'Runoff volume' presentation slideshows

2012 PE Review: IV-A: Hydrology and Hydraulics

2012 PE Review: IV-A: Hydrology and Hydraulics. Michael C. Hirschi, PhD, PE, D.WRE Senior Engineer Waterborne Environmental, Inc. hirschim@waterborne-env.com also Professor Emeritus University of Illinois. Acknowledgements: Daniel Yoder, I-A, PE Review 2006

1.06k views • 92 slides

Presented by Dr . Debasri Roy Associate Professor School of Water Resources Engineering Jadavpur University

CLIMATE CHANGE IMPACTS ON WATER ARENA OF A RIVER BASIN IN INDIA. D. Roy ,S. Begam , S. Jana and S. Sinha School of Water Resources Engineering Jadavpur University Kolkata,India. Presented by Dr . Debasri Roy Associate Professor School of Water Resources Engineering

963 views • 78 slides

Low Impact Development and Stormwater Management in Pennsylvania

Low Impact Development and Stormwater Management in Pennsylvania. Catherine Chomat, P.E. F. X. Browne, Inc Brian Oram, PG Wilkes University Dr. Robert Traver, P.E. Villanova University. Impacts of Stormwater Runoff on Aquatic Ecosystems. Impacts of Stormwater Runoff on Aquatic Systems.

726 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

WATER RESOURCES and GLOBAL WARMING: WHAT CAN WE EXPECT?

WATER RESOURCES and GLOBAL WARMING: WHAT CAN WE EXPECT?. Dr. Christopher A. Kent Geography, SCC April 21, 2008. I. Background Comments on Global Warming II. Changes in Global Hydrology III. Changes in the Pacific Northwest. I. BACKGROUND COMMENTS ON GLOBAL WARMING.

592 views • 45 slides

620 views • 39 slides

490 views • 33 slides

Presented by: James Bachhuber PH Caroline Burger PE AECOM Madison, WI

Using WinSLAMM For Stormwater Retrofit in Urban Environments August 22, 2011 StormCon 2011, Anaheim, CA. Presented by: James Bachhuber PH Caroline Burger PE AECOM Madison, WI. Dense Urban Land Uses Require Stormwater Retrofitting Open space is very limited Land values are very high

398 views • 24 slides

Siti Nazahiyah Bte Rahmat Faculty of Civil and Environmental Engineering

Siti Nazahiyah Bte Rahmat Faculty of Civil and Environmental Engineering Universiti Tun Hussein Onn Malaysia (UTHM). URBAN STORMWATER QUALITY AND LOAD ESTIMATION FROM URBAN RESIDENTIAL AREA IN SKUDAI, JOHOR, MALAYSIA. INTRODUCTION. Two main impacts of urbanization.

378 views • 24 slides

An Introduction to TR-55

An Introduction to TR-55. Kristina Schneider February 27, 2001. Model Overview. Applies to small urban and urbanizing watersheds but can be used with other watersheds if limitations are met. Uses simplified methods for estimating: Storm runoff volume (SCS Method)

444 views • 22 slides

Potential Climate Change Impacts to the NW Hydroelectric System

Potential Climate Change Impacts to the NW Hydroelectric System. NW Hydroelectric Association Conference February 20, 2013. Outline. Global Circulation Model Output Assessing impacts to the hydroelectric system Mitigation Actions?. Global Climate Models.

337 views • 20 slides

L-THIA in ArcGIS L-THIA in Python project

L-THIA in ArcGIS L-THIA in Python project. July 2010 Larry Theller theller@purdue.edu. Notes. Current python script to read netCDF should change to convert mm into inches; and the output value should be inch times 100, Output is integer. Test full size 3 geotif rasters:

323 views • 17 slides

Trends in Stormwater Permitting

Trends in Stormwater Permitting. Joyce Brenner, P.E. Chief of Stormwater Policy, Planning, and Permitting Division of Environmental Analysis Caltrans Headquarters Road Ecology Meeting February 26, 2009 . Overview. Caltrans NPDES Permitting History Status of New Permit

345 views • 15 slides

Using Traffic safety and transportation funding to reduce accidents and runoff

303 views • 5 slides

Vegetation, erosion and runoff

Vegetation, erosion and runoff . 2. Energy Dissipation. 1. Transpiration. 1. Runoff volume. 2. Rainfall scour. 3. Soil infiltration. 4. Erosion. 4. Soil Binding. 3. Decomposition. Downstream consequences. Clearing: increased erosion; increased runoff; reduced biodiversity.

221 views • 4 slides