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Automated Crop Scouting with Intersection of Data Layers

Automated Crop Scouting tasks with the Intersection of Data Layers
1 mins read |

In GeoPard we have a module to create crop data scouting zones Automatically using flexible configuration of business and agronomic logic.

It allows to control huge amount of fields and do scouting only when emergency case happened.

Business/agronomic logic could be flexible. In this example – Tasks are created in the areas where we have High Historical Field Potential Zones and Low vegetation on the latest satellite imagery.

An example of another use-case: Low Yield zone (from yield file) Intersected with Low pH zones – to adjust lime fertility levels.


Automated Crop data Scouting zones with the Intersection of Data Layers
High Historical Field Productivity zones intersected with the latest Planet image low vegetation Zones -> Scouting tasks are created automatically in GeoPard

For crop trading companies and data modelers intersection between Historically most stable and High yield zones could be a good indicator to extrapolate Yield predictions.

If you’re a farmer, agronomist, or precision agriculture specialist, you know the importance of crop data scouting. It’s essential for monitoring the health of your crops and identifying any potential issues before they become major problems.

However, traditional crop scouting can be time-consuming and labor-intensive. That’s where automated scouting tasks come in.

GeoPard is a revolutionary automated precision agriculture software that uses advanced algorithms and satellite imagery to automatically monitor your crops. With GeoPard, you can easily set up automated scouting tasks that will alert you to any potential issues, such as pests, diseases, or nutrient deficiencies.

One of the key benefits of using automated scouting tasks is the ability to quickly and accurately identify issues in your crops. GeoPard uses advanced algorithms to analyze the satellite imagery of your fields, detecting even the smallest changes in your crops.

This means you can quickly identify any potential problems and take action to address them before they become more serious.

Another advantage of automated scouting tasks is the ability to monitor your crops on a regular basis. With traditional scouting, it can be difficult to regularly visit your fields and check for potential issues.

  Layers comparison

But with GeoPard, you can set up automated tasks that will monitor your crops on a daily or weekly basis, giving you a more comprehensive view of their health.

GeoPard’s automated scouting tasks are also customizable, allowing you to tailor them to your specific needs. You can set up tasks to monitor for specific issues, such as pests or diseases, or set up tasks to monitor specific areas of your field. This means you can get the information you need to make informed decisions about your crops.

In addition to its automated scouting tasks, GeoPard also offers a range of other features that can help you manage your precision agriculture operations. You can use GeoPard to plan your planting and fertilization, monitor soil moisture levels, and track your yield.

Overall, GeoPard’s automated scouting tasks are a powerful tool for farmers, agronomists, and precision agriculture specialists. With GeoPard, you can quickly and easily monitor your crops and identify potential issues, helping you make better decisions about your operations.

What is Crop Scouting?

Crop scouting is a practice in agriculture that involves systematically inspecting and monitoring crops to assess their health, growth, and potential issues. It typically involves physically walking through fields or utilizing technology such as drones or sensors to gather data.

Crop scouts observe and collect information on factors like pest infestations, disease outbreaks, nutrient deficiencies, and weed pressure.

This data helps farmers make informed decisions regarding crop management, such as implementing targeted treatments, adjusting fertilizer applications, or implementing pest control strategies. It plays a crucial role in maximizing crop yields and ensuring overall crop health.

What is Automated Crop Data Scouting?

Automated crop scouting refers to the application of cutting-edge technologies, including robotics, unmanned aerial vehicles (UAVs), various sensors, and artificial intelligence (AI), to observe and evaluate crop health and development in an agricultural environment.

  Zones Quality

The goal is to enhance effectiveness, lower expenses, and streamline crop management by automating tasks traditionally performed by human crop scouts.

The process of automated crop data scouting entails several stages, such as:

  • Gathering data: UAVs or terrestrial robots fitted with a range of sensors (e.g., cameras, multispectral sensors, LIDAR) acquire information on crop conditions, encompassing plant health, pest and disease occurrence, soil properties, and nutrient concentrations.
  • Analyzing data: The gathered data is subsequently processed and examined using AI and machine learning algorithms to detect patterns, irregularities, and tendencies related to crop health and development.
  • Making decisions: The data analysis results can be utilized to make informed choices about crop management, including optimizing watering, fertilization, pest management, and other interventions.
  • Taking action: Farmers can implement targeted measures based on the knowledge acquired from automated crop monitoring to address specific problems in the field, such as applying pesticides or nutrients solely where required, minimizing waste and environmental impact.

By providing farmers with real-time, accurate data, it can significantly enhance agricultural productivity and sustainability, allowing for better decision-making and the implementation of more precise management techniques.

How to Identify Scouting Zone?

Determining crop data scouting zones involve dividing a farm field into smaller, manageable sections based on aspects such as soil composition, terrain, historical crop outcomes, or other pertinent factors.

The objective is to establish uniform areas representing similar conditions, enabling more focused scouting, observation, and management practices. Here’s a step-by-step method to pinpoint crop scouting zone:

  • Collect historical information: Compile data on previous crop yields, soil analysis results, occurrences of pests and diseases, and any other significant information for the field. This data can help recognize areas with comparable conditions or performance.
  • Examine soil composition and terrain: Investigate the soil types and terrain of your field to comprehend natural variations. Different soil compositions and elevation levels can influence crop growth, nutrient absorption, and water accessibility, which in turn affects crop health.
  • Utilize remote sensing technology: Use satellite or drone-based imagery to obtain additional details on field conditions, such as vegetation indices, soil moisture levels, and temperature variations. This information can help fine-tune scouting zones by providing a more comprehensive view of the field.
  • Implement precision agriculture techniques: Use precision agriculture software to process and analyze the gathered data. These tools can help identify patterns and establish data-driven scouting areas, considering factors like crop health, soil variability, and terrain.
  • Establish scouting areas: Based on the data analysis, segment the field into smaller, uniform areas that display similar traits. These areas should be manageable in size and adapted to the specific requirements of your operation.
  • Update and adjust regularly: As circumstances change and new data becomes available, reassess and modify the scouting areas to ensure they remain relevant and precise. This may involve updating the areas based on new yield data, occurrences of pests and diseases, or other factors that influence crop performance.
  Crop control with stability and performance analytics

Hence, by pinpointing and creating crop scouting zone, farmers can concentrate their monitoring efforts more efficiently and apply targeted management practices, resulting in better resource usage and improved crop health.

Crop monitoring
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