Catálogo de publicaciones - libros
Changing Land Use Patterns in the Coastal Zone: Managing Environmental Quality in Rapidly Developing Regions
G. S. Kleppel ; M. Richard DeVoe ; Mac V. Rawson (eds.)
Resumen/Descripción – provisto por la editorial
No disponible.
Palabras clave – provistas por la editorial
Applied Ecology; Landscape/Regional and Urban Planning; Environmental Management; Marine & Freshwater Sciences; Waste Water Technology / Water Pollution Control / Water Management / Aquatic Pollution; Ecotoxicology
Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2006 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-0-387-28432-3
ISBN electrónico
978-0-387-29023-2
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2006
Información sobre derechos de publicación
© Springer Science+Business Media, LLC 2006
Cobertura temática
Tabla de contenidos
Introduction—The Effects of Changing Land Use Patterns on Marine Resources: Setting a Research Agenda to Facilitate Management
M. Richard DeVoe; G. S. Kleppel
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
- Introduction—The Effects of Changing Land Use Patterns on Marine Resources: Setting a Research Agenda to Facilitate Management | Pp. 1-19
Trends in Land Use Policy and Development in the Coastal Southeast
G. S. Kleppel; Robert H. Becker; Jeffery S. Allen; Kang Shou Lu
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part I - Trends in Coastal Population Growth—Policies and Predictions | Pp. 23-45
Predicting Trajectories of Urban Growth in the Coastal Southeast
Jeffery S. Allen; Kang Shou Lu
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part I - Trends in Coastal Population Growth—Policies and Predictions | Pp. 47-67
Urban Typology and Estuarine Biodiversity in Rapidly Developing Coastal Watersheds
G. S. Kleppel; Dwayne E. Porter; M. Richard DeVoe
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part I - Trends in Coastal Population Growth—Policies and Predictions | Pp. 69-89
The Relationship of Hydrodynamics to Morphology in Tidal Creek and Salt Marsh Systems of South Carolina and Georgia
Jackson O. Blanton; Francisco Andrade; M. Adelaide Ferreira
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part II - Coastal Hydrology and Geochemistry | Pp. 93-107
The Role of Tidal Wetlands in Estuarine Nutrient Cycling
Hank N. McKellar; Delma Bratvold
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part II - Coastal Hydrology and Geochemistry | Pp. 109-137
Evaluating the Potential Importance of Groundwater-Derived Carbon, Nitrogen, and Phosphorus Inputs to South Carolina and Georgia Coastal Ecosystems
Samantha B. Joye; Deborah A. Bronk; Dirk J. Koopmans; Willard S. Moore
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part II - Coastal Hydrology and Geochemistry | Pp. 139-178
Oxygen, Carbon Dioxide, and Estuarine Condition
Lawrence R. Pomeroy; Wei-Jun Cai
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part II - Coastal Hydrology and Geochemistry | Pp. 179-201
Chemical Contaminants Entering Estuaries in the South Atlantic Bight as a Result of Current and Past Land Use
Richard F. Lee; Keith A. Maruya
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part III - Contaminants and Their Effects | Pp. 205-227
Models of Coastal Stress: Review and Future Challenges
Thomas C. Siewicki
PNNL’s Agriculture and Land Use is used to demonstrate the impact of potential changes in climate on agricultural production and land use in the United States. AgLU simulates production of four crop types in several world regions, in 15-yr time steps from 1990 to 2095. Changes in yield of major field crops in the United States, for 12 climate scenarios, are obtained from simulations of the EPIC crop growth model. Results from the HUMUS model are used to constrain crop irrigation, and BIOME3 model is used to simulate productivity of unmanaged ecosystems. Assumptions about changes in agricultural productivity outside the United States are treated on a scenario basis, either responding in the same way as in the United States, or not responding to climate.
Part III - Contaminants and Their Effects | Pp. 229-252