Hirsch Lab UAV Commercial Maize Phenotyping Project at UMN SROC Waseca: 2020, 2021, and 2022

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2020-05-21
2024-07-18

Date completed

2024-04-03

Date updated

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Title

Hirsch Lab UAV Commercial Maize Phenotyping Project at UMN SROC Waseca: 2020, 2021, and 2022

Published Date

2024-04-22

Author Contact

Hirsch, Candice N
cnhirsch@umn.edu

Type

Dataset
3D Imaging Data
Experimental Data
Field Study Data
Observational Data
Spatial Data

Abstract

This dataset provides a valuable resource for evaluating the ability of unoccupied aerial vehicles to collect plant height information from commercial agricultural fields and predict within field variation in yield using temporal traits including plant height, growth rate, and vegetative indices. Many flights were conducted over commercial maize fields using an UAV equipped with an RGB camera and this dataset includes orthomosaics and digital elevation models generated from those flights as well as plot boundary shape files used for extraction of data from those flights. Data in this repository includes extracted plant height, extracted RGB vegetative indices, manual height measurements, weather data, soil data, and grain yield. This experiment consisted of three commercial fields containing single maize hybrids and is therefore useful in assessing the ability of UAV extracted values in identifying within field variation for prediction of yield. It can also be used to test different methods of extracting plant height values from commercial fields as it includes manual measurements of height to be used in evaluation.

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Minnesota Corn Research and Promotion Council

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Previously Published Citation

Suggested citation

Sweet, Dorothy D; Hirsch, Candice N; Hirsch, Cory D. (2024). Hirsch Lab UAV Commercial Maize Phenotyping Project at UMN SROC Waseca: 2020, 2021, and 2022. Retrieved from the Data Repository for the University of Minnesota (DRUM), https://doi.org/10.13020/7t39-h236.
View/Download file
File View/OpenDescriptionSize
DRUM_ReadMe.txtDescription of the data28.23 KB
05212020_geotiff_LZW.tifMay 21, 2020 ortho2.72 GB
05212020_geotiffDEM_LZW.tifMay 21, 2020 DEM109.7 MB
06042020_geotiff_LZW.tifJune 4, 2020 ortho2.55 GB
06042020_geotiffDEM_LZW.tifJune 4, 2020 DEM106.65 MB
06182020_geotiff_LZW.tifJune 18, 2020 ortho2.27 GB
06182020_geotiffDEM_LZW.tifJune 18, 2020 DEM131.72 MB
06232020_geotiff_LZW.tifJune 23, 2020 ortho2.56 GB
06232020_geotiffDEM_LZW.tifJune 23, 2020 DEM159.49 MB
06302020_geotiff_LZW.tifJune 30, 2020 ortho2.37 GB
06302020_geotiffDEM_LZW.tifJune 30, 2020 DEM158.24 MB
07062020_geotiff_LZW.tifJuly 6, 2020 ortho2.72 GB
07062020_geotiffDEM_LZW.tifJuly 6, 2020 DEM169.6 MB
05182021_geotiff_LZW.tifMay 18, 2021 ortho2.25 GB
05182021_geotiffDEM_LZW.tifMay 18, 2021 DEM112.14 MB
06022021_geotiff_LZW.tifJune 2, 2021 ortho2.38 GB
06022021_geotiffDEM_LZW.tifJune 2, 2021 DEM131.96 MB
06082021_geotiff_LZW.tifJune 8, 2021 ortho2.39 GB
06082021_geotiffDEM_LZW.tifJune 8, 2021 DEM132.23 MB
06162021_geotiff_LZW.tifJune 16, 2021 ortho2.56 GB
06162021_geotiffDEM_LZW.tifJune 16, 2021 DEM133.42 MB
06222021_geotiff_LZW.tifJune 22, 2021 ortho2.52 GB
06222021_geotiffDEM_LZW.tifJune 22, 2021 DEM147.23 MB
06302021_geotiff_LZW.tifJune 30, 2021 ortho2.65 GB
06302021_geotiffDEM_LZW.tifJune 30, 2021 DEM141.22 MB

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