Concept

Quantitative Solution

Quantitative Problem Solving in Natural Resources / A Solved Problem

"A satisfactory correction should make the left and right edge-of-water elevations equal, remain self-consistent and reproducible, and be generalizable to other cross-section datasets. The solver should check data entry, formulas, numerical reasonableness, and the stated solution criteria. Assumptions and conventions must be documented because different interpretations can produce different solutions, and solutions with fewer or better-supported assumptions are more trustworthy."

Related Ideas

  • Tilted TapeQuantitative Problem Solving in Natural Resources · A Solved Problem
  • Four StagesQuantitative Problem Solving in Natural Resources · Problem Solving as a Process
  • Heuristics HelpQuantitative Problem Solving in Natural Resources · Problem Solving as a Process
  • Water-lily ProblemQuantitative Problem Solving in Natural Resources · Introduction
  • Valuable ResearchQuantitative Problem Solving in Natural Resources · Interlude: Collecting and Managing Data
  • Dimensional AnalysisQuantitative Problem Solving in Natural Resources · Working with Numbers
  • Resources HeuristicsQuantitative Problem Solving in Natural Resources · Problem Solving as a Process
  • Makes QuantityQuantitative Problem Solving in Natural Resources · Quantities in the Real World
Quantitative Solution | Quantitative Problem Solving in Natural Resources | Bifalgorithm | Bifalgorithm