The Experts below are selected from a list of 17358 Experts worldwide ranked by ideXlab platform
C. Zhang - One of the best experts on this subject based on the ideXlab platform.
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IGARSS - The Data Acquisition for Precision Agriculture Based on Remote Sensing
2006 IEEE International Symposium on Geoscience and Remote Sensing, 2006Co-Authors: Q. Ma, Q. Shang, Q. Chen, C. ZhangAbstract:Precision Agriculture needs a mass of data whose availability is an important factor of spreading PA technology. The methods of acquisition data of Precision Agriculture are developmental from truth-surveying to sensor. Remote Sensing can provide an important and convenient method for acquisition data of Precision Agriculture. There are some obstacles in the aspect of data of Precision Agriculture based on Remote Sensing, which result that Precision Agriculture can not apply widely in the Agriculture, so the researches of the acquisition data of Precision Agriculture based on Remote Sensing became more necessary. This paper obtains data of Precision Agriculture through distilling NPP, NDVI, LAI etc indices, and refers to land truth, construct models of management decision-making support system, which can provide how, when, where to use Precision Agriculture technologies, and help end user to make schemes of irrigation, fertilizer, spray pesticide. We make a program, which provide function of data update, data edits, data issue, management decision-making support etc. It is a way to providing data of Precision Agriculture quickly to end user.
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The Data Acquisition for Precision Agriculture Based on Remote Sensing
2006 IEEE International Symposium on Geoscience and Remote Sensing, 2006Co-Authors: Q. Chen, Q. Shang, C. ZhangAbstract:Precision Agriculture needs a mass of data whose availability is an important factor of spreading PA technology. The methods of acquisition data of Precision Agriculture are developmental from truth-surveying to sensor. Remote Sensing can provide an important and convenient method for acquisition data of Precision Agriculture. There are some obstacles in the aspect of data of Precision Agriculture based on Remote Sensing, which result that Precision Agriculture can not apply widely in the Agriculture, so the researches of the acquisition data of Precision Agriculture based on Remote Sensing became more necessary. This paper obtains data of Precision Agriculture through distilling NPP, NDVI, LAI etc indices, and refers to land truth, construct models of management decision-making support system, which can provide how, when, where to use Precision Agriculture technologies, and help end user to make schemes of irrigation, fertilizer, spray pesticide. We make a program, which provide function of data update, data edits, data issue, management decision-making support etc. It is a way to providing data of Precision Agriculture quickly to end user.
Ning Wang - One of the best experts on this subject based on the ideXlab platform.
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Precision Agriculture a worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China.
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Precision Agriculture—a worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China.
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Precision Agriculture - A worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China. © 2002 Published by Elsevier Science B.V.
Q. Chen - One of the best experts on this subject based on the ideXlab platform.
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IGARSS - The Data Acquisition for Precision Agriculture Based on Remote Sensing
2006 IEEE International Symposium on Geoscience and Remote Sensing, 2006Co-Authors: Q. Ma, Q. Shang, Q. Chen, C. ZhangAbstract:Precision Agriculture needs a mass of data whose availability is an important factor of spreading PA technology. The methods of acquisition data of Precision Agriculture are developmental from truth-surveying to sensor. Remote Sensing can provide an important and convenient method for acquisition data of Precision Agriculture. There are some obstacles in the aspect of data of Precision Agriculture based on Remote Sensing, which result that Precision Agriculture can not apply widely in the Agriculture, so the researches of the acquisition data of Precision Agriculture based on Remote Sensing became more necessary. This paper obtains data of Precision Agriculture through distilling NPP, NDVI, LAI etc indices, and refers to land truth, construct models of management decision-making support system, which can provide how, when, where to use Precision Agriculture technologies, and help end user to make schemes of irrigation, fertilizer, spray pesticide. We make a program, which provide function of data update, data edits, data issue, management decision-making support etc. It is a way to providing data of Precision Agriculture quickly to end user.
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The Data Acquisition for Precision Agriculture Based on Remote Sensing
2006 IEEE International Symposium on Geoscience and Remote Sensing, 2006Co-Authors: Q. Chen, Q. Shang, C. ZhangAbstract:Precision Agriculture needs a mass of data whose availability is an important factor of spreading PA technology. The methods of acquisition data of Precision Agriculture are developmental from truth-surveying to sensor. Remote Sensing can provide an important and convenient method for acquisition data of Precision Agriculture. There are some obstacles in the aspect of data of Precision Agriculture based on Remote Sensing, which result that Precision Agriculture can not apply widely in the Agriculture, so the researches of the acquisition data of Precision Agriculture based on Remote Sensing became more necessary. This paper obtains data of Precision Agriculture through distilling NPP, NDVI, LAI etc indices, and refers to land truth, construct models of management decision-making support system, which can provide how, when, where to use Precision Agriculture technologies, and help end user to make schemes of irrigation, fertilizer, spray pesticide. We make a program, which provide function of data update, data edits, data issue, management decision-making support etc. It is a way to providing data of Precision Agriculture quickly to end user.
Naiqian Zhang - One of the best experts on this subject based on the ideXlab platform.
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Precision Agriculture a worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China.
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Precision Agriculture—a worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China.
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Precision Agriculture - A worldwide overview
Computers and Electronics in Agriculture, 2002Co-Authors: Naiqian Zhang, Maohua Wang, Ning WangAbstract:This article provides an overview of worldwide development and current status of Precision-Agriculture technologies based on literatures generated mainly during the past 2 years. The topics include natural-resource variability; variability management; management zone; impact of Precision-Agriculture technologies on farm profitability and environment; engineering innovations in sensors, controls, and remote sensing; information management; worldwide applications and adoption trend of Precision-Agriculture technologies; and potentials of the technologies in modernizing the Agriculture in China. © 2002 Published by Elsevier Science B.V.
Johan Bouma - One of the best experts on this subject based on the ideXlab platform.
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Future directions of Precision Agriculture
Precision Agriculture, 2005Co-Authors: Alexander B. Mcbratney, Brett M. Whelan, Tihomir Ancev, Brett Whelan, Johan BoumaAbstract:Precision Agriculture is advancing but not as fast as predicted 5?years ago. The development of proper decision-support systems for implementing Precision decisions remains a major stumbling block to adoption. Other critical research issues are discussed, namely, insufficient recognition of temporal variation, lack of whole-farm focus, crop quality assessment methods, product tracking and environmental auditing. A generic research programme for Precision Agriculture is presented. A typology of Agriculture countries is introduced and the potential of each type for Precision Agriculture discussed.
