Streams and ground waters
edited by Jeremy B. Jones and Patrick J. Mulholland.
Bok · Engelsk · 2000
| Utgitt | San Diego : Academic , c2000.
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| Omfang | 425 s.
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| Opplysninger | Description based upon print version of record.. - Front Cover; Streams and Ground Waters; Copyright Page; Contents; Contributors; Preface; SECTION ONE: THE PHYSICAL TEMPLATE: HYDROLOGY, HYDRAULICS, AND PHYSICAL STRUCTURE; Chapter 1. Quantifying Hydrologic Interactions between Streams and Their Subsurface Hyporheic Zones; I. Introduction; II. Challenge of Investigating Small-Scale Subsurface Processes That May Have Basin-Scale Consequences; III. Empirical Approaches to Quantifying Hydrologic Exchange between Streams and Shallow Ground Water; IV. Using the Stream-Tracer Approach to Characterize the Hyporheic Zone V. Paradigm Lost? Limitations of the Stream-Tracer Approach as a Means to Quantify Hyporheic ProcessesVI. Charting New Directions in Hyporheic-Zone Research; VII. Conclusion; References; Chapter 2. Modeling Surface-Subsurface Hydrologic Interactions; I. Introduction; II. Viewing the Interaction from the Stream; III. Viewing the Interaction from the Stream-Bed Interface; IV. Viewing the Interaction from the Subsurface; V. Challenges; References; SECTION TWO: BIOGEOCHEMISTRY SUBSYSTEM INTERACTIONS WITH STREAM SURFACE WATER; Chapter 3. Stream Chemistry and Riparian Zones; I. Introduction II. Riparian Zone Hydrological-Chemical Interactions: An OverviewIII. Riparian Influences on Stream Chemistry; IV. Riparian Zone Influences on Stream Chemistry in Relation to Watershed Hydrogeology: A Conceptual Framework; V. Future Research Directions; References; Chapter 4. Flood Frequency and Stream-Riparian Linkages in Arid Lands; I. Introduction; II. Riparian Zones in Arid Catchments; III. Hydrological Linkages in Mesic and Arid Catchments; IV. Conceptual Model; V. Case Study: Sycamore Creek; VI. Synthesis; VII. Conclusions: Intermediate Disturbance and Nutrient Retention; References Chapter 5. The Importance of Ground Water to Stream Ecosystem FunctionI. Introduction; II. Influence of Ground Water on Stream Functioning; III. Summary; References; Chapter 6. Surface-Subsurface Exchange and Nutrient Spiraling; I. Introduction; II. Empirical Studies; III. A Stream Nutrient Spiraling Model with Subsurface Transient Storage; IV. Results of Model Experiments; V. Relevance of Model Experiments; VI. Future Research Needs; Reference; Chapter 7. Emergent Biological Patterns and Surface-Subsurface Interactions at Landscape Scales; I. Introduction II. The Balance of Physical and Chemical Factors on the Geologic Template and Emergent Biological PatternsIII. Hydrothermal Systems as Models; IV. Human Implants on Surface-Subsurface Interactions; V. Synthesis and Recommendations for Future Studies; References; SECTION TWO: BIOGEOCHEMISTRY NUTRIENTS AND METABOLISM; Chapter 8. Nitrogen Biogeochemistry and Surface-Subsurface Exchange in Streams; I. Introduction; II. Nitrogen Forms and Transformation Pathways in Fluvial Environments; III. Nitrogen Sources in Fluvial Environments; IV. Hydrologic Residence in Pristine Streams V. The Redox Environment
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| Emner | |
| ISBN | 0-08-051799-4
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