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PROCEEDINGS OF THE 2006 AWRA SUMMER SPECIALTY CONFERENCE: Adaptive Management of Water Resources |
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Table of Contents To purchase individual papers from this proceedings, please contact Mike Kowalski. Papers if available are $15/each. The complete conference CD proceedings is also available. Adaptive Management Based Upon Post-Reconstruction Monitoring of Anacostia
Wetlands, Washington, D.C. Adaptive Management for Island Restoration Using Dredged Material at
Poplar Island The Upper St. Johns River Basin Project - How Adaptive Management Transformed
a Conventional Federal Flood Control Project into a National Model of
Wetland Restoration and Modern Floodplain Management Adaptive Management in a Wetland Restoration Program Adaptive Livestock Management Involving Riparian-Wetland Areas Adaptive Management and Its Implementation in Puerto Rico: Sometimes
a Hammer is Just a Hammer SESSION 2: Stakeholder Involvement in Adaptive Management Creeks & Communities: Integrating Science into Collaborative, Adaptive
Management Community Participation in Development of Restoration Plan for the Northwest
Fork of the Loxahatchee River, Palm Beach County, FL Public Perception of Drought and Compliance to Agency Enforced Water
Regulations in an Urbanized Community within the Great Lakes Basin Incorporating Adaptive Management into Virginia's Water Supply Planning
Regulation, 9 VAC 25-780 A Tribal Perspective on Washington State's Forest Practices Adaptive
Management Program Public Opinions for the Upstream Lanyang Watershed Management in Taiwan SESSION 3: Models and Tools for Adaptive Management - I Simulating Forest Harvest Impacts on Streamflow on the Boreal Plain
Using a Simple Growth Model (ALMANAC) Coupled with a Watershed-Scale Model
(SWAT) Evaluating Long-Term Forest Management through Integrated Vegetation
and Hydrologic Modeling A Comparison of Annual Calibrations of the SWAT at Differing Resolutions Complex Watershed Modeling in a Semiarid Region Airborne Remote Sensing for Watershed-Scale Assessments of Land Use
and Conservation Practices on Water Quality Nutrient TMDL Allocation by Equal Marginal Percent Reduction Method
in an Urban Stream SESSION 4: TMDL - I TMDL Implementation: Lessons Learned Adaptive Management for TMDL Implementation in Upstreams of Major Dams
in Korea Adaptive Management in the Water Quality Restoration Plan and Total
Maximum Daily Loads (TMDLs) for the Lake Helena Watershed Planning Area,
Montana Lower Boise River: Water Quality and Watershed Background Lower Boise River - Water Quality and Biological Integrity Trends Never a Dull Moment: The TMDL Program on the Lower Boise River SESSION 5: Watershed - I Adaptive Management of Watersheds for Enhanced Water Quality and Quantity Developing Guidelines for the Implementation of Adaptive Management
Systems to Restore Lake Tahoe Sacramento Valley Water Management Program The Role of Regional Hydrologic Modeling within the Comprehensive Everglades
Restoration Plan Adaptive Management Strategy SESSION 6: Lessons Learned from Multi-Adaptive Management Project Evaluations A Review of the Adaptive Management Theory in the Context of Integrated
Water Resources Management Thirty Years of Adaptive Management: Beneficial Environmental Management
or Smoke and Mirrors? Best Practices in Adaptive Management SESSION 7: Uncertainty Assessment - I Improving the Imprecise Nature of Adaptive Management in the Continuum
of Land Use and Water Resources The Decompartmentalization Adaptive Management Plan (DAMP): An Ecological
Pilot Study for Evaluating Enhanced Sheetflow in the Everglades Defining and Managing Uncertainty in Adaptive Management Using Optimization-Simulation Model for Adaptive Wellfield Management SESSION 8: Habitat Conservation Planning and Endangered Aquatic Resources Recovery Adaptive Management of an Endangered White Sturgeon Population: The
"Kitchen Sink" Approach Altered Dynamics of Kootenai River White Sturgeon Habitat and Hydraulic-Sediment-Transport
Modeling Embarking on a Journey - Adaptive Management for the Cedar River Watershed
Habitat Conservation Program - Seattle Public Utilities Implications of Managing Woody Debris Loading in the Ozette River on
Nearshore Habitat and Inundation in Lake Ozette, Washington SESSION 9: Riparian Corridors - I Restoration of Wetlands and Riparian Corridors on a Corporate Campus
in New Jersey Adaptive Management on the Middle Fork Hood River, Oregon - A Fish Story Adaptive Management of the Colorado River Ecosystem below Glen Canyon
Dam, Arizona: Using Science and Modeling to Resolve Uncertainty in River
Management SESSION 10: Panel: Adaptive Management - Legal and Institutional Barriers and Bridges To Implementation in the Everglades Moderator - Charles Padera, PBS&J, Saint Augustine, FL (Panel Abstract) Over the past five years scientists and policy makers in the natural resources restoration and management arena have begun to use the term "adaptive management" (AM) with greater frequency. For example, the federal legislation authorizing the Everglades Restoration effort speaks directly to the use of AM in order "to adjust, modify, or greatly change the restoration plan as we learn more about the sciences of restoration". Currently federal agencies such as the Department of Interior, the U.S. Army Corps of Engineers, and even the Department of Homeland Security are examining how to apply AM to their missions to expedite implementation of environmentally related projects. During discussions on this matter, it becomes quickly apparent that the term "adaptive management" is broadly applied. It is common to find a spectrum of understanding that has AM being described on one hand as a highly academic process that relies on the use of rigorous hypotheses and experimental design to the other where it is no more than a "trial and error" approach to implementing a natural resource management program or restoration project. Regardless of where ones understanding of AM may reside, to succeed with employing any form of it for a large scale ecosystem restoration effort requires pragmatic considerations that lie within the arenas of science, policy and law. For this panel discussion, senior agency managers from south Florida presented perspectives on the application of AM to include how current policy, law and contemporary science practices in south Florida influence the potential for successful application of AM to achieve restoration of the Everglades.
Panelists The panel addressed the following topics: "The Application of AM Within the Confines of the Restoration and Management Needs of the Everglades National Park", "The Impacts that NEPA and the Endangered Species Act Have on the Use of AM", "The Compatibility of AM With the Current Corps Planning Process at the Program and Project Level", "The Current AM Strategy for the Everglades" SESSION 11: Uncertainty Assessment - II A Bayesian Belief Network Model for Managing the Uncertainty in Gaza
Water Resources System The Expected Value of Sample Information Analysis: A Case Study of Nitrogen
Pollution Control from Agricultural Nonpoint Sources in the Conestoga
Watershed of Pennsylvania Multi-objective Groundwater Quality Monitoring Network Design Adaptive and Integrated Management of Water Resources Through Reliability
Optimization SESSION 12: International Transboundary Applications of Adaptive Management The Value of Informal Agreements in Transboundary Water Resources as
an Adaptive Management Mechanism Institutions for Transboundary River Governance: A Case Study of the
Danube River Measuring Adaptive River Basin Management Lake Ontario Outflow Deviations as a Form of Adaptive Management Using an Alum Injection System to Reduce Phosphorus Loading from Restored
Wetlands Adaptive Management of Wetlands in Uganda, Africa Problems and Management of Drainage Ditches in Landscape Restoration
Projects When the Well Runs Dry: Adaptive Management of Mitigation Water Supplies
in a Complex Desert Ecosystem SESSION 14: Panel: Adaptive Management and Watersheds - A Social Science Perspective Moderator - Catherine Allan, Charles Sturt University, Albury, NSW, Australia Panelists Watersheds are physical realities, but they are also social constructions; the physical environment is both interpreted and modified by individuals and societies. A social science perspective is essential for understanding the physical and ecological stresses on watersheds, and for articulating and facilitating the management changes needed to address these stresses. We observe that the management of watersheds in both the US and Australia occurs within risk-averse societies which have a preference for simplicity and clarity, a passion for activity, and a reliance on short term planning. Consequently, most programs addressing watershed issues are small-scale and poorly integrated, avoid the complexity inherent in watersheds, and fail to effect improvement in environmental conditions or community well-being. In response to these shortcomings, watershed-scale adaptive management is proposed as a management lifeline. However, experience suggests that social and institutional factors constrain the search for, and integration of, the genuine learning that defines adaptive management. For watershed-scale adaptive management to achieve its promise it must be recognised as a radical departure from established ways of managing natural resources; it will require new ways of thinking about management, new organizational structures and new implementation processes and tools. Adaptive management encourages scrutiny of prevailing social and organizational norms and this is unlikely to occur without a change in the culture of natural resource management and research. Planners and managers require educational, administrative, and political support as they seek to understand and implement adaptive management. Learning and reflection must be valued and rewarded, and a forum established where learning through adaptive management can be shared and explored. The creation of new institutions, including educational curricula, organizational policies and practices, and professional norms and beliefs, will require support from within bureaucracies and from politicians. The panelists addressed the challenges for researchers, especially those at this conference, to work with managers at the watershed-scale to bridge the gap between theory and practice, and to engage potential supporters among administrative, legal, and political actors to build commitment to adaptive management. SESSION 15: Riparian Corridor Monitoring Strategies to Support Adaptive Management - I Identification & Assessment of Montana Reference Streams in the
Northern Glaciated Plains A Monitoring Program for 'Natural' Channel Design Projects in the Greater
Toronto Area, Ontario, Canada Use of Regression and Time-Series Methods to Estimate a Sediment Budget
for Nevada Creek Reservoir, Montana, USA Long Term Broad Scale Monitoring of Riparian Vegetation SESSION 16: Adaptive Stormwater Management Using Urban Stormwater Runoff as an Environmental Resource Adaptive Management Is Making Ten Mile Creek a Success Adapting to Changes in Water Pollution Control Measures Watershed-Based Sources Of Total Copper, Lead And Zinc To Urban Stormwater SESSION 17: Riparian Corridors - II Utilizing Adaptive Management for Successful Restoration and Mitigation Adaptive Management Process for Watershed Maintenance Prediction of Potential Channel Dynamics and Response to the Restoration
of Channel/Floodplain Connectivity at the Confluence of the Tolt and Snoqualmie
Rivers, Carnation, Washington Using an Anthropogenic Fluctuating Signal to Investigate Transient Storage
Characteristics in a Restored Reach of the Truckee River, Nevada SESSION 18: Consensus Building Using Decision Support Systems - I Integrating Science and Stakeholder Values in Nonpoint Source Pollution
Prioritization Landscape Level, Scenario-Based Planning Using a Geospatial Model -
OPTIONS Managing Water Resources and Climate Change Using Group Model Building Adaptive Management of Community Water and Wastewater Infrastructure:
A Conceptual Approach SESSION 19: Water Markets - I Performance-Based Water Quality Programs: Getting the Most for Your
Dollar Native American Water Rights in Enhancing Streamflows for Endangered
Fish Total Maximum Daily Loads (TMDLs), Water Quality Trading/Banking, and
Adaptive Management in New Jersey, Happy Together? Managing Water Scarcity - The Australian Water Reform Agenda SESSION 20: Panel: Public and Private Provision of Instream Flows Moderator - Edna Loehman, Purdue University, West Lafayette, IN (Panel Abstract) Riverine habitat and species have been damaged due to over-appropriation of water for agricultural and urban uses. Market incentives can result in voluntary conservation efforts to provide water for ecosystem purposes. Acquisition of water for ecosystem purposes can occur through both government and private programs. There is much variation across the western U.S. in public and private activities for instream flows. Water trusts are non-profit organizations that acquire water rights for instream flows. The success of private conservation efforts raises questions of what are the most effective roles for government and private conservation activities, and whether and how these roles should be coordinated. The purpose of this session was to review current instream flow programs in terms of institutional roles, application of economic criteria, and adaptability for changing conditions, and to identify needs for public and private coordinator. The panel members first each made a fifteen minute presentation on the indicated topic, followed by fifteen minutes of discussion with the panel members and audience.
Panelists Willingness to Pay for Instream Flows in Montana Fisheries Public and Private Substitutes and Complements to Augment Instream Flows Economics of Adaptively Managing Columbia River Hydro-power and Fish Purchase and Sale of Water Rights between Private Parties, and the Relationship
of Water Right Changes to Instream Flow Conditions Public and Private Roles in Adaptive Provision of Instream Flows: Law
and Economics Foundations SESSION 21: Infrastructure Operations Including Dams - I Assessment of Operational Changes at San Clemente Dam and Effects on
Streamflow, Aquatic Habitat, and Juvenile Steelhead in the Carmel River
between 1983 and 2005 The Okanagan Fish-Water Management (OKFWM) Tool: Adaptive Management
of Competing Water Objectives in Real-Time to Promote Sockeye Smolt Production
Gains The Sustainable Rivers Project and its Needs and Potential for Adaptive
Management Adaptive Management for the Middle Tallapoosa River SESSION 22: Consensus Building Using Decision Support Systems - II Shared Vision Planning and Adaptive Management: Lessons for Better Water
Management Water Supply Assessment Tool for the San Francisco Public Utility Commission Hydrologic Landscape Units and Adaptive Management of Intermountain
Wetlands Combining a Segment-Level Watershed Model and Compromise Programming
for Adaptive Management SESSION 23: Science Supporting Adaptive Management in Forests Detecting Change in Forested Streams: Implications for Adaptive Management Effects of Timber Harvest on Stream Temperature in the Southern Olympic
Foothills Effects of Forest Management on Turbidity Trends in the Deschutes River,
Washington Forest Watershed and Riparian Disturbance (FORWARD): A Watershed-Based
Adaptive Management Project Linking Science and Industry in the Canadian
Boreal Forest SESSION 24: Water Supply, Drought, and Climate Change Additional Sources of Drinking Water from Alpine Lakes Adaptive Watershed Management Approaches for Water Supply Development Simulating Drought Impacts on the City of Phoenix Water Supplies Sources of Water Captured by Municipal Supply Wells in a Highly Conductive
Aquifer, Western Montana SESSION 25: TMDL - II Influence of Geology and Historical Land Use Change on the Hydrology
and Turbidity Impairments in Northeastern Minnesota Streams Implementing Adaptive TMDLs and Adaptive Watershed Management - A Practitioner's
Guide A Follow Up to the 2001 National Research Council TMDL Report Decision Analysis for TMDL Information Collection Prioritization A Unique Approach in Defining a Nutrient TMDL for Black Lake, Idaho SESSION 26: Role-Play Simulation: Managing Intractable Water Disputes Moderator - Matthew McKinney and Will Harmon, Public Policy Research Institute, The University of Montana, Helena, MT (Panel Abstract) A role-play simulation on strategies to manage intractable water disputes was conducted. After reviewing key principles, concepts, and strategies for managing intractable environmental disputes, the participants engaged in a role-playing simulation that used the Klamath River Basin as the fact pattern. The simulation included six parties and one facilitator for each small group. Participants learned about the theory and practice of deliberative dialogue as one method for managing intractable environmental disputes, along with other strategies such as reframing. SESSION 27: Models and Tools for Adaptive Management - II Adaptive Management using Geospatial Time Series Modeling Tools for Lake Tahoe Watershed Planning The Spokane Valley-Rathdrum Prairie Hydrologic Project: Using Science
to Manage Bi-State Water Resources Modeling as a Step in Adaptive Management, Effects of Causeway Removals
on Seagrass in the Indian River Lagoon, Florida SESSION 28: Adaptive Management Science in Habitat Conservation Planning of Endangered Aquatic Species Adaptive Management and the Plum Creek Timber Company Native Fish Habitat
Conservation Plan Tree Fall Pattern Validation and Use in Modeling Large Woody Debris
Trends Road Sediment as a Metric for Large-Scale Land Management Plans The Washington State Forests and Fish Adaptive Management Plan: Structure,
Strengths, and Weaknesses SESSION 29: Riparian Corridors - III Paired Basin Study of Fuel Reduction Treatments in the Santa Fe Municipal
Watershed: Challenges in Data Interpretation and Adaptive Management Using Measured Data to Establish Forest Plan Standards - A Lesson in
Adaptive Management Recovery of a Restored Channel: Castor River Missouri The Influence of Riparian Corridor Management on Primary Productivity
in Rivers and Streams SESSION 30: Panel: Adaptive Management at the Federal Level - Legal and Institutional Constraints, Emerging Initiatives and Opportunities Moderator - Larry Fisher, U.S. Institute for Environmental Conflict Resolution, Tucson, AZ (Panel Abstract) This panel examined the national/federal context for implementing adaptive management in managing large-scale ecosystems. The major focus of the discussion centered on the legal and institutional framework for operationalizing adaptive management approaches. Panelists discussed relevant aspects of key federal laws and policies (e.g. NEPA, FACA, ESA, NFMA and FLPMA), as well as the realities of working with federal bureaucracies - their guiding policies and procedures, agency cultures, as well as leadership and decision-making approaches. To illustrate these legal and institutional constraints, panelists drew from specific project settings (watersheds, river systems, forest and marine ecosystems) in several locations in the western United States where adaptive management has been promoted as a guiding principle. Panelists also provided examples of emerging new models of public participation and environmental governance, with particular emphasis on inter- or multi-agency alliances, to assess the challenges inherent in resolving conflicts among competing authorities.
Panelists SESSION 31: Models and Tools for Adaptive Management - III Challenges to Watershed Modeling in Forested Mountainous Environments Automated Fault Detection: Preparing Real-Time Data for Adaptive Management An Investigation of the Effects of Antecedent Snow Pack on Extreme High
Runoff Events in a Western Washington Catchment using a Distributed Hydrologic
Model Cross-Sectional River Hydraulics and Water Quality Characterization
Using Rapidly Deployable Networked Info-Mechanical Systems (NIMS RD) SESSION 32: Groundwater Adaptive Management Monitoring and Management of Nonrenewable Ground Water Resources - Case
Study: Denver Basin Aquifers "Whiskey is for Drinking, Water is for Fighting" What Lies Beneath: Improved Ground Water Imaging Adaptive Management of the Assimilative Capacity of the Powder River
for Discharge of Coal Bed Natural Gas Produced Water SESSION 33: Infrastructure Operations Including Dams - II Determination of Operational Criteria for Lake Okeechobee to Meet Competing
Water Management Objectives Measuring Success in Adaptive Management: the Glen Canyon Dam Adaptive
Management Program Monitoring Multi-Discipline Responses to Changes in Reservoir Operations
in an Integrated, Seven-State System Integrating Adaptive Management Concepts with Multipurpose Reservoir
Management in the Savannah River Basin SESSION 34: Agency Frameworks and Institutional Arrangement for Adaptive Management Moving Collaboratively from Water Policy to Implementation: A Model
of Information Exchange and Education between Two Resource Agencies Integrating Climate Information and Water Resources Management: Opportunities
for Adaptive Management in the Context of Dam Relicensing That DAAM Great Lakes Water Quality Agreement Application of Adaptive Management for Offshore Renewable Resources SESSION 35: Riparian Corridor Monitoring Strategies to Support Adaptive Management - II WATERS Network: A Joint CLEANER/CUAHSI Initiative for Adaptive Management Implementation of the Monitoring and Assessment Program for Everglades
Restoration Hydrobiological Monitoring for the Adaptive Management of Surface Water
Withdrawals from Tampa Bay Tidal Rivers Thornton Creek and Matthews Beach Microbial Source Tracking Study SESSION 36:Watersheds - II The Working Landscapes Alliance: Fostering Cooperative Conservation
at Multiple Scales Developing a CERP Adaptive Management Program Evaluating and Adapting the Effectiveness of Agricultural Non-Point
Source Pollution Abatement Programs Developing the Preferred Restoration Scenario for the Northwest Fork
of the Loxahatchee River, Florida SESSION 37: Riparian Corridors - IV: Channel Design and Maintenance Adaptive Management of Restoration Actions on the Upper Mississippi
River System A Decade of Stream Restoration in North Carolina: What Have We Learned? An Assessment of 'Natural' Channel Design Projects in the Greater Toronto
Area, Ontario, Canada Reconfigured-Channel Monitoring and Assessment Program SESSION 38: Panel: Organizational Relationships that Contribute to Effective Adaptive Management Moderator - Lynn Martin, U.S. Army Corps of Engineers, Alexandria, VA and David Klein, The Nature Conservancy, Rochester, NY (Panel Abstract) Adaptive management is potentially useful for resolving water resource issues in the face of uncertainty inherent in natural systems. Different opinions about desired outcomes add to management uncertainty and further complicate the process of finding common ground. Discussions often focus on scientific data or restoration techniques, but tend to ignore the manner in which agencies, tribes, and other stakeholders interact to implement adaptive management. Such interaction may involve sharing information, preparing recommendations, approving regulatory permits, allocating funds, and enforcing agency regulations. Depending on the size of a program this can become a complex network, sometimes involving multiple states, counties, land management jurisdictions, and tribal boundaries. While people of good will and common vision can often achieve success regardless of organizational structure, there may be some basic principles that significantly improve the effectiveness of adaptive management in a variety of resource management situations. This panel attempted to highlight these principles based on presentations from several on-going programs. A facilitated panel of experts then examined institutional arrangements that have contributed to their effectiveness, with the goal of identifying techniques that have contributed to their effectiveness, and that could be applied to projects and programs elsewhere.
Presenters Linking Agencies, Stakeholders and Scientists in an Adaptive Management
Plan for the Cedar Sockeye Hatchery
Panelists Jeffery William Jacobs, Senior Program Officer, Water Science and Technology
Board, The National Academies, Washington, DC SESSION 39: Water Markets - II Conversion of Municipal Water Supplies from Non-renewable to Renewable
Resources Means to Implement Successful Water Management Strategies Pollution Credit Trading: A Means to Mitigate Uncertainty SESSION 40: International Case Studies System Dynamics Application for Analyzing Adaptive Urban Water Management
Policies in Tehran The Helsinki Convention and Water Resources Planning in St. Petersburg,
Russia A Proposal for the Establishment of Bi-National Water Authority for
the Eastern Mediterranean Adaptive Management of Groundwater Allocation: A New Zealand Case Study SESSION 41: Climate Change USACE Foundation Study on Climate Variability Planning and Adaptation Climate Based Streamflow Forecasts for Water Resource Managers The Platte River Basin: Climate Change Effects on Water Management Mid-range Streamflow Prediction Using a Dynamic Climate Model SESSION 42: Panel: Integrating Adaptive Management Ecosystem Restoration by the U.S. Army Corps - Overcoming Institutional Challenges Moderator - Mathias Kondolf, University of California-Berkeley, Berkeley,
CA By virtue of its size and expertise, the U.S. Army Corps of Engineers has emerged as a major planner, designer and implementer of ecosystem restoration projects in the nation's rivers and wetlands. The Corps' strategic plan calls on the organization to emphasize ecosystem restoration increasingly in the future, consistent with increasing congressional authorizations for such projects. There is no question the Corps has the expertise to implement restoration projects, but the organization has traditionally completed projects and turned them over to local sponsors to maintain. Thus, conceiving, implementing, and maintaining restoration projects in an adaptive management framework poses challenges to the Corps. This is especially true since recent legislative changes that tie most Corps funding to specific projects, making it more difficult to fund the long-term monitoring and evaluation essential for effective adaptive management. This session provided perspectives on the challenges, and ideas on how to overcome them, from members of the USACE Chief's independent Environmental Advisory Board, experienced Corps headquarters and district staff, and the office of the Assistant Secretary of the Army.
Panelists Mohammed F. Dahab, Department of Civil Engineering, University of Nebraska,
Lincoln, NE SESSION 43: Aquatic Resources Habitat and Flow Needs Quantifying the Effects of Flow Diversion and Channel Geometry on Aquatic
Habitat and Implications for Mitigation and Adaptive Management Strategies Evaluation of Diversions Operation Plans to Meet Minimum Fish Flow Requirements
Using MIKE BASIN Model Simulations in Lemhi River Basin Environmental Restoration: Developing Plans for the Mississippi River
Near Memphis, Tennessee SESSION 44: Eutrophication Reduction Utility of Watershed Modeling for Management of Phosphorus in the Big
Thompson Watershed Developing Water Quality Restoration Criteria for Nutrient-Enriched
Watersheds Effects of Near-Shore Development on Lakes Estimating Point and Non-Point Source River Mass Loadings in a Major
City POSTER SESSION: Posters A - F High Resolution Acoustic Groundwater Flow Monitor Development and Application of a Regional Ground Water Flow Model in
Conjunction with a Decision Support System to Guide Santa Fe County's
Conjunctive Resource Management Strategy Developing Runoff Loadings Estimates as a Function of Land Cover in
the Green River Watershed A New Flow Equation for Uncontrolled Submerged Flow at Spillways Development of Water-Withdrawal Management Threshholds for Ice-Covered
Lakes in Northwest Canada Factors Governing Sediment Nutrient Flux in a Coastal Freshwater Lake Posters G - M Little Blackfoot Streamflow and Water Temperature Assessment: Identifying
Opportunities for Cooperative Problem Solving A Simple Bioeconomic Modeling of Land Use Change and Water Quality A Water Quality Treatment Wetland to Support TMDL Programs in a Southern
California Coastal Watershed Storm-Event Exports of Ammonium and Dissolved Organic Nitrogen (DON)
Across Catchment Scales Application of Water Supply and Flood Control Assessors in the Regional
Simulation Model to a Miami-Dade County Testbed A Cost-effective Strategy to Adaptively Manage Wastewater Treatment
Plants (WWTPs) Discharge Permit Requirements by Early Detection of Nitrification
Inhibition Model Parameters for Simulating Bermudagrass, Bahiagrass, and Native
Range Species on Diverse Sites in Texas Managing Arctic Lake Water Use Within Hydrologic Cycles and Seasonal
Variability, North Slope Alaska Impacts of Land-Use Changes and Hydrologic Modification on the Lower
Boise River, Idaho, USA FOREST and Delta-Q: Spatially Explicit Tools for Predicting Cumulative
Watershed Effects Assessing Sediment & Bed Stability In The Context Of The Clean Water
Act: Lessons Learned from the Upper Nestucca Bed Stability Study The Clear Creek Digital Watershed Development of Water Supply and Flood Control Assessors for the Lower
East Coast Service Area in South Florida Adaptive Management of Irrigation with Feedback Control to Avoid Groundwater
Pollution by Nitrate Groundwater Modeling as a Tool for Assessing Potential Flood Mitigation
Measures Near Grant Creek, Missoula County, Montana Regional Sediment Management in Coastal Watersheds: Adaptive Management
in Action Developing Dissolved Oxygen Models to Help Manage Water Use in Arctic
Lakes in Alaska Effectiveness of Stream Buffers for Temperature Control in Western Montana |
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