intermediate work · Fort Mason City Park, 1015 San Antonio Street, Mason, TX 76856
Install water bars and top-dress decomposed-granite trail erosion at Fort Mason City Park, site 2, Fort Mason City Park, 1015 San Antonio Street, Mason, TX 76856
The survey above found a rutted, gullied decomposed-granite trail tread at this public city park, ground that a hand-built water bar and a fresh DG top-dress would otherwise hold against the next Hill Country downpour. 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: before/after photos + material-volume record + reach-length record + GPS 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. Confirm the treatment reach with city parks staff and photograph the eroding decomposed-granite trail tread before starting. 2. 2. Hand-build water bars or check structures across the tread using hand tools only, sized to shed water off the trail. 3. 3. Top-dress the eroded tread with fresh, compacted decomposed-granite fines to restore a stable running surface. 4. 4. Photograph the repaired tread from the matching before vantage and record the material volume used and reach length treated. Done when: before/after photos + material-volume record + reach-length record + GPS
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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