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Environmental Data for Agriculture

Start with a clearer picture of your field.

Environmental data for agriculture helps agronomists, growers and farm software teams understand land before making field decisions. Pxie combines modeled soil properties, satellite-based management zones, current soil wetness and growing-season climate in one place, with the source and limitations attached.

Example, not a live readingAgriculture & AgronomyEnvironmental context for your team

Three ways to put the data to work.

Prepare a soil sampling plan

Review modeled texture, organic carbon, pH and other soil properties across a field. Differences within the mapped data can help you choose areas for closer inspection and sampling. Confirm chemistry with laboratory tests before deciding on fertilizer or amendments.

Map variation within a field

Use management zones derived from bare-soil satellite imagery to identify relative patterns. These zones help organize scouting and sampling rather than prescribing inputs on their own. Their availability depends on suitable imagery, cloud conditions and enough exposed soil.

Add seasonal context

Put current soil wetness beside growing-season climate, including frost dates, rainfall and heat accumulation. Farm platforms can use these inputs to support planning conversations and explain regional conditions, while growers verify workable ground and crop conditions in the field.

How it fits into your day.

An agronomist outlines a field, reviews the soil summary and checks whether management zones are available. They select contrasting areas for laboratory sampling, then discuss the climate context with the grower. The results become a starting layer in the farm record, ready to compare with observations from the next field visit. Each source has its own spatial detail, so a fine-looking map should not imply equally precise chemistry.

Explore the data

Before you build.

Is the soil chemistry measured on my farm?

No. Soil properties are modeled from global datasets. Satellite zones describe relative surface patterns, not measured nutrient levels or absolute pH. Laboratory testing remains the basis for field-specific amendment and fertilizer decisions.

Are crop planning tools available to everyone?

Crop suitability, recommendations, rotation, yield, economics and fertilizer tools remain in testing or restricted preview. Public workflows should use the released soil, moisture, climate and management-zone features until the additional products are released.

Build around the conditions that matter.

Start free, or tell us about your workflow.

Read the API documentation →