Critical Zone Observatory - University of Arizona

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Evolving Integrated Conceptual Modeling of Watershed Model Coupled Time and space p Processes Combine hydrologic‐ hydrologic pedologic‐ geomorphic‐ theory at the hillslope scale to link process measurements t and d interpret/guide distributed observations b distribution of EEMT drives CZ processing of f energy, gy, water and carbon. Field Activities Coordinated, interdisciplinary, process‐based b d measurements & experimentation among cross‐cutting science themes Hypothesis‐ Driven EExperimental e i e tal Design Instrumented hillslopes nested in subcatchments as f(elevation) f( ) to capture variation in EEMT and to identify biogeophysical controls
Geology Soils Topography Vegetation VCNP GIS
Page 1 and 2: The Jemez River Basin (NM) & Santa
Page 3 and 4: NSF 06‐588: Critical Zone Observa
Page 5 and 6: JRB-SCM CZO research integrates fou
Page 7 and 8: Santa Catalina Mountains (SCM) Vall
Page 9 and 10: Jemez River Basin (JRB) Elevation G
Page 11 and 12: Research Approach: Model Measure
Page 14 and 15: EHP Aspect controls water TTD Hypot
Page 16 and 17: LSE EHP Pelletier and Rasmussen (in
Page 18: Development of coupled process mode
Page 22 and 23: 0 25 50 100 Meters 0 125 250 500Met

Critical Zone Observatory - University of Arizona

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