Sample soil health under and between the rows.

Building a ground-mount array drives heavy equipment across a field, and the compaction it leaves is the single biggest reason seeded ground cover fails there. Sample Hudson Valley community distributed generation arrays the way NRCS asks: infiltration time, aggregate stability, bulk density and organic matter, paired under a row and in the drive aisle, with an off-site control on comparable ground. old hayfield and pasture ground under and between the rows. The result tells the ground-cover packet whether it is seeding into living soil or into a compacted lane that needs loosening first.

Where

public roads in Kingston and the surrounding Ulster County towns, NY (city-center coordinate; the worker records the exact array) · Open the map

Pay

$75 proposed

This packet is not funded yet, so this figure is a proposed price and not money waiting in escrow. If a buyer funds it, approved proof settles that price onchain. If nobody funds it, approved proof earns provable credit toward the work instead of cash — recorded, and readable any time at vealth.net/labor/credit/(your wallet). You see which before you claim, never after.

Proof

paired under-row and aisle samples + off-site control + infiltration, aggregate stability, bulk density and organic matter results with GPS

This is exactly what gets it approved. Nothing settles without it.

Level

intermediate

Open until

2026-10-01

Posted by

0x034F…6c89

The creator wallet. Its signature is what approves proof and settles the wage.

How this work is done

A documented method, so this packet comes out the same whoever does it.

Bring

• soil auger or trowel
• infiltration ring + measured water + timer
• penetrometer (if compaction in scope)
• clean bucket
• sample bags + labels
• gloves
• GPS phone
• camera

Steps

1. 1. Navigate to the plot; record GPS; sketch the sampling layout.
2. 2. Photograph each sampling station.
3. 3. Run the infiltration ring; record time to infiltrate 1 inch.
4. 4. Assess aggregate stability and note visible organic matter, roots, and biology.
5. 5. If compaction is in scope, record penetrometer resistance by depth.
6. 6. Collect 0-15 cm cores if a lab subsample is specified; bag, label, complete COC.
7. 7. Enter all measurements with units + depth, GPS, photos into the proof record; sign.

What counts as done

• GPS waypoints and photos of every sample point: under a row, in the drive aisle, and the off-site control
• Infiltration times and aggregate stability results for each point, with the method recorded
• Bulk density and organic matter results, with the laboratory or field method named
• A one-page read of whether the ground needs loosening before seeding, stated as a finding and not as a soil certification

Proof is measured against these, not judged by taste.

The standard this serves

Soil Health. Soil health is the discovery, now written into USDA standards, that soil is not dirt but a living body: it breathes, digests, holds water, and can sicken or recover. The tests are wonderfully physical. Time how fast water soaks in. See whether a clod holds together in water or falls apart. Smell for the sweetness of organic matter. Mastery looks like a farmer who can read a handful of ground like a page. This packet is one plot examined by those methods and recorded, one honest page in the story of a piece of land.