Drone imaging
Explore every detail
from above
Drone imaging
Explore every detail
from above
Precision, insight, and innovation in field trials
At Agrolab A/S, we leverage cutting-edge drone technology to enhance the accuracy and efficiency of our field trials. Our advanced drone services provide comprehensive assessments of plant health, crop height, and much more, ensuring you have the data you need to make informed decisions.
Precision, insight, and innovation in field trials
At Agrolab A/S, we leverage cutting-edge drone technology to enhance the accuracy and efficiency of our field trials. Our advanced drone services provide comprehensive assessments of plant health, crop height, and much more, ensuring you have the data you need to make informed decisions.
Precision, insight, and innovation in field trials
At Agrolab A/S, we leverage cutting-edge drone technology to enhance the accuracy and efficiency of our field trials. Our advanced drone services provide comprehensive assessments of plant health, crop height, and much more, ensuring you have the data you need to make informed decisions.
Reduce human bias,
easily compare plot results,
& make informed decisions early.
Our Drone Services
Crop Height Assessments
Plant health Measurements
Object Ground Area
Plant Counts
Our Drone Services
Crop Height Assessments
Plant Counts
Plant health Measurements
Object Ground Area
Orthomosaic Drone Images: High-Resolution Aerial Field Views
A drone image can be either a single, manually captured photo, such as a scenic field during sunset or a tractor at harvest, or part of an orthomosaic.
An orthomosaic is a high-resolution composite image created from a series of overlapping photos, providing detailed and comprehensive views of the field. At Agrolab, we always provide orthomosaics to ensure all details in a plot are visible from above.
Drone image from 60 meters of 25 trials in Backgården, Sweden. Orthomosaic and NDVI images.
Benefits of Drone Imaging in Field Trials: Enhanced Insights and Early Decision-Making
Drone images offer both study personnel and our clients deeper insights into the trial progress. These images facilitate easy comparison of plot results, allowing for early and informed decision-making.
The calculation of NDVI (Normalized Difference Vegetation Index) values provides precise measurements of plant health, as determined by chlorophyll activity. NDVI images are particularly useful in trials involving fungicides, fertilizers, desiccation, toxicity, and other types of studies.
Understanding Logarithmic Trials: Dose-Response Data and Precise Assessments
Logarithmic spraying is ideal for creating dose-response data and obtaining results through visual assessments or NDVI. Unlike typical trials with fixed dosages applied in multiple replicates, a logarithmic trial involves an infinite dosage gradient. This allows for the calculation of parameters such as the minimum lethal dose, maximum tolerated dose, and the maximum dose that produces no symptoms.
Logarithmic trial showcasing the effect of herbicides sprayed with 200% to 10% of recommended dosage. The effect can be seen at 2 weeks, 4 weeks, 7 weeks, and 13 weeks past application.
Orthomosaic Drone Images: High-Resolution Aerial Field Views
A drone image can be either a single, manually captured photo, such as a scenic field during sunset or a tractor at harvest, or part of an orthomosaic.
An orthomosaic is a high-resolution composite image created from a series of overlapping photos, providing detailed and comprehensive views of the field. At Agrolab, we always provide orthomosaics to ensure all details in a plot are visible from above.
Drone image from 60 meters of 25 trials in Backgården, Sweden. Orthomosaic and NDVI images.
Benefits of Drone Imaging in Field Trials: Enhanced Insights and Early Decision-Making
Drone images offer both study personnel and our clients deeper insights into the trial progress. These images facilitate easy comparison of plot results, allowing for early and informed decision-making.
The calculation of NDVI (Normalized Difference Vegetation Index) values provides precise measurements of plant health, as determined by chlorophyll activity. NDVI images are particularly useful in trials involving fungicides, fertilizers, desiccation, toxicity, and other types of studies.
Understanding Logarithmic Trials: Dose-Response Data and Precise Assessments
Logarithmic spraying is ideal for creating dose-response data and obtaining results through visual assessments or NDVI. Unlike typical trials with fixed dosages applied in multiple replicates, a logarithmic trial involves an infinite dosage gradient. This allows for the calculation of parameters such as the minimum lethal dose, maximum tolerated dose, and the maximum dose that produces no symptoms.
Logarithmic trial showcasing the effect of herbicides sprayed with 200% to 10% of recommended dosage. The effect can be seen at 2 weeks, 4 weeks, 7 weeks, and 13 weeks past application.
Orthomosaic Drone Images: High-Resolution Aerial Field Views
A drone image can be either a single, manually captured photo, such as a scenic field during sunset or a tractor at harvest, or part of an orthomosaic.
An orthomosaic is a high-resolution composite image created from a series of overlapping photos, providing detailed and comprehensive views of the field. At Agrolab, we always provide orthomosaics to ensure all details in a plot are visible from above.
Drone image from 60 meters of 25 trials in Backgården, Sweden. Orthomosaic and NDVI images.
Benefits of Drone Imaging in Field Trials: Enhanced Insights and Early Decision-Making
Drone images offer both study personnel and our clients deeper insights into the trial progress. These images facilitate easy comparison of plot results, allowing for early and informed decision-making.
The calculation of NDVI (Normalized Difference Vegetation Index) values provides precise measurements of plant health, as determined by chlorophyll activity. NDVI images are particularly useful in trials involving fungicides, fertilizers, desiccation, toxicity, and other types of studies.
Logarithmic trial showcasing the effect of herbicides sprayed with 200% to 10% of recommended dosage. The effect can be seen at 2 weeks, 4 weeks, 7 weeks, and 13 weeks past application.
Understanding Logarithmic Trials: Dose-Response Data and Precise Assessments
Logarithmic spraying is ideal for creating dose-response data and obtaining results through visual assessments or NDVI. Unlike typical trials with fixed dosages applied in multiple replicates, a logarithmic trial involves an infinite dosage gradient. This allows for the calculation of parameters such as the minimum lethal dose, maximum tolerated dose, and the maximum dose that produces no symptoms.
Frequently asked questions
Where can the drones be used?
We have drones and drone pilots at all our field trial stations (Denmark, Sweden, Latvia and Lithuania). Additionally, we will be happy to assist you with the analysis of your drone pictures.
What is the pricing for drone imaging?
We offer competitive prices depending on the size and scope of your request.
Contact our innovation manager, Martin Gejl, for a informal discussion of your requests.
Do you offer custom drone soloutions?
Yes. At Agrolab your needs are the priority. We will be happy to assist you whether it be a simple analysis of your drone image or a collaboration on developing and improving the services the drone can provide.
What is a drone image?
A drone image can can be one of two types of images. Either a single image taken on a manual flight providing a scenic photo of a field during sunset or a tractor during harvest. Or it can refer to the process of creating an orthomosaic; i.e. a series of overlapping images combined into one, high-resolution image that provides the greatest detail possible. Agrolab always provides an orthomosaic, to ensure the that all details in a plot can be seen from above.
What drone software do you use?
To analyze the drone images we use free open source software. Mainly R and QGIS with the package FieldImageR.
Contact our Innovation Manager, Martin Gejl, if you wish to learn more about our drones and the software we utilize.
Frequently asked questions
Where can the drones be used?
We have invested in drones for all our field trial stations (Denmark, Sweden, Latvia and Lithuania). We can also help you remotely with the analysis of your own drone pictures.
What is the pricing for drone imaging?
Our drone imaging services varies in pricing depending on the place of the trial and the extend of the trial. We usually offer the services as an add on services for our field trials. But as we also offer analysis of your own drone pictures, the pricing varies a lot.
Contact our innovation manager, Martin Gejl, for a price assessment.
Do you offer custom drone soloutions?
Yes. At Agrolab your needs are the priority. We will assist you in any way you see fit, whether that be a simple analysis of your drone image or a collaboration on developing and improving the services the drone can provide.
What is a drone image?
A drone image can can be one of two types of images. Either a single image taken on a manual flight providing a scenic photo of a field during sunset or a tractor during harvest. Or it can refer to the process of creating an orthomosaic; i.e. a series of overlapping images combined into one, high-resolution image that provides the greatest detail possible. Agrolab always provides an orthomosaic, to ensure the that all details in a plot can be seen from above.
What drone equipment do you use?
To analyze the drone images we use free open source software. Mainly R and QGIS with the package FieldImageR.
Contact our Innovation Manager, Martin Gejl, if you wish to learn more about our drones and the software we utilize.
