Precision Agriculture - Revision history

Claudia.Prajanu at 22:15, 22 September 2018

2018-09-22T22:15:08Z

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	The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population will continue to increase, creating a constant demand and pushing for a production increasing.		The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population will continue to increase, creating a constant demand and pushing for a production increasing.
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	The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.		The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.
	<ref name="Gal_Agriculture">[~~http~~://ec.europa.eu/~~dgs~~/~~energy_transport/galileo/doc/galileo_app01.pdf~~ Galileo Application Sheet - Agriculture], ESA and European Commission, June 2002</ref>.		<ref name="Gal_Agriculture">[https://ec.europa.eu/commission/index_en Galileo Application Sheet - Agriculture], ESA and European Commission, June 2002</ref>.

	== Application Architecture ==		== Application Architecture ==
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	Precision agriculture is refered as the use of satellite navigation to coordinate crops, soils and various agriculture mappings together with monitoring and subsequent analysis of data for optimum field application of chemical and fertilizer.<ref name="UN_rep">[http://www.oosa.unvienna.org/pdf/publications/st_space_24E.pdf Report of the Action Team on GNSS], United Nations 2004</ref>		Precision agriculture is refered as the use of satellite navigation to coordinate crops, soils and various agriculture mappings together with monitoring and subsequent analysis of data for optimum field application of chemical and fertilizer.<ref name="UN_rep">[http://www.oosa.unvienna.org/pdf/publications/st_space_24E.pdf Report of the Action Team on GNSS], United Nations 2004</ref>

	The integration of GNSS with other technologies means the agriculture community improves distribution and dilution of chemicals, better manage land and improve yields with the targeted application of nutrients.<ref name="gsa">~~[http://www.gppq.mctes.pt/brochuras/online/EuropeanGNSSProgrammes.pdf~~ Europe's Satellite Navigation Programmes - GALILEO and EGNOS]</ref>		The integration of GNSS with other technologies means the agriculture community improves distribution and dilution of chemicals, better manage land and improve yields with the targeted application of nutrients.<ref name="gsa">Europe's Satellite Navigation Programmes - GALILEO and EGNOS</ref>

	The precision agriculture requires augmentation systems such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]], which has been widely used by agriculture applications, by over 1 million users in the agricultural field alone in the United States.<ref name="UN_rep"/>		The precision agriculture requires augmentation systems such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]], which has been widely used by agriculture applications, by over 1 million users in the agricultural field alone in the United States.<ref name="UN_rep"/>

	The OmniSTAR is a more precise augmentation service, providing an accuracy of 1-2 inches and long term repeatability of better than 10 cm, which is suited for precision agriculture systems and tasks, such as:<ref>~~[http://www.omnistar.com~~ OmniSTAR], Worldwide DGPS Service</ref>		The OmniSTAR is a more precise augmentation service, providing an accuracy of 1-2 inches and long term repeatability of better than 10 cm, which is suited for precision agriculture systems and tasks, such as:<ref> OmniSTAR, Worldwide DGPS Service</ref>
	* Steering systems,		* Steering systems,
	* Spreading,		* Spreading,
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	== Application Examples ==		== Application Examples ==
	The worldwide Differential GPS services:		The worldwide Differential GPS services:
	* ~~[http://www.omnistar.com~~ OmniSTAR],		* OmniSTAR,
	* [http://www.navcomtech.com~~/StarFire~~/ StarFire]		* [http://www.navcomtech.com/ StarFire]

	The following vendors are the major GNSS solutions producer in the agriculture segment:		The following vendors are the major GNSS solutions producer in the agriculture segment:

Teresa.Ferreira at 14:19, 7 January 2015

2015-01-07T14:19:50Z

← Older revision		Revision as of 14:19, 7 January 2015
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	Satellite navigation is being used in agricultural applications for crop and soil monitoring as well as surveying the fertility of agricultural fields in order to control the distribution of chemicals and fertilizers.		Satellite navigation is being used in agricultural applications for crop and soil monitoring as well as surveying the fertility of agricultural fields in order to control the distribution of chemicals and fertilizers.
			The global market size for precision farming has been estimated to grow over $6.34 billion by 2022 at an estimated CAGR of 13.09% from 2015 to 2022 <ref>“Global Precision Agriculture Market Analysis & Forecast (2015-2022) Technology (VRA, Soil Mapping, Yield Monitoring, And Precision Irrigation)”, BIS research, 2014</ref>.

	The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.		The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.

Teresa.Ferreira at 12:02, 7 January 2015

2015-01-07T12:02:23Z

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	The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population it will continue to increase, creating a constant demand and pushing for a production increasing.		The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population will continue to increase, creating a constant demand and pushing for a production increasing.

			Satellite navigation is being used in agricultural applications for crop and soil monitoring as well as surveying the fertility of agricultural fields in order to control the distribution of chemicals and fertilizers.

	Satellite navigation is being use in agricultural applications in order to monitoring of crop and soil as well as surveying the fertility of agricultural fields in order to control the distribution of chemicals and fertilizers.

	The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.		The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.

Filipe.Pelica: Included editor logo.

2014-09-18T16:43:53Z

Included editor logo.

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Filipe.Pelica: fixed broken link.

2014-09-09T12:42:37Z

fixed broken link.

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	The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.		The needs of the fishing sector have also grown, ranging from day-to-day operational support to the navigation and positioning of fishing vessels. Strict international rules governing intrusion into national waters demand that vessels are monitored to check they work only in designated areas.
	<ref name="Gal_Agriculture">[http://~~www~~.~~galileoic~~.~~org~~/la/~~files~~/~~Agriculture~~.pdf Galileo Application Sheet - Agriculture], ESA and European Commission, June 2002</ref>.		<ref name="Gal_Agriculture">[http://ec.europa.eu/dgs/energy_transport/galileo/doc/galileo_app01.pdf Galileo Application Sheet - Agriculture], ESA and European Commission, June 2002</ref>.

	== Application Architecture ==		== Application Architecture ==

Filipe.Pelica: /* Low technology solutions */

2014-05-28T21:27:14Z

Low technology solutions

← Older revision		Revision as of 21:27, 28 May 2014
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	=== Low technology solutions ===		=== Low technology solutions ===
	Low technology GNSS solutions are used for low-value crop cultivation like cereals, low accuracy operations such as fertilizing, or reaping and for agro-logistic applications such as land parcel identification, or field measurement.		Low technology GNSS solutions are used for low-value crop cultivation like cereals, low accuracy operations such as fertilizing, or reaping and for agro-logistic applications such as land parcel identification, or field measurement.
	Most techniques rely on standard GNSS receivers complemented by free satellite based augmentation services such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]]. The level of accuracy achieved is below 1 meter.<ref name="Market_Report">[~~http://www.gsa.europa.eu/files/dmfile/GSAGNSSMarketreportIssue1.pdf~~ GSA GNSS Market Report – Issue 3], October 2010.</ref>		Most techniques rely on standard GNSS receivers complemented by free satellite based augmentation services such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]]. The level of accuracy achieved is below 1 meter.<ref name="Market_Report">[[GNSS Market Report#Previous Report Issues\|GSA GNSS Market Report – Issue 1]], October 2010.</ref>

	=== High technology solutions ===		=== High technology solutions ===

Carlos.Lopez at 10:56, 23 February 2012

2012-02-23T10:56:32Z

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	The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population it will continue to increase, creating a constant demand and pushing for a production increasing.		The agricultural community will face great challenges in a worldwide scale during the next years. Farmers will have to compete with quality products, while respecting the environment and earning profits at the same time. Meanwhile, the world population it will continue to increase, creating a constant demand and pushing for a production increasing.

Timo.Kouwenhoven: Text replace - "|Level=Medium" to "|Level=Intermediate"

2011-11-06T07:46:24Z

Text replace - "|Level=Medium" to "|Level=Intermediate"

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Timo.Kouwenhoven: Text replace - "|Authors=GMV." to "|Authors=GMV"

2011-11-01T13:50:03Z

Text replace - "|Authors=GMV." to "|Authors=GMV"

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Rui.Pereira at 16:09, 18 October 2011

2011-10-18T16:09:23Z

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	=== Low technology solutions ===		=== Low technology solutions ===
	Low technology GNSS solutions are used for low-value crop cultivation like cereals, low accuracy operations such as fertilizing, or reaping and for agro-logistic applications such as land parcel identification, or field measurement.		Low technology GNSS solutions are used for low-value crop cultivation like cereals, low accuracy operations such as fertilizing, or reaping and for agro-logistic applications such as land parcel identification, or field measurement.
	Most techniques rely on standard GNSS receivers complemented by free satellite based augmentation services such as [[WAAS]] or [[EGNOS General Introduction\|EGNOS]]. The level of accuracy achieved is below 1 meter.<ref name="Market_Report">[http://www.gsa.europa.eu/files/dmfile/GSAGNSSMarketreportIssue1.pdf GSA GNSS Market Report – Issue 3], October 2010.</ref>		Most techniques rely on standard GNSS receivers complemented by free satellite based augmentation services such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]]. The level of accuracy achieved is below 1 meter.<ref name="Market_Report">[http://www.gsa.europa.eu/files/dmfile/GSAGNSSMarketreportIssue1.pdf GSA GNSS Market Report – Issue 3], October 2010.</ref>

	=== High technology solutions ===		=== High technology solutions ===
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	The integration of GNSS with other technologies means the agriculture community improves distribution and dilution of chemicals, better manage land and improve yields with the targeted application of nutrients.<ref name="gsa">[http://www.gppq.mctes.pt/brochuras/online/EuropeanGNSSProgrammes.pdf Europe's Satellite Navigation Programmes - GALILEO and EGNOS]</ref>		The integration of GNSS with other technologies means the agriculture community improves distribution and dilution of chemicals, better manage land and improve yields with the targeted application of nutrients.<ref name="gsa">[http://www.gppq.mctes.pt/brochuras/online/EuropeanGNSSProgrammes.pdf Europe's Satellite Navigation Programmes - GALILEO and EGNOS]</ref>

	The precision agriculture requires augmentation systems such as [[WAAS]] or [[EGNOS General Introduction\|EGNOS]], which has been widely used by agriculture applications, by over 1 million users in the agricultural field alone in the United States.<ref name="UN_rep"/>		The precision agriculture requires augmentation systems such as [[WAAS_General_Introduction\|WAAS]] or [[EGNOS General Introduction\|EGNOS]], which has been widely used by agriculture applications, by over 1 million users in the agricultural field alone in the United States.<ref name="UN_rep"/>

	The OmniSTAR is a more precise augmentation service, providing an accuracy of 1-2 inches and long term repeatability of better than 10 cm, which is suited for precision agriculture systems and tasks, such as:<ref>[http://www.omnistar.com OmniSTAR], Worldwide DGPS Service</ref>		The OmniSTAR is a more precise augmentation service, providing an accuracy of 1-2 inches and long term repeatability of better than 10 cm, which is suited for precision agriculture systems and tasks, such as:<ref>[http://www.omnistar.com OmniSTAR], Worldwide DGPS Service</ref>