GIS and Disease Control – What’s the Connection?
The use of GIS technology is not confined to manufacturing and industrial applications. In fact, it has grown to become one of the most reliable technologies that can control a wide variety of diseases that are highly likely to occur due to pests ruining the agricultural field. Farmers adopt every possible agricultural pest prevention technique to keep their land in good shape. However, the traditional pest management strategies may not work always.
That’s when you need to adopt more comprehensive and better plans to ensure proper pest prevention. The GIS is mainly used in monitoring the agricultural land and controlling the pests from spreading across the land. The technology is widely used in identifying the factors that might have an impact on the crops’ growth and agricultural yield. These valuable tools help farmers get a clear picture of the climate and other environmental factors that might expose the crops to pests.
Disease control is an important aspect of agriculture, as it is one of the crucial ways to improve the quality and quantity of your crop production. There is a wide range of organisms that can make your crops prone to different types of diseases, which might have a serious impact on your harvest field in the long run. The organisms that can destroy the quality of your harvest include fungi, bacteria, viruses, protozoa, parasitic plants, and so on. The main purpose of disease control is to minimize the economic and health damages caused by plant diseases. Not only does it cause damage to the plant and animals, but it can have a severe impact on humans as well. That’s why earlier detection of crop diseases can help farmers take the necessary preventive measures to avoid the spread of the disease and protect the yield.
GIS in Disease Control
With the help of GIS, one can easily identify the crucial intervention sections and control the spread of pests on the agricultural field. Both GIS and GPS are considered critical tools in managing crops and protecting them from diseases. The technology helps farmers get a clear picture of the area that is clean and fit for cultivation. The main use of GIS is in precision farming and helping farmers identify the cultivation area. This makes it easier for them to predict the outcomes before making any form of financial commitment. The technology is also of great help in allocating the resources appropriately.
The Geographical Information Systems (GIS) offers a set of valuable and premium tools that help people identify, process, store, and control any information concerning disease control efficiently. In addition to the spatial data, the technology has proven to be of great help in analyzing and working with the non-spatial data effectively. The main purpose of these tools is to help with disease surveillance. The geospatial tools included in the geographical information system are designed to help farmers in crop and disease management. Overall the technology helps in the better and efficient management of the agricultural resources.