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Environmental Business Review | Wednesday, November 02, 2022
Precision farming technology can convey effective production improvements and develop income for farmers with better environmental management.
FREMONT, CA: With technological improvements affecting all sectors, agriculture has reached a new era. Utilizing precision technology on equipment can have a good effect on farmers and the environment. Experts enable farmers to adopt these technologies to yield more results by concentrating on sustainability.
Precision agriculture utilizes technologies to enhance sustainability by efficiently using critical inputs like land, water, fuel, fertilizer, and pesticides. The application of precision agriculture equipment decreased the inputs needed to grow more and develop more yield from a farm. The findings of numerous environmental studies on precision agriculture emphasize the advantages of technological betterment in accelerating farming outcomes.
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Environmental Benefits
The application of precision agriculture technology has generated enormous growth in maize and soybean farming over the last few years. When employed extensively, there is a prospect for large output and savings with these technologies. In addition, five significant environmental advantages are attained through adopting precision agriculture technology.
• Yield benefits by increased efficiency.
• Decline in fertilizer usage owing to more precise placement.
• Decline in the usage of pesticides because of more accurate application.
• Fuel savings because of improved monitoring and reduced overlap.
• Water savings are accomplished through more efficient requirement recognition.
Mitigates Climate Issues
Decreasing greenhouse gases is an answer to modern agriculture being part of the climate solution. For instance, precision agriculture tools save sufficient fuel to remove 200,000 cars from the road yearly while preventing an area the size of 4.5 Yellowstone National Parks from being added to production due to yield increases.
Overview of Studies
As explained above, adopting precision agriculture equipment and technologies generates massive yield growth and input savings.
• With the application of technology, productivity has risen by an estimated 4%, potentially increasing further to 6% with broader adoption.
• Precision farming has improved fertilizer placement efficiency by seven % and the ability for further growth by an additional 14 %.
• Usage of herbicide has decreased an estimated nine % and is expected to further decline by 15 %.
• Fossil fuel use has been reduced by an estimated six % and has the potential for a further decline of 16 %.
• The use of precision agriculture has resulted in a fall of four % in water consumption, with a potential decline of 21 %.
Overcoming Challenges
Different operational improvements are observed using precision agriculture to increase production–both short-term and long-term yield–and environmental and economic benefits. Nevertheless, more efforts are needed to fully adopt the technology and reap the enormous industry-wide growth in yield and input savings. Consequently, several companies collaborate to advance technologies and practices to identify production possibilities.
• Enforce policies that reward new approaches to agricultural production.
• Enhance the infrastructure, such as wireless broadband over croplands and rangelands, that enables precision agriculture.
• Enrich farm income so that farmers have money to invest in their businesses.
• Promote consumer understanding of precision agriculture's environmental advantages.
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