# VRA Seeding and Nitrogen Maps from Plant Available Water and Organic Matter

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The starting point is having a Soil Scanner dataset (or equivalent) with data layers for Plant Available Water (nutzbare Feldkapazität) and Organic Matter.
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The tutorials below support multiple languages. Choose the one that best fits you from the language icon <img src="https://3272281156-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2FYICBELdyAXXebKAzfLOR%2Fuploads%2FBI5BLx6lztxQTYIHqvsr%2Fimage.png?alt=media&#x26;token=0d402011-668e-4a9c-8853-0fb4f56ace99" alt="" data-size="line">.&#x20;
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## VRA Seeding Map for Corn

Below, you’ll find an interactive *multi-language* guide showing how to create a VRA seeding map for corn based on Plant Available Water (PAW) data from the Soil Scanner dataset.

{% @arcade/embed flowId="TRjxr1Ga4Kxa6WgTeIwx" url="<https://app.arcade.software/share/TRjxr1Ga4Kxa6WgTeIwx>" %}

## VRA Nitrogen Map alongside the Seeding Map

Below, you’ll find an interactive *multi-language* guide showing how to create a VRA nitrogen map for corn based on Organic Matter (OM) data from the Soil Scanner dataset.

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"Usually, the first nitrogen application provides roughly 40% of the corn crop’s total nitrogen needs.
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{% @arcade/embed flowId="lkHGC7G8cdQkIc9ofMkv" url="<https://app.arcade.software/share/lkHGC7G8cdQkIc9ofMkv>" %}

## Send Both Maps in One Work Plan to John Deere.

Below, you'll find an interactive *multi-language* guide showing how to create a John Deere Work Plan that contains both the seeding and nitrogen maps in one operation.

{% @arcade/embed flowId="JzY7zlwP6dqWxIE5xWay" url="<https://app.arcade.software/share/JzY7zlwP6dqWxIE5xWay>" %}