Anyone can start here · Fort Mason City Park, 1015 San Antonio Street, Mason, TX 76856
Document decomposed-granite trail erosion at Fort Mason City Park, site 1, Fort Mason City Park, 1015 San Antonio Street, Mason, TX 76856 (2026-07-28)
A decomposed-granite trail section at this public city park has no current erosion baseline, and rutting and gullying are carrying real granite-country topsoil off the historic Fort Mason hill with every rain. Standard: USDA NRCS Soil Health assessment and restoration practice (infiltration, aggregate stability, organic matter, native root structure), applied here to Mason County's Llano Uplift granite-dome country under rock-outcrop plant community loss, decomposed-granite trail erosion, and cedar/brush encroachment on savanna understory. SDG 15.3 land degradation neutrality. Proof: document-only stand-off photo log + rut/gully-length estimate + GPS + ranked follow-on note Method (USDA NRCS Soil Health assessment and restoration practice (infiltration, aggregate stability, organic matter, native root structure), applied here to Mason County's Llano Uplift granite-dome country under rock-outcrop plant community loss, decomposed-granite trail erosion, and cedar/brush encroachment on savanna understory. SDG 15.3 land degradation neutrality.): 1. 1. From the trail itself, photograph rutting, gullying, or bare tread on a decomposed-granite trail section or slope as found. 2. 2. Note the approximate length and depth of the eroded tread or slope. 3. 3. Photograph the nearest accessible trail marker for the crew's reference. 4. 4. Record a ranked follow-on note naming the reach for the trail erosion-control crew. Done when: document-only stand-off photo log + rut/gully-length estimate + GPS + ranked follow-on note
How this work is done
A documented method, so this packet comes out the same whoever does it. Typically 45–90 minutes. Method of record: USDA-NRCS soil-health in-situ assessment
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. Navigate to the plot; record GPS; sketch the sampling layout.
- 2. Photograph each sampling station.
- 3. Run the infiltration ring; record time to infiltrate 1 inch.
- 4. Assess aggregate stability and note visible organic matter, roots, and biology.
- 5. If compaction is in scope, record penetrometer resistance by depth.
- 6. Collect 0-15 cm cores if a lab subsample is specified; bag, label, complete COC.
- 7. Enter all measurements with units + depth, GPS, photos into the proof record; sign.
If it does not match the plan
- Infiltration > 30 min/inch or high penetrometer resistance -> flag compaction; recommend cover crop / reduced traffic.
- Very low organic matter / no visible biology -> flag degraded; recommend amendment plan.
What counts as done
- Infiltration time recorded
- Aggregate stability + organic-matter observation recorded
- Each in-scope measurement recorded with units and depth
- GPS waypoint + station photos + site sketch
Proof is measured against these, not judged by taste.
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