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Academic Research Poster

Watershed Stewardship

The Drought-Plant Cycle, Development Cycle, watershed strategies using STELLA systems modeling, and the 5 S's of Water — a systems-thinking framework for watershed health.

STELLA Model Watershed Systems Hydrological Cycles
Watershed Stewardship research poster

Watershed Stewardship academic research poster — Clemson University.

Framework Overview

Watershed stewardship is most easily understood through the cycles that define it: the natural cycles of drought and plant succession, and the development cycles that interrupt or accelerate them. This poster uses STELLA systems dynamics modeling to show how land cover changes affect water movement through a watershed.

The 5 S's of Water

S1
Slow

Reduce flow velocity through terracing, check dams, and dense groundcover. Water that moves slow soaks in rather than running off.

S2
Spread

Distribute water across the landscape rather than concentrating it. Swales, contour planting, and engineered overflows spread water broadly.

S3
Sink

Allow water to infiltrate into the soil. Permeable pavements, rain gardens, bioswales, and healthy soil structure all enable infiltration.

S4
Store

Hold water in the landscape — in soil, wetlands, ponds, and aquifer recharge zones — for use during dry periods.

S5
Share

Healthy watersheds distribute water equitably — to plants, animals, aquifers, and downstream communities. Share is the social and ecological outcome of the first four.

Project Info

TypeAcademic Research Poster
InstitutionClemson University
ToolsSTELLA Systems Dynamics
TopicsDrought-Plant Cycle, Development Cycle, Hydrological Systems

The 5 S's framework appears across Andrew's work — from the Food Forest design to the stream restoration CI curriculum.