Some private gains are created by shifting costs onto others. The Accord prices those costs at the source: carbon, methane, speculation, systemic financial risk, pavement destruction, public-health harms, aquifer depletion, interchange extraction, and labor-market undercutting.
Aquifer depletion imposes costs on down-gradient farms, municipal systems, and future users. The Ogallala Aquifer (US Plains) is being depleted at multiples of recharge rate; California's Central Valley aquifer system has lost approximately 60 cubic miles of water since the 1960s; the Edwards Aquifer (Texas) faces chronic over-extraction during drought cycles.
Today's water-rights architecture largely permits extraction at no federal fee. State-level water-rights frameworks vary widely (prior appropriation in the West, riparian in the East, hybrid in some states), and the externality from over-extraction crosses jurisdictional lines: depletion in one state affects users in another state and the future users of the same aquifer over decades. The federal interest in pricing the externality is structural.
Source-priced extraction fee scaled to depletion against sustainable yield. The published rule sets the sustainable-yield benchmark per aquifer (or per surface-water basin) and prices extraction in three tiers: - Below sustainable yield: low fee, calibrated to administrative cost recovery. - Above sustainable yield, below ~1.5× threshold: moderate fee, reflecting the externality-cost gradient. - Above ~1.5× threshold: sharply higher fee, reflecting the unsustainability of the extraction pattern.
Revenue flows to the General Fund (no earmark per DNA Ch 7 ring-fenced-trust rule). State coordination via federal-state water compacts; existing interstate-compact infrastructure (Colorado River Compact, Republican River Compact, Apalachicola-Chattahoochee-Flint, etc.) provides the framework for federal-state revenue sharing.
Large-scale extractors. Agricultural irrigation (largest category by volume): center-pivot and flood irrigation in the Ogallala, Central Valley, and Edwards regions. Industrial users: bottling, food processing, semiconductor manufacturing, oil-and-gas hydraulic fracturing in water-stressed basins. Municipal utilities above a scale threshold.
Small-residential users entirely outside the rule. Drought-emergency exemptions per published rule. Genuine sustainable-yield extraction (below the benchmark) faces only the administrative-cost-recovery fee.
The architecture distinguishes sustainable from unsustainable extraction: the bite is on extraction patterns that exceed recharge, not on extraction broadly. Sustainable agricultural use, sustainable municipal supply, and sustainable industrial use face minimal fees.
Pending canonical scoring.
Revenue is moderate. The architectural intent is broader than fiscal: the steeply-tiered rate structure produces price signals that shift extraction patterns toward sustainability over time. As patterns shift, fee revenue from the highest-tier extraction declines — by design.
See tax ladder · fiscal scoring
- Cross-state extraction routing
- Federal collection routed to federal-state compacts avoids state-by-state shopping.
- Permit-fragmentation games
- Aggregation across all permits a single operator holds in a basin. Splitting one large extraction across multiple permits or wells does not avoid the sustainable-yield comparison.
- Drought-emergency abuse
- Emergency exemptions are time-limited and require formal drought declaration; pattern-of-emergency-claims triggers higher base fees in subsequent normal years.
- Federal-state water compacts
- Existing interstate-compact infrastructure provides the framework for federal-state revenue sharing.
- Externality Limiter (Engine 6)
- Houses the broader environmental-pricing architecture including water.
- Carbon fee
- Companion externality-pricing instrument. Water and carbon both reflect the architectural commitment that costs imposed on broad populations should be priced at source.