Soil and water : publication
Terraces are one way to control soil erosion. Visit our site to learn about Choosing Terrace Systems.
John R. McCarthyNatural Resources Conservation ServiceDonald L. Pfost and H. David CurrenceDepartment of Agricultural Engineering
Runoff from construction sites is a major source of sediment. Visit our site to learn about Controlling Runoff and Erosion at Urban Construction Sites.
Learn how to transition CRP fields to grain crops while maintaining soil quality, choosing the right crops, and using best management practices.
Explore effective cover crop strategies for Missouri farmers to enhance soil health, manage erosion, and boost yields.
Guidance on selecting culvert and flood gate sizes for bottomland drainage up to 640 acres, including flow rate formulas and design considerations.
Explore the fertile soils of Southeast Missouri's Delta region, highlighting soil types, formation processes, and agricultural potential.
Designing a bottom-withdrawal spillway enhances water quality by removing sediment-laden inflow, extending reservoir life and reducing fish loss.
James M. SteichenDepartment of Agricultural EngineeringThese criteria apply to the design of canopy and hood inlet spillways used as the principal spillway for ponds, irrigation reservoirs, and stabilization structures.
James Steichen
Department of Agricultural Engineering
James SteichenDepartment of Agricultural EngineeringEditor’s noteThe PDF version of this publication includes illustrations.
Learn to estimate peak runoff rates for small Missouri watersheds using a comprehensive formula and watershed-specific factors.
Before choosing a forage irrigation system to mitigate drought risk, explore expected forage response to irrigation, equipment options and the economics.
Learn how to assess soil health in Missouri with proper sampling methods and testing protocols.
Explore strategies for integrating livestock grazing with cover crops to enhance soil health and profitability for Missouri farmers.
Land grading is used for irrigation and subsequent drainage. Visit our site for our Land Grading for Irrigation: Design and Construction guide.
Grassed waterways help control water flow and prevent erosion. Regular maintenance ensures effectiveness.
Learn how to inspect, maintain, and repair small agricultural dams to prevent erosion, control vegetation, and ensure structural integrity.
This aquaculture and fisheries guide is one in a series being developed jointly by MU Extension and Lincoln University.Robert A. Pierce IIFisheries and Wildlife State SpecialistSchool of Natural Resources
Discover best practices for maintaining grassed outlet terraces, focusing on ridge preservation, sediment control, and erosion mitigation.
This guide provides essential maintenance practices for underground outlet terrace systems, focusing on inspections, sediment management, and outlet upkeep.
This guide details the operation and maintenance of a bottom-withdrawal spillway, which uses a siphon system to improve water quality in reservoirs.
Donald L. PfostDepartment of Agricultural EngineeringDon Williams and Richard KoenigNatural Resources Conservation Service
This form provides testing options and costs for routine soil analysis and additional tests for researcher use only. Complete and submit this form along with your samples.
James C. Frisby and Donald L. PfostDepartment of Agricultural Engineering
Pieter Los, Stephen H. Anderson, and Clark J. GantzerDepartment of Soil and Atmospheric Sciences
The Soil and Plant Laboratory can test your water for irrigation, domestic, poultry or livestock suitability or run specific individual tests. Water analysis can be used to determine suitability for several purposes, such as for homeowners, irrigation or for use by livestock and poultry. Complete…
The testing packages listed on this form target specific nutrients to provide a more complete picture of water quality for a particular use. Use this form to obtain a detailed water analysis from the MU Soil and Plant Testing Lab.
This guide helps producers assess irrigation feasibility by evaluating water sources, legal considerations, and estimating storage needs.