Proceedings :: International Society of Precision Agriculture

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Sousa, R.V

Meitalovs, J

Zhang, X

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Authors

Stalidzans, E

Zacepins, A

Meitalovs, J

Lopes, W.C

Domingues, G

Sousa, R.V

Porto, A.J

Inamasu, R.Y

Pereira, R.R

Marcaida, M

Zhang, X

Srinivasagan, S

Shajahan, S

Ketterings, Q

Topics

Emerging Issues in Precision Agriculture (Energy, Biofuels, Climate Change)

Guidance, Robotics, Automation, and GPS Systems

Data Analytics for Production Ag

Type

Poster

Oral

Year

2012

2024

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Filter results3 paper(s) found.
1. Application of Information Technologies in Precision Apiculture Apiculture, widely known as beekeeping, is one of the agriculture’s sub directions, where Precision Agriculture (PA) methods can be successfully applied. Adaptation of PA methods and technics into Apiculture, as well as integrating information technologies into beekeeping process can change and improve the beekeepers understanding of bee... E. Stalidzans, A. Zacepins, J. Meitalovs Download paper
2. Compatible ISOBUS Applications Using a Computational Tool for Support the Phases of the Precision Agriculture Cycle ... W.C. Lopes, G. Domingues, R.V. Sousa, A.J. Porto, R.Y. Inamasu, R.R. Pereira Download paper
3. Can Soil Fertility Data and Topography Predict Yield Stability Zones for Corn Fields in New York? Yield monitor systems play a vital role in precision agriculture given their ability to capture and map within-field yield variability. When three or more years of yield data are available, yield stability zone maps can be generated to show both the spatial and temporal variability of yield within a field. Based on the farm’s overall temporal mean and standard deviation for a specific crop, we can classify areas in the field as consistently high- (Q1) or low-yielding (Q4), and variably high-... M. Marcaida, X. Zhang, S. Srinivasagan, S. Shajahan, Q. Ketterings

Filter results3 paper(s) found.

1. Application of Information Technologies in Precision Apiculture

Apiculture, widely known as beekeeping, is one of the agriculture’s sub directions, where Precision Agriculture (PA) methods can be successfully applied. Adaptation of PA methods and technics into Apiculture, as well as integrating information technologies into beekeeping process can change and improve the beekeepers understanding of bee... E. Stalidzans, A. Zacepins, J. Meitalovs

Download paper

2. Compatible ISOBUS Applications Using a Computational Tool for Support the Phases of the Precision Agriculture Cycle

... W.C. Lopes, G. Domingues, R.V. Sousa, A.J. Porto, R.Y. Inamasu, R.R. Pereira

Download paper

3. Can Soil Fertility Data and Topography Predict Yield Stability Zones for Corn Fields in New York?

Yield monitor systems play a vital role in precision agriculture given their ability to capture and map within-field yield variability. When three or more years of yield data are available, yield stability zone maps can be generated to show both the spatial and temporal variability of yield within a field. Based on the farm’s overall temporal mean and standard deviation for a specific crop, we can classify areas in the field as consistently high- (Q1) or low-yielding (Q4), and variably high-... M. Marcaida, X. Zhang, S. Srinivasagan, S. Shajahan, Q. Ketterings