Hydrogeology, Chemical Weathering, and Soil Formation. Allen Hunt
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landscape model of carbon and nutrient flux processes...Figure 12.3 Conceptual model of carbon and nutrient cycling in Lake Lanier, ...Figure 12.4 Calhoun Critical Zone Observatory location, watersheds, and samp...Figure 12.5 Lake (orange) and tributary (blue) sampling locations for Lake L...Figure 12.6 Calhoun CZO total phosphorus relationships with total dissolved ...Figure 12.7 Calhoun CZO total phosphorus and nitrogen relationships with tot...Figure 12.8 Lake Lanier tributary relationships between nutrients (total pho...Figure 12.9 Lake Lanier within‐lake relationships between nutrients (total p...
14 Chapter 13Figure 13.1 Critical zone architecture reflects the integrated effects of we...Figure 13.2 Swath map of the east side of the Colorado Front Range in vicini...Figure 13.3 Shaded relief DEM of Gordon Gulch, showing the smaller upper bas...Figure 13.4 Top: Variation over a year of the average daily shortwave insola...Figure 13.5 Modeled solar radiation integrated over each day of the year to ...Figure 13.6 Seismic refraction profiles in Gordon Gulch. The four longest se...Figure 13.7 Mineralogy of soil pits in Gordon Gulch. Error bars show vertica...Figure 13.8 Elemental analyses from X‐ray fluorescence for samples from soil...Figure 13.9 Bulk density of mobile regolith from soil pits and of bedrock fr...Figure 13.10 Brazilian tensile test results in outcrop and saprolite (mobile...
15 Chapter 14Figure 14.1 The dependence of weathering rate reactions on flow velocity in ...Figure 14.2 Scaling diagram of relationships limiting the growth of fertiliz...Figure 14.3 Extension of depth predictions for soils to chemical weathering ...
Guide
7 PREFACE
10 Index
11 WILEY END USER LICENSE AGREEMENT
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