Oklahoma Information and Statistics Grants

This grant program is centered on supporting the timely implementation of the WS EIS and AM Plan, aligning with a foundational mission to foster informed environmental management and decision-making. The core of this program lies in developing and transferring simulation tools to managing agencies for ongoing use, demonstrating their application to guide management under uncertainty, and continuously integrating the best available data to refine simulation modeling. This strategic approach ensures that environmental management decisions are based on the most current and robust scientific understanding. The target beneficiaries of this program are resource managers and agencies involved in the management of the Upper Willamette River, specifically concerning Spring Chinook and winter steelhead populations. The primary impact goal is to enhance the effectiveness and efficiency of environmental management, particularly through an adaptive management framework. This framework explicitly quantifies objectives, performance, uncertainty, risk, and the value of information, enabling managers to improve testable hypotheses, utilize diverse data, reduce analytical timelines, and prioritize data collection efficiently, thereby optimizing taxpayer dollars. Key priorities and focuses of the program include salmon life cycle modeling, refinement and application of downstream passage modeling using the Corps Fish Benefit Workbook (FBW), and ongoing monitoring and analysis to inform these models. A significant focus is also placed on completing the analysis of effects of the preferred alternative on Upper Willamette River Spring Chinook and winter steelhead to support the final EIS. The program also emphasizes refining the FBW to address structural limitations and delivering updated FBW and lifecycle models for future application by the USACE and other relevant parties. Expected outcomes include the completion of the final EIS for the Upper Willamette River, supported by comprehensive analysis of biological opinions from NMFS and USFWS. Measurable results will stem from the improved accuracy and application of simulation tools and lifecycle models, leading to more informed and adaptable management decisions. The adaptive management framework is designed to produce tangible improvements in the efficiency of resource allocation and data utilization, ensuring that monitoring efforts are prioritized and cost-effective. Implementation and adaptive management are set to begin in the remainder of 2025 and continue in future years, following the signing of a record of decision, demonstrating the program's long-term commitment to sustainable environmental stewardship.

This funding opportunity provides up to $10,000 to nonprofit organizations and educational institutions in Oklahoma for projects that preserve and digitize important humanities collections to enhance public access and research.

This program provides funding to organizations for projects that preserve and promote significant sites related to Oklahoma's Civil Rights Movement, benefiting local communities and enhancing historical awareness.