Remote Sensing in Precision Agriculture: Current Status and Applications

Farmers all around the world are always looking for ways to increase their profits. Using cutting-edge technology helps farmers increase the size of their businesses. The science of combining cutting-edge sensors and analysis tools to increase agricultural yields and support management decisions is popular as precision agriculture (PA). One of the highly utilized precision agriculture tools today is remote sensing technology. The study of measuring radiation emitted from and reflected by an object or phenomenon is known as remote sensing (RS). The assessment of crop condition and yield forecasts, acreage estimates of particular crops, crop pests, and disease detection, wildlife management, water supply information and management, weather forecasting, and livestock surveys are all major applications of remote sensing technology. The scienceScience of combining cutting-edge sensors and analysis tools to increase agricultural yields and support management decisions is known as precision agriculture (PA). It makes extensive use of data and information to raise crop yields and quality while better utilizing agricultural resources. Many engineers, scientists, and large-scale crop growers use remote sensing technology, which is one of the essential elements of precision agriculture. Precision crop management systems can now incorporate remote sensing technologies’ applications that have developed to the point that data from imaging is utilized to guide a number of policy-level choices about sustainable development, povertyPoverty reduction, and food security.