View allAll Photos Tagged precisionfarming
Crop residue consisting of stover from the previous year's maize crop helps conserve soil and water in this no-till farming system.
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Bob Wade used some of the lates precision agriculture technology to plant his 2016 corn crop in Sonora, Ky.
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Bob Wade checked the status of this irrigation equipment on his smart phone while planting corn in Sonora, Ky.
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Imagine a technology that could target pesticides to treat specific spots deep within the soil, making them more effective at controlling infestations while limiting their toxicity to the environment.
Researchers at the University of California San Diego and Case Western Reserve University have taken a step toward that goal. They discovered that a biological nanoparticle—a plant virus—is capable of delivering pesticide molecules deeper below the ground, to places that are normally beyond their reach.
The work could help farmers better manage difficult pests, like parasitic nematodes that wreak havoc on plant roots deep in the soil, with less pesticide.
Full story: jacobsschool.ucsd.edu/news/news_releases/release.sfe?id=2790
Photos by David Baillot/UC San Diego Jacobs School of Engineering
Farm manager Richard Coloin checked the planter while planting corn on Back Forty Farm in Sonora, Ky.
Using AI and Drones to Aid Precision Regenerative Agriculture
Supervisor: Dr. Wayne Forsythe
Theme: Physical Geography, Remote Sensing, Agriculture
Location: City of Toronto
This poster shows a supervised classification of the soil of a natural color image of marginal urban greenspace. In particular, this project classifies the parts per million measurement of nutrients in soil. In this case, it was to help the Garden Guild at The Church of St Peter and St Simon-the-Apostle, near Bloor and Parliament, in the City of Toronto.
PCI Geomatica is used to train and run the supervised classification, though QGIS also has open source plugins for the same operation. In any event, these types of classification maps can theoretically aid autonomous regenerative agriculture efforts worldwide. The goal is to create a deep learning algorithm, from a large sample of completed classifications, that can create soil classification maps from natural colour images, so that farmers all around the world can have a dependable soil analysis tool without the need to know how to train and run their own supervised classifications.
Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Image © Susan Candelario / SDC Photography, All Rights Reserved. The image is protected by U.S. and International copyright laws, and is not to be downloaded or reproduced in any way without written permission.
If you would like to license this image for any purpose, please visit my site and contact me with any questions you may have. Please visit Susan Candelario artists website to purchase Prints Thank You.
The precision farming market is estimated to be worth USD 5.09 Billion in 2018 and is projected to reach USD 9.53 Billion by 2023, at a CAGR of 13.38% between 2018 and 2023.
Download PDF Brochure @ tinyurl.com/ydajdkez
The major drivers for the precision farming market include increasing strain on the global food supply owing to increasing population, substantial cost savings associated with precision farming techniques, and government initiatives to adopt modern agricultural techniques. Precision farming is gaining tremendous popularity among farmers due to the increasing need for optimum crop production with limited available resources. Further, the changing weather patterns due to increasing global warming have impelled the adoption of advanced farming technologies to enhance farm productivity and crop yield.
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
Guarda la foto nella mappa satellitare - Look at it on Google Maps - thanks to Robogeo
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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Reportage di Agronotizie sulla giornata dimostrativa dedicata a "Agricoltura di precisione" - Az. Agr. Vallevecchia - Veneto Agricoltura - Lugagnana (VE), 12 luglio 2006
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