u2019s essential to have reliable coordinates<\/strong>. Only this way can you create detailed prescription maps and perform localized and precise interventions.
\nIn this context, devices like ProTRACK<\/a>, an advanced GNSS receiver, prove to be fundamental. Used for precision farming, ProTRACK<\/a> allows you to acquire georeferenced data<\/strong> with extreme precision, facilitating soil mapping and targeted interventions.<\/p>\n

RTK and GNSS in agriculture: why standard GPS is not enough<\/h3>\n

The GPS in your smartphone has an accuracy of a few meters. But in agricultural surveys<\/strong> this margin of error is not acceptable. That\u2019s why advanced technologies like RTK (Real Time Kinematic) and GNSS are used, enabling centimeter-level accuracy.
\nDevices like ProTRACK<\/a> use these technologies to provide real-time positioning data<\/strong>, even without internet connection, using the Base-Rover<\/a> mode.<\/p>\n

Benefits of centimetric GPS surveying in agriculture<\/h3>\n

Using a centimetric GPS for agriculture brings concrete benefits:<\/p>\n