It is more than most likely that if you are directly involved in the agricultural world eventually you have actually found out about precision agriculture. Similar to the tablet computer systems today, or the Macarena in the 1990s, accuracy farming is that unavoidable thing that everyone is speaking about as well as with good factor. With a guarantee of significantly increasing performance by integrating 21st century agriculture innovation into the ranch, one can not aid however to get excited about all the potential advantages. And also because accuracy farming relies on sophisticated on-board computer systems you can anticipate tomorrow’s tractors to more closely look like the vehicle from Knight Motorcyclist than your father’s John Deere.
The premise behind accuracy agriculture is simple; considering that terrains are not consistent in the majority of their measurements such as soil composition, dietary demands, crop returns, as well as pest/disease presence, after that the standard method of treating them consistently is hardly excellent. Precision farming means to resolve this problem by splitting each block into a grid of smaller sized stories of land and also micromanaging them individually, or doing “site particular management” as we say in farming. Of course this is as well huge a job for people to do with because it requires gathering as well as analyzing countless pieces of information. This is where innovation enters into have fun with a variety of sophisticated modern technologies such as general practitioner systems, yield displays, variable rate applicators, as well as geospatial analytical analysis software program.
As with any effective scientific undertaking, a great accuracy farming procedure needs precise information. A great place to start is generally by producing dirt composition and also return maps of the blocks you want to examine. These maps represent the lots of samples that will certainly be the basic input for geospatial analytical evaluation software program that will generate referrals for various procedures such as fertilization, sowing thickness, and pest/disease control.
The issue with these types of maps is that they can be extremely tough to develop appropriately. A collective set of mistakes originating from various aspects such as GPS system precision restrictions, usage of several harvesting equipments on the exact same fields (Numerous return screens), as well as smilefarm.co.th dead time on information catch as a result of hardware ability, can drive the margin of error significantly also to the point of providing it pointless. This is why having an appropriate process for reducing errors during data capture, as well as where the posterior filtering system of suspiciously misplaced information (Outliers) come to be vital activities.
Presently there are 2 major institutions of thought behind variable price applications and also potentially even accuracy farming in general; on one side we have those who wish to raise the areas to further heights than had actually been formerly feasible with standard methods. Their rationale exists behind the fact that because we’re not using ideal farming methods for every specific site, then the maximum possibility of fields has actually not been gotten to and huge benefits can be achieved by trying to optimize manufacturing. On the other side of the fence we have professionals that think that because of the fact that an exceptionally high degree of manufacturing has already been gotten to on most plants, feasible gains in production due to website details management of areas are limited as well as not worth going after. The emphasis of these specialists rather is centered in cost-cutting by reducing waste and also over application of agricultural materials (Seeds, fertilizers, chemicals, etc). What I have actually noticed is that actual accuracy farming smart farmers in a lot of cases have a placement that rests half-way in between both camps, and also therefore treat each field as a distinct case that requires to be dealt with individually to establish the best strategy.
As soon as you have determined which come close to fits your existing circumstance much better, modern geospatial statistical analysis software program tools will provide a myriad of mathematical techniques for establishing an optimal application pattern that takes into consideration the specific scenarios of each individual website. This application patterns will then be moved to an on-board computer that can immediately control application rates of the devices affixed to the tractors (Planters, sprayers, and so on) based on the GPS position of the vehicle. Here again making certain the reduction of mistakes in information, such as ensuring an exact GPS placement, can have a big effect on the results of the workout.