US — major-basin streamflow composite (10-gauge sample)
Top drivers
⌁ mcp.call("adw-132") vADW-132-live-1.0 How stressed are major US river basins?
US — major-basin streamflow composite (10-gauge sample)
Top drivers
⌁ mcp.call("adw-132") vADW-132-live-1.0 An agricultural commodity procurement agent queries ADW-132 (US Water-Stress Major-Basin, weekly refresh, USGS streamflow vs. normal across a 10-gauge sample, z-scored 0–100) every Friday; when the score rises above 50 with a 'rising' trend — currently at 33.5 (100th percentile of its three-point history, up 25.5% since first reading) — the agent cross-references the top_drivers gauges against commodity-origin geographies and automatically adjusts forward-contract exposure recommendations for water-intensive crops (corn, cotton, rice). The weekly cadence and source_lineage to USGS real-time streamflow data make the signal actionable before USDA crop-progress reports incorporate drought impacts, giving a 1–3-week lead.
A water-risk analyst at a large food-and-beverage company uses ADW-132 to inform facility-level procurement contingency planning: a score trending upward across multiple weekly reads signals that key basin streamflows are deteriorating relative to normal, triggering pre-negotiated secondary-supplier activation clauses before spot-water costs spike. The alternative — pulling USGS National Water Information System tables gauge-by-gauge — requires manual aggregation across dozens of sites with no composite normalization, making it impractical as a weekly decision-support input.
composite z-score 0-100
Version ADW-132-live-1.0 · validated to beat a naive baseline · benchmark: n/a