Publication Source: USDA NRCS
Course Description: A comprehensive guide covering planning, design, and construction of stream restoration projects with emphasis on geomorphology, habitat, and sustainability.
Course ID: GSR101 | Credits: 1 PDH | Format: PDF
Publication Source: US NRCS
Course Description: Introduces the application of geosynthetic materials in stream restoration projects, focusing on erosion control, stabilization, and habitat preservation.
Publication Source: USDA NRCS
Course Description: Reviews fundamental hydraulic principles in natural stream systems, including flow types, velocity profiles, and channel resistance.
Course ID: CAV101 | Credits: 3 PDH | Format: PDF
Publication Source: US NRCS
Course Description: Examines the importance of channel alignment and planform variability in stream design for ecological function and hydraulic efficiency.
Publication Source: USDA NRCS
Course Description: Discusses the design of alluvial channels using empirical and analytical methods to address sediment transport, meander formation, and bank stability.
Course ID: PAS101 | Credits: 4 PDH | Format: PDF
Publication Source: USDA NRCS
Course Overview: Details engineering criteria for designing fish passage structures and intake screens that facilitate aquatic species migration while protecting hydraulic infrastructure.
Course ID: UFS101 | Credits: 3 PDH | Format: PDF
Publication Source: US NRCS
Course Description: Provides foundational knowledge of fluvial geomorphology, focusing on the interrelated functions of wetlands, streams, and floodplains in watershed ecosystems.
Publication Source: USDA NRCS
Course Description: Covers structural and vegetative approaches for stabilizing streambanks and shorelines, including bioengineering methods and design standards.
Publication Source: USDA NRCS
Course Description: Explains the hydrodynamic and geotechnical factors involved in selecting appropriate stone sizes for riprap applications.
Publication Source: USDA NRCS
Course Description: Describes grade control methods including weirs, sills, and step-pool systems used to mitigate channel degradation and maintain streambed elevation.
Publication Source: US NRCS
Course Description: Introduces the concept of stream reach classification and its importance in planning restoration and management efforts.
Course ID: RIP101 | Credits: 1 PDH | Format: PDF
Publication Source: USDA NRCS
Course Description: Examines how riparian ecosystem conservation efforts support bat populations, emphasizing ecological relationships, habitat requirements, and engineering considerations for sustainable design.
Course ID: SIA101 | Credits: 2 PDH | Format: PDF
Publication Source: US NRCS
Course Description: Provides tools and techniques to evaluate sediment impacts on aquatic ecosystems, infrastructure, and stream morphology.
Publication Source: USDA NRCS
Course Description: Outlines proper sampling techniques and procedures for analyzing streambed sediment characteristics and gradation.
Publication Source: USDA NRCS
Course Description: Examines sheet pile wall design parameters and their effectiveness in stabilizing eroding streambanks.
Course ID: TSC101 | Credits: 2 PDH | Format: PDF
Publication Source: USDA NRCS
Course Description: Explores the design and benefits of two-stage channels for sediment management, flood control, and ecological enhancement.
Publication Source: USDA NRCS
Course Description: Details filter material specifications and design criteria used to prevent internal erosion in embankment structures.
Publication Source: NRCS
Course Description: Covers the use of large woody materials (LWM) in streambank stabilization and fish habitat improvement.
Publication Source: USDA NRCS
Course Description: Introduces methods and instrumentation for measuring streamflow and water stage for hydrologic analysis.
Publication Source: USDA NRCS
Course Description: Reviews natural and bioengineered bank stabilization options that reduce reliance on conventional riprap.
Publication Source: USDA NRCS
Course Description: Discusses structural and vegetative techniques used to alter streamflow direction, velocity, and distribution.
Publication Source: USDA NRCS
Course Description: Highlights the value of historical stream data, aerial imagery, and legacy surveys in channel restoration and design.
Publication Source: USDA NRCS
Course Description: Describes the engineering and environmental considerations for using articulated concrete blocks in streambank and channel protection.
Publication Source: USDA NRCS
Course Description: Explains the Rosgen classification method for assessing stream types, form, and function, aiding restoration and management efforts.
Publication Source: USDA NRCS
Course Description: Discusses the application of soil anchors to secure large woody debris in stream systems for erosion control and habitat stability.
Course ID: ITE101 | Credits: 3 PDH | Format: PDF
Publication Source: USDA NRCS
Course Description: Explores non-invasive bank stabilization methods such as flow deflection, vegetative controls, and indirect hydraulic manipulation.