Agriculture Management Platform

Description

Crop fields and types are identified from time-series of satellite data using machine learning based crop identification algorithms built from ground data and expert experiences.

Problem

Seed map is an essential tool for farmers that provides not only proper distribution of planting areas but also optimal use of resources. It allows planning of crops in a smart way, taking into account soil features, climate conditions, and other factors that can increase productivity and quality of products. Additionally, seed map can be helpful for analyzing crop results and planning future crop rotations. Therefore, creating a seed map is an important step in ensuring sustainable agriculture development and increasing production efficiency.

Solution

Time-series of satellite multispectral images are particularly useful for identifying crops. Seasonality features for each targeted crop are derived from local ground data and expert knowledge, and machine learning algorithms are used to establish the seasonality patterns. The patterns are then applied to time-series NDVI to identify crop types for each field. Finally, fields and their boundaries are detected through the seasonal composition of satellite images. With the help of algorithms, it is now possible to easily identify different types of crops in a field, allowing for more accurate analysis and predictions. This technology also allows for the identification of seasonality patterns, which is a crucial factor in predicting crop yields.

Description

Crop fields and types are identified from time-series of satellite data using machine learning based crop identification algorithms built from ground data and expert experiences.

Problem

Seed map is an essential tool for farmers that provides not only proper distribution of planting areas but also optimal use of resources. It allows planning of crops in a smart way, taking into account soil features, climate conditions, and other factors that can increase productivity and quality of products. Additionally, seed map can be helpful for analyzing crop results and planning future crop rotations. Therefore, creating a seed map is an important step in ensuring sustainable agriculture development and increasing production efficiency.

Solution

Time-series of satellite multispectral images are particularly useful for identifying crops. Seasonality features for each targeted crop are derived from local ground data and expert knowledge, and machine learning algorithms are used to establish the seasonality patterns. The patterns are then applied to time-series NDVI to identify crop types for each field. Finally, fields and their boundaries are detected through the seasonal composition of satellite images. With the help of algorithms, it is now possible to easily identify different types of crops in a field, allowing for more accurate analysis and predictions. This technology also allows for the identification of seasonality patterns, which is a crucial factor in predicting crop yields.
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Crop fields and types are identified from time-series of satellite data using machine learning based crop identification algorithms built from ground data and expert experiences

Financial Model

Time to launch the project: 6 months

Payback: 12 months

Interested in the project?

Geography

We have experience in working with clients in more than 20 countries: we understand how local legislation, mentality and experience influence technologies and innovation approaches

Our representations: Bahrain, China, Finland, Germany, Hong Kong, India, Indonesia, Italy, Kazakhstan, Malaysia, Singapore, South Korea, Switzerland, Thailand, Turkey, UAE, USA, Uzbekistan, Vietnam

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