Significance of GIS Technology in the Agriculture Industry
GIS is a potent technology whose tools and applications have had a significant impact on many sectors. Similarly, GIS applications play a crucial role in the agriculture sector, which is the backbone of India’s economy. Due to the fact that we live in a digital era and every business relies on technology, agriculture is the only industry that is falling behind, which could pose a significant challenge in the coming years. New kinds of agriculture must be built on cutting-edge technologies, such as GIS, in order to combat key problems such as climate change, the limited expansion potential of arable land, depleting water resources, etc.
GIS applications combined with other technology can generate a revolution in agriculture, which has been demonstrated for decades, but in many parts of our country, old agricultural practises are still acceptable. To comprehend the significance of GIS applications in agriculture, it is necessary to possess a fundamental understanding of this technology. You can acquire the necessary information with the assistance of a GIS application development business or platform.
GIS’s primary function in agriculture is to analyse farmland and convert the resulting data into a map that can be utilised by farmers. Precision farming increases crop productivity alongside GIS and other technologies such as remote sensing, GPS, etc., because farmers have access to crop position, soil type, topography, etc. GIS tools capture images from drones and satellites and visualise them on maps using various data capture techniques. This allows farmers to utilise every acre of agricultural land without destroying it. With the advent and advancements of technology, the number of GIS applications has expanded over the past few years, as farmers favour new methods of farming, i.e. digital farming. As a result, numerous opportunities arose in the GIS application development business, as developers desired to contribute to the creation of precision farming applications.
GIS technology’s significance in agricultural applications:
Let us concentrate on a few applications that utilise GIS and other technologies to help farmers increase agricultural output with less labour and investment.
- Agricultural monitoring applications:
It is extremely difficult to manually calculate the health of a crop, but GIS technology and remote sensing have eliminated this problem. This is possible because environmental factors such as humidity, air temperature, etc., across the fields are evaluated using satellite photos and the input data. This enables applications built with these technologies to aid farmers in identifying crops that potentially diminish farm productivity. Together, they are combined with GIS technologies that enhance precision farming. It is not simple to construct these applications, which is why an increasing number of firms prefer to hire specialists and professionals from the GIS application development market.
- Control uses for insects, pests, and bugs:
Insects, pests, bugs, etc., have a negative impact on agriculture because they destroy vast tracts of farmland. Farmers use pesticides and other preventative steps to safeguard their farms, but crops are frequently harmed. This is because it is impossible for humans to detect every insect or pest, and even farmers can be slow to react. Then, technology can assist farmers in resolving this issue. Using GIS and remote sensing to create applications that aid in spotting pests prior to an infestation is one approach to efficiently apply technology. This is feasible due to the fact that plants respond to an infestation when temperatures are high. Farmers can receive these alerts on their smartphones and take the required steps to protect their crops or plants from insects, pests, etc.
- Applications for land assessment and land use planning:
Assessing the ideal land for farming in the current day is the greatest obstacle in agriculture, since fertile land is diminishing and there is significant construction of large buildings. Utilizing GIS technology to assess the condition of land utilising a variety of applications is the optimal method for overcoming this obstacle. Please apply this Multi-criteria decision-making (MCDM) approach in GIS to plan land utilisation effectively. Numerous studies use this method and various GIS features, such as soil fertility distribution, soil type, satellite data, climatic conditions, etc., to analyse land sustainability, which can boost crop yield. However, most businesses and organisations lack experience with this technology to successfully adopt this strategy. However, they make wise selections by partnering with some of the most reputable and experienced GIS application development businesses or platforms, as they will aid in the development of apps that efficiently evaluate land sustainability.
- Precision Farming:
It is a concept for improving farming by increasing crop output through the use of cutting-edge technologies in place of conventional methods. In precision agriculture, sensors are used to collect data from the field. GIS is the optimal method for collecting data from satellites and sensors because it facilitates the transformation of gathered data into useful information through data capture techniques. This facilitates data interpretation and management for farmers. Along with GIS, other essential technologies that contribute to precision agriculture include GPS, VRS, etc. This allows farmers to make educated decisions, which is beneficial for agricultural yield and productivity.
Advantages of Using GIS in Agriculture:
- With GIS and remote sensing, crop sown area calculation, a crucial aspect in agriculture, is simplified.
- With the adoption of drone image analysis utilising GIS’s tools, crop damage assessment becomes much simpler.
- GIS facilitates the prediction of real-time risk assessment forecasts, thereby assisting farmers and researchers with crop security. This is accomplished by modelling NAT CAT (natural catastrophes).
In conclusion,
GIS plays a significant role in agriculture, and GIS application development specialists or professionals are essential for guiding the use of GIS tools and features to create applications that set new standards in agriculture.
Regarding US:
Lucidpath is a one-stop shop for developing GIS applications. Our expert services aid businesses in using GIS technology, tools, and features that assist them in expanding their operations and generating more income.
