Global Positioning System or GPS has been playing significant roles across several industries around the world. The technology has advanced impressively and the field of agriculture and farming is not left behind from the benefits of GPS. How can gps be used in farming? If this is the question that is bothering, one will be happy to know the importance of GPS in the agricultural sector is found in the precise farming methods and the various applications used.
GPS has the potential to offer relevant and accurate data to ascertain soil variance. Furthermore, it also finds out whether a specific soil type is perfect for the growth of a particular crop. Soil sampling is also helpful in assessing soils and the differential between soils that are ideal for farming and the ones that are not viable.
Identifying weed patches
Thanks to the advanced use of linear sampling techniques, GPS can help to single out the weed patches across the array of lands used for farming crops. The presence of weeds in the soil acts as an obstruction to the effective and optimal growth of crops. Moreover, it can also hinder the consequential crop yields over some time.
Precise planting comes in handy with the aid of the latest and the most advanced GPS usage. Each seed requires particular depth and spacing based on the type of soil used. The use of GPS makes it easier for the farmer to space each seed correctly, and also implement the depth of the seed precisely. This helps in the maximum crop yields.
The harvesting process is one of the best answers to how gps can be used in farming and agriculture. GPS plays a key role in determining the area of the farm to be harvested and the time required to get the yield. It won’t be wrong to mention that the harvesting of crops in the present time depends a lot on the GPS.
GPS plays a vital role in determining farmland that is ready for planting. Accordingly, farm planning can be done properly by the farmers. GPS technology offers a layout of the total size of the land and assesses which crops should be planted and in which part of the land. This is done easily as GPS can determine the array of factors, like soil and crop characteristics precisely.
GPS can be better at assessing the herbicides and pesticides to be used. The technology used in the Global Positioning System can determine the capacity of pesticides to be used in each square meter of the cultivated land. This helps in reducing the use of pesticides unnecessarily, thereby eliminating the chances of soil runoff.
The technology behind GPS is so advanced that water sources within a given locality can be easily determined. Water sources like canals, streams, rivers, ponds, etc., can be easily identified using GPS, and water is a vital aspect in farming and agriculture.
How can gps be used in farming? The question can be answered while considering the above-mentioned applications of GPS in the agricultural sector. There is no doubt that GPS plays a major role in efficient, and precise farming practice.