'Channel morphology' diaporamas de présentation

Macatawa River Watershed: An Overview of Hydrology and Modeling

Macatawa River Watershed: An Overview of Hydrology and Modeling. Dave Fongers Hydrologic Studies Unit Land and Water Management Division, MDEQ 517-373-0210 fongersd@michigan.gov. Overview. Hydrology Effect of urbanization Stability concepts Modeling Hydrologic Hydraulic Examples.

811 views • 60 slides

Macatawa River Watershed: An Overview of Hydrology and Modeling

Macatawa River Watershed: An Overview of Hydrology and Modeling. Dave Fongers Hydrologic Studies Unit Land and Water Management Division, MDEQ 517-373-0210 fongersd@michigan.gov. Overview. Hydrology Effect of urbanization Stability concepts Modeling Hydrologic Hydraulic Examples.

618 views • 60 slides

Hydrologic Analysis for NPS 319 and CMI Grants

Hydrologic Analysis for NPS 319 and CMI Grants. Dave Fongers Hydrologic Studies Unit Land and Water Management Division. Overview. Explanation of hydrology, morphology, and stability concepts Importance of hydrologic analysis What is expected in a hydrologic report

659 views • 50 slides

Hydrologic Analysis for NPS 319 and CMI Grants

Hydrologic Analysis for NPS 319 and CMI Grants. Dave Fongers Hydrologic Studies Unit Land and Water Management Division. Overview. Explanation of hydrology, morphology, and stability concepts Importance of hydrologic analysis What is expected in a hydrologic report

504 views • 50 slides

Fire Effects on Aquatic Ecosystems

Fire Effects on Aquatic Ecosystems. guest lecture by Christine May. Fire Effects on Aquatic Systems. How can fire affect fish? When and where does fire or fire management pose a threat? What management alternatives are most likely to benefit aquatic systems?. Dunham et al. 2003.

1.01k views • 46 slides

Reclamation Case Studies of Dam Removal

Reclamation Case Studies of Dam Removal. Cassie C. Klumpp. Dam Removal . 75,000 dams greater than 5 feet in United States 50,000 dams greater than 50 ft. in height 2 million dams total in the United States

569 views • 42 slides

Biological Objectives Tied to Physical Processes

Biological Objectives Tied to Physical Processes. Dr. William Trush Scott McBain Arcata, CA. Outline. Geomorphic-Hydrology work with Biologist Geomorphic-Biotic linkages Attributes of alluvial river integrity Analytical techniques which include:

423 views • 42 slides

CHANNEL ADJUSTMENTS IN NORTH-EASTERN ITALY AND POTENTIALS FOR CHANNEL RECOVERY

496 views • 36 slides

CHANNEL ADJUSTMENTS IN NORTH-EASTERN ITALY AND POTENTIALS FOR CHANNEL RECOVERY

368 views • 36 slides

Meandering channels in laboratory flumes

Meandering channels in laboratory flumes Christian Braudrick with Bill Dietrich, Leonard Sklar, & Glen Leverich. Chutes. Problem.

509 views • 31 slides

Near-surface Geologic Environments

Near-surface Geologic Environments. Bruce Herbert Geology & Geophysics. Hierarchy model of Landscapes. Descriptions start at small scales Describe flow between these systems Describe spatial and temporal variation at higher scale. Hierarchy model of contaminated near-surface environments.

235 views • 13 slides

Remote Mapping of River Channel Morphology

Remote Mapping of River Channel Morphology. March 9, 2003 Carl J. Legleiter Geography Department University of California Santa Barbara. Acknowledgements. Collaborators Dar Roberts and Tom Dunne, UCSB Mark Fonstad, Southwest Texas State University Andrew Marcus, University of Oregon

366 views • 10 slides

Bedrock - Feedbacks

226 views • 9 slides

human activity

agriculture. urbanization. industry. watershed devegetation. riparian devegetation. forestry & silviculture. mining & resource extraction. water withdrawals. human activity. ? groundwater inputs. ? surface water inputs. channel alteration. ? overland transport efficiency.

127 views • 1 slides