Willamette Systems Alternatives Analysis and Simulation Tool Development and Application to Inform Implementation and Adaptive Management Plans
ID: 353534Type: Posted
Overview

Buyer

Engineer Research and Development Center (DOD-COE-ERDC)

Award Range

$0 - $175K

Eligible Applicants

Others

Funding Category

Science and Technology and other Research and Development

Funding Instrument

Cooperative Agreement

Opportunity Category

Discretionary

Cost Sharing or Matching Requirement

Yes
Timeline
  1. 1
    Forecast Posted Not available
  2. 2
    Forecast Due Not available
  3. 3
    Posted Apr 15, 2024 12:00 AM
  4. 4
    Due Jun 5, 2024 12:00 AM
Description

The Engineer Research and Development Center is seeking a cooperative agreement for the development and application of the Willamette Systems Alternatives Analysis and Simulation Tool. This tool will be used to inform implementation and adaptive management plans. The proposed agreement includes the development of simulation tools for managing agencies, the application of simulations to inform management direction, and the incorporation of the best available data to update the simulation modeling. The work also involves completing analysis of the effects of the preferred alternative on Upper Willamette River Spring Chinook and winter steelhead, refining the Corps Fish Benefit Workbook, and delivering lifecycle models for future application. The analysis will occur once Biological Opinions from NMFS and USFWS are received, and implementation and adaptive management will begin in 2025.

Point(s) of Contact
Files
Title
Posted
4/16/2024
Similar Opportunities
Research for Developing Strategies to Manage Invasive Aquatic Plants and Harmful Algal Blooms in Public Waters of the US
Active
Engineer Research and Development Center
The Engineer Research and Development Center is seeking a partner institution to develop strategies for managing invasive aquatic plants and harmful algal blooms in public waters of the US. These freshwater ecosystems provide direct and indirect contributions to human well-being, impacting our survival, quality of life, and national security. The establishment and spread of aquatic invasive plants and harmful algal blooms pose a threat to ecosystem services, including drinking water supplies, food and fiber production, wildlife habitat, flood control, navigation, and economic benefits. The USACE ERDC is looking for a partner to identify opportunities for the development and evaluation of multi-scale management techniques and strategies in major regional watersheds infested with plants such as hydrilla, giant salvinia, and flowering rush. The project will involve research activities to evaluate site-specific management techniques, conduct empirical research to close data gaps, and transfer results through technology transfer mechanisms. The selected academic institution will be responsible for developing a report documenting project locations and summarizing the identified management strategies.
“Technical Support for Watershed Management and Resilience Plan for Fort Leonard Wood, MO”
Active
Dept. of the Army -- Corps of Engineers
The Department of the Army, Corps of Engineers is seeking technical support for watershed management and resilience plan for Fort Leonard Wood, MO. This opportunity is restricted to non-federal partners of the Great Rivers Cooperative Ecosystems Studies Unit (CESU). The government is looking for research and technical support for watershed management modeling and analyses for water quantity and quality, impacts to aquatic species, and effects of extreme rainfall events in the Fort Leonard Wood area. The primary tasks include watershed modeling, assessment of model output and management prioritization, and development of a Watershed Management Plan. The plan will include recommended preliminary designs and locations for future development of Low Impact Development (LID) features and Best Management Practices (BMPs) to protect imperiled aquatic species, reduce infrastructure maintenance costs, and support current and future land usages. The opportunity has a close date of August 12, 2024, and an award ceiling of $230,000. For more information, contact Stacy Thurman at stacy.d.thurman@usace.army.mil.
Improved Harmful Algal Blooms Prediction with Hybrid Models
Active
Engineer Research and Development Center
The Engineer Research and Development Center is offering a federal grant opportunity titled "Improved Harmful Algal Blooms Prediction with Hybrid Models". This grant aims to develop and test a hybrid modeling system that combines watershed, hydrodynamic, and machine learning models to accurately predict harmful algal blooms (HABs) in USACE reservoirs. The goal is to improve the spatial and temporal resolution of HAB predictions and diagnose the causes of HABs in managed reservoirs. The products of this project will include a hybrid modeling system for accurate HAB predictions, identification of HAB drivers, and documentation and training for deployment at additional USACE reservoirs. This opportunity is restricted to non-federal partners of the Pacific Northwest Cooperative Ecosystems Studies Unit (CESU). The grant has an estimated total program funding of $212,770, with an award ceiling of $142,324. The closing date for applications is September 16, 2024. For more information, contact Kisha M. Craig, the Contract Specialist, at kisha.m.craig@usace.army.mil.
Prediction and Early Identification of Harmful Algal Bloom (HABs) in Riverine Systems
Active
Engineer Research and Development Center
The Engineer Research and Development Center is offering a federal grant opportunity titled "Prediction and Early Identification of Harmful Algal Bloom (HABs) in Riverine Systems". This grant aims to address the impact of aquatic nuisance species, specifically harmful algae, on freshwater lakes and rivers, infrastructure, operations, and associated resources across the nation. Harmful algal blooms (HABs) have resulted in recreational closures, public health concerns, and significant economic impacts. The frequency and duration of HABs are increasing, leading to environmental, socioeconomic, human, and ecological health concerns. The grant seeks cost-effective and scalable technologies for early HAB detection, prediction, and management to reduce their frequency and severity. Riverine HABs, which can span hundreds of miles and last for weeks, are of particular concern due to the significant damages they can cause. The prediction and early identification of riverine HABs are critical to enable effective response and management actions. The grant will establish an interdisciplinary collaboration between the USACE and recipient(s) to accomplish specific objectives. The project will focus on researching scalable and transferable solutions for early HAB detection, developing a systematic approach for monitoring and interpreting monitoring results, demonstrating the approach at a field scale, and preparing a final framework for prediction and early identification of riverine HABs. The grant is open to non-federal partners of the Southern Appalachian Mountains and the Piedmont-South Atlantic Coast Cooperative Ecosystems Studies Units (CESUs). The total program funding is $3,000,000, with an award ceiling of $500,000. The deadline for submission is September 16, 2024. For more information, contact Kisha M. Craig, the Contract Specialist, at kisha.m.craig@usace.army.mil.
Automated Organization and Analysis of Hydrologic and Infrastructure Data
Active
Dept. of the Army -- Corps of Engineers
The Department of the Army - Corps of Engineers is seeking applications for the automated organization and analysis of hydrologic and infrastructure data. This funding opportunity aims to develop methods to automate the organization of databases of stream gauge data and storage/riverine infrastructure data. The computer program developed through this project will include data visualization and mathematical operations capabilities, specifically baseflow separation and other hydrologic calculations. The end product should be stored in a web repository and the methods and tools should be described in at least one peer-reviewed publication. This research will provide accurate and timely waterway data, addressing critical water challenges such as scarcity and flooding.