Precision farming is a strategy of farming management thatcollects, observes, measures, and responds to variability in crops, whether it is in or outside the field. In a simpler definition, it is a farming technique that uses technology to produce greater results with less resources while keeping minimum potential harm.
What are the benefits of precision agriculture?
4% increase in crop production7% increase in fertilizer placement efficiency9% reduction in herbicide and pesticide use6% reduction in fossil fuel use4% reduction in water use
What is precision agriculture all about?
Precision agriculture (PA) is the science of improving crop yields and assisting management decisions using high technology sensor and analysis tools. PA is a new concept adopted throughout the world to increase production, reduce labor time, and ensure the effective management of fertilizers and irrigation processes.
What is precision agriculture definition?
What is Precision Agriculture? Precision agriculture is the practice of maximizing profitability and crop yields by using precise inputs in farming practices. With the help of precision agriculture equipment and technology, this practice can boost the efficiency, sustainability, and profitability of farmlands.
What are the different methods of farming?
What Are the Different Types of Farming? Ranching, dry and irrigated farming, mixed farming, single and multi-crop farming, diversified farming and specialized farming are all types of farming. Specialized farming can be further broken down into dairy farming, raising sheep or raising cattle. Ranching is the practice of grazing animals on …
What is Precision Farming?
Precision farming is an approach to make farming more accurate and controlled. Information technology and specialised equipment, like remote-sensing devices, are used to collect and manage site-specific data. Farmers can then make optimal farming decisions about growing conditions, livestock, or crop treatment. In essence, technology is used to target farming practices more wisely.
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What is the Pope of Potatoes?
Jacob van den Borne or ‘The Pope of potatoes’, is proving that precision farming is more than just a theory, it’s economically viable. Since 2006, he has been running his Netherlands based potato farm using precision technology. 6 Since opting for precision tech, he has reduced consumption of water, fertilisers, pesticides and diesel, while boosting yield by one percent each year. 7 Whereas most farmers dig up soil samples to measure soil chemistry and moisture, Van den Borne uses soil probes and sensors that transmit real-time data.#N#He plans planting, spraying and harvesting using a combination of GPS and ground sensors, called RTK-GPS, which can plot automatic driving routes for tractors to an accuracy of one cm. 8 He is also investigating how to use drones in agriculture and has created his own experimental drone airport. Perhaps another nickname “the Elon Musk of potatoes” is more apt.
What happens if you cut your finger?
Yet farmers may drench entire crop fields with herbicide if they find just a few weeds, in order to stop spread. This is wasteful, and chemical runoff also enters the surrounding natural environment. A report by Goldman Sachs found 40 percent of farms are overfertilised. 14
Does precision farming mean buying the latest technology?
Precision farming doesn’t have to mean buying the latest tech for farming. Farmers in low-income countries can access vital information from precision farming platforms, using cheap mobile phones. Examples include Kurima Mari, an app for farmers providing information on weather conditions and market updates in Zimbabwe, and Precision Agriculture for Development, which sends tailored advice to farmers in western Kenya via text message. 11, 12
Why do farmers use drones?
Aside from crop dusting, drones will be able to take continuous shots of crops so farmers can monitor plant health without sending scouts out into the fields. This would allow for more controlled, precise fungicide and insecticide application. Japan has already started using drones to spray their rice fields. By 2010, drones sprayed 30 percent of Japanese rice fields with pesticides. “The Japanese farm hectares sprayed by manned helicopters dropped from 1,328 in 1995 to 57 in 2011, as unmanned helicopter spray rose to 1,000 hectares that year,” according to Wired. The consensus seems to be that American farming will adopt drones rapidly as well if they are approved for widespread use.
How can lasers help farmers?
The result can be a boon for farmers and holds great potential for making agriculture more sustainable and increasing food availability. Big Data Down on the Farm.
How much will the global demand for calories grow over the next 40 years?
With the global demand for calories expected to grow by almost 50% over the next 40 years, the question on many minds is how to produce enough food to feed the world population. Though crop yields in the United States have grown in the last decade, they must continue to grow — and we don’t have much productive farmland left to expand into.
Is ISOBlue drone legal in agriculture?
ISOBlue plans to have an off-the-shelf, low-cost device available in 2014. Though drones are not currently allowed for most agricultural applications, the Federal Aviation Administration is considering regulations that would allow their use, and if approved they are anticipated to be a huge game-changer in agriculture.
How can you use drones in agriculture?
ABZ Drone was trying to answer the question of why would you use drones in agriculture.
Proving the value of drones
Once the data was collected, the team imported it to PIX4Dfields. As it is desktop-based software, there was no need for an internet connection and as a result, the ABZ Drone team could process the images in the field.
Spreading precision agriculture
Increasing uptake of precision agriculture techniques is an exciting development in farming. Not only is it cheaper for growers, but it empowers more environmentally friendly farming practices.