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U.S. Army Corps of Engineers Headquarters Overview

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Presentation on theme: "U.S. Army Corps of Engineers Headquarters Overview"— Presentation transcript:

1 U.S. Army Corps of Engineers Headquarters Overview
U.S. Energy Association – Central Asia Delegation Visit Portland, Oregon Jan 2013 James D. Barton, P.E., D.WRE Chief, Columbia Basin Water Management U.S. Army Corps of Engineers US Army Corps of Engineers BUILDING STRONG®

2 PRESENTATION OUTLINE Organization Overview
International Water Resource Activities Questions

3 What is USACE? (FY12 Data) USACE Organization Distribution
Civilian FTE/Uniformed End Strength (ES) HQUSACE: 927 (3%) (46 Uniformed Military) HQUSACE Division HQ: 872 (2%) (27 Uniformed Military) Engineer Commands (2 ENCOMs) ERDC, Centers & FOAs: 4,120 (12%) (31 Uniformed Military) SES 06/15 05 Centers (2) FOAs (5) Divisions (9) Engineering R&D Center 249 EN BN (Prime Power) Prime Power: 30 FTE (343 Uniformed Military) Districts (45) Districts: 29,286 (83%) (303 Uniformed Military) Military (36) MILCON (27) Civil Works (38) Real Estate (33) OCONUS (9) FEST Team 64 FTE (32 Uniformed Military) Civilians: Uniformed: 35,299 FTE Allocated 782 Authorized (Officer/Enlisted) Centers of Expertise Area Resident Project Offices Material Test Labs Data as of Nov FOAs=HECSA,IWR,MDC,UFC,ULA OPCON to USACE when not deployed Full-Time Equivalent (FTE)

4 Support to the Army and the Nation USACE Mission Areas
BUILDING STRONG Military Programs Homeland Security Research & Development MILCON for Modular Force Global Positioning BRAC 05 Field Force Engineering MILCON Transformation Environmental Restoration Warfighter Installations Environment Water Resources Critical Infrastructure Anti Terrorism Plans Intelligence Civil Works Facility Security Partnership Estate Real Interagency Support Navigation, Hydropower Flood Control, Shore Protection Water Supply, Regulatory Recreation, Disaster Response Environmental Restoration DOD Recruiting Facilities Contingency Operations Acquire, Manage and Dispose Federal State Local International

5 USACE Contributions to the Economy and the Environment
Recreation areas 368 M Visitors/yr Generate $15B in economic activity, 500,000 jobs 12,000 miles of Commercial Inland Waterways: ½ the cost of rail 1/10 the cost of trucks ¼ of Nation’s Hydropower: $500M + in power sales 926 Shallow & Deep Draft Harbors #1 Federal Provider Of Outdoor Recreation 54,730 Miles Of Shoreline at USACE Lakes 8,500 Miles of Levees Stewardship of 11.7 Million Acres Public Lands 137 Major Environmental Restoration Projects US Ports & Waterways Convey > 2B Tons Commerce Corps Maintained Ports Provide Strategic Deployment Capability Foreign Trade Through Harbors Creates > $850M Tax Revenues

6 USACE Around the World Global Engagement Countries - 100+
EUROPE ALBANIA ARMENIA BELGIUM BOSNIA BULGARIA CROATIA DENMARK ESTONIA FINLAND FRANCE GERMANY HUNGARY ITALY KOSOVO LITHUANIA MACEDONIA MALTA MOLDOVA NETHERLANDS NORWAY POLAND PORTUGAL ROMANIA RUSSIA SERBIA SWEDEN SWITZERLAND TURKEY UKRAINE UNITED KINGDOM ASIA AFGHANISTAN AZERBAIJAN BAHRAIN CHINA EGYPT GEORGIA INDIA INDONESIA IRAQ ISRAEL JAPAN JORDAN KAZAKHSTAN KUWAIT KYRGYZSTAN LEBANON MONGOLIA OMAN PAKISTAN PHILIPPINES QATAR SRI LANKA * SAUDI ARABIA SOUTH KOREA THAILAND TAJIKISTAN U.A.E. VIETNAM Global Engagement Countries USACE/USAID Engagement Since 1998 USACE/MCC Engagement ARCTIC NORTH AMERICA / CENTRAL AMERICA BELIZE CANADA COSTA RICA EL SALVADOR GREENLAND GUATEMALA HONDURAS * MEXICO NICARAGUA * PANAMA CARIBBEAN BAHAMAS CUBA DOMIN. REPUB. HAITI JAMAICA PUERTO RICO TRINIDAD & TOBAGO AFRICA BENIN * CAPE VERDE * CAMEROON CENT AFR REPUB CHAD DJIBOUTI ERITREA GABON GHANA * KENYA LESOTHO * LIBYA MADAGASCAR MALI MALAWI MOZAMBIQUE * NIGER NIGERIA RWANDA SENEGAL * SOUTH AFRICA SAO TOME TANZANIA SOUTH AMERICA ARGENTINA BOLIVIA BRAZIL CHILE COLOMBIA ECUADOR PARAGUAY PERU SURINAM URUGUAY VENEZUELA AUSTRALIA/OCEANIA AUSTRALIA EAST TIMOR MICRONESIA MARSHALL ISLANDS NEW ZEALAND PALAU TUVALU VANUATU ANTARCTICA

7 Approach to a More Sustainable Water Future
Integrated Water Resources Management Governance and Management Future National Water Resources Direction Collaboration Water Resources Investment Strategies Managing Extreme Events Knowledge & Technology Transfer Water Resources Leadership Communications and Education The principle that government should be collaborative encourages Executive departments and agencies to “use innovative tools, methods, and systems to cooperate among themselves, across all levels of Government, and with nonprofit organizations, businesses, and individuals in the private sector.” The Corps initiated and has continued the Collaborating for a Sustainable Water Future initiative in the spirit of this principle to share information and build trusting and collaborative relationships among water resources stakeholders. Goals: 1. Raise awareness within the Administration of water resources challenges and opportunities. 2. Present critical national and regional water resources needs in the Western, Central and Eastern regions of the U.S. as identified by state officials and through research. 3. Present opportunities for improving the efficiency and effectiveness of Federal water programs and highlight examples of Federal agencies supporting integrated water resources management in collaboration with states. 4. Identify and recommend strategies and actions for addressing high-priority state and regional water resources needs that can be supported by state and Federal water management agencies now. 5. Move the Nation toward integrated water resources management. 6. Assess the need for a national water resources vision. 7. Highlight tools that are in, or could be included in, a Federal Support Toolbox to assist states in their water resources planning and management.

8 INTERNATIONAL WATER RESOURCE ACTIVITIES
USACE involved in wide range of international water resource activities Examples include: Columbia River Treaty Numerous Boards of Control Under International Joint Commission (IJC)

9 Columbia River Treaty Columbia River System
The results of CWMS computation and analyses must be accepted internationally and must handle the complex issues related to the quality and volumes of water crossing back and forth between Canada and the US. The Columbia River System shown has an inter mingled group of various federal agencies which include Corps & Bureau dams, Private Energy dams and BC Hydro dams Which all must be operated in accordance complex Canadian and Indian treaties. Columbia River System Senior USACE officials on Treaty Permanent Engineering Board and PEBCOM

10 Columbia River Treaty Organization
CANADIAN GOVERNMENT Ministry of Foreign Affairs & Trade Ministry Natural Resources BRITISH COLUMBIA GOVERNMENT UNITED STATES GOVERNMENT Department of State Department of the Army Department of Energy TREATY & Protocol U.S. Entity Corps of Engineers BPA Canadian Entities BC Hydro BC Provincial Government PERMANENT ENGINEERING BOARD * CANADIAN UNITED STATES CANADIAN ENTITY for Art.XIV2j* CANADIAN ENTITY * United States ENTITY * PEB ENGINEERING COMMITTEE *** CANADIAN UNITED STATES CANADIAN COORDINATOR & SECRETARY ** United States COORDINATOR & SECRETARY ** OPERATING COMMITTEE ** CANADIAN UNITED STATES HYDROMETEOROLOGICAL COMMITTEE ** CANADIAN UNITED STATES * created by Treaty or governments, ** created by Entities, *** created by PEB

11 INTERNATIONAL JOINT COMMISSION BOARDS OF CONTROL
1909 Boundary Waters Treaty established International Joint Commission (IJC) IJC established over 20 boards with members from U.S. and Canada Examples include: International Kootenay Lake Board of Control International Osoyoos Lake Board of Control International Lake Superior Board of Control

12 INTERNATIONAL JOINT COMMISSION RECENT ACTIVITIES
Great Lakes Water Quality Agreement Upper Great Lakes Water Level Study New approaches to managing levels and flows in Lake Ontario – St. Lawrence River Lake of the Woods – Rainy River Watershed Report

13 Questions? In summary, the Water Management Team has successfully reduced water level stages along the lower Ohio and middle Mississippi Rivers during significant flood events. Through the management of Kentucky and Barkley Lakes reservoir storage and releases, stages at Cairo, IL have been reduced up to 2.68 feet with prevented damages totaling $343,911,000. Cascade, our unique unsteady flow model of the Ohio River and its junction with the Mississippi River, is an important tool used to forecast flood events and coordinate reservoir releases.


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