Wilson Water Group

Assists clients with short-term needs and long-range water planning across diverse basins. This includes basin-wide supply planning, consumptive use modeling, and the analysis of surface water allocation to help clients understand how external factors impact their ability to develop and protect water supplies.

• River and Reservoir Modeling

  Develops basin-wide planning models to understand current and future hydrologic conditions and simulate reservoir operations.

• Agricultural Use Assessment

  Performs detailed analyses of agricultural water consumptive use to evaluate current irrigation demands and historical water usage.

Provides technical analysis and modeling support to navigate complex water rights administration and litigation. The practice helps clients evaluate water rights portfolios, perform due diligence, and prepare filings for Water Court.

• Water Rights Analysis

  Evaluates historical use and water rights portfolios to determine feasibility and reliability under various administration scenarios.

• Water Court Filing Support

  Delivers technical engineering analyses and modeling to support clients with due diligence and Water Court filings.

• Due Diligence Support

  Assesses water rights transactions and planning options through rigorous technical and historical data analysis.

Facilitates communication and collaboration among water administrators, project operators, and other consultants. This work involves conducting stakeholder workshops, delivering technical training, and producing detailed reports and technical memoranda.

• Stakeholder Workshops

  Organizes and conducts large-group workshops to present data-driven water resources planning information in accessible formats.

• One-on-One Training

  Provides personalized technical training to state and federal staff, non-profit organizations, and water resource consultants.

• Technical Memor memoranda and Reports

  Drafts concise technical memos and comprehensive planning reports to document engineering findings and modeling results.