Crop yield is the major inspiration for any farmer. It helps farmers get a better understanding of their farmland and determine how productive their agricultural field is. There are plenty of factors that impact crop productivity significantly. For starters, your irrigation methods and crop production techniques are the key factors that determine your yields. The weather fluctuations and changes in the temperature also play a key role in your crop production.
It is not possible for a farmer to control the natural factors affecting crop productivity, but the least you can do is implement the latest technology to enhance your farms’ sustainability and production. Geographic information system or GIS is one such exceptional technology that’s been widely used across all industries lately. Agriculture is not an exception. GIS has helped create a dynamic and competitive agricultural field that not only offers a higher level of production, but it maintains the quality of the crop and provides people with better nutrition. Even though you cannot control the input and output of the agricultural field, you can totally manage these with the help of the GIS apps.
Why Use GIS for Agricultural Mapping?
The major advantage of implementing GIS in the agricultural field is that it enhances your crop productivity and manages uncertainty. The main problem in the agricultural field is the lack of income for the poor segments, lack of food certainty for the same group, and lower than projected growth. Applying GIS to the agricultural industry is a great way to reduce uncertainty and make crop production more certain and profitable.
The GIS allows people to run crop forecasting. The tool also allows people to handle their agricultural production using the data collected by the satellites. The technology is capable of identifying which land makes a perfect place for planting the specific types of crops and where these crops produce the best results. Farmers use geospatial data to predict the temperature, weather, crop output, precipitation, and other factors that might affect the crop yield.
How Does it Work?
A vast majority of farmers in Australia, the US, and other developed nations have already applied geographic information systems to agriculture. The sensors installed on tractors and farming equipment, satellites above the agricultural land, and the field have made smart farming a reality today. These sensors collect and organize essential data, which is used for planning crop cultivation. Based on this data, the farmers decide which area makes a perfect fit for the particular type of crops or where exactly can the crop receive the best nourishment. It is these factors that improve crop quality and make them fit for consumption. In addition, proper planning before cultivation is a great way to ensure healthier crops.
Agricultural mapping is becoming more and more popular with each passing day. For the management of soil and accurate prediction of the weather, it has become extremely important for farmers to implement this technology in their farmland as soon as possible.