Monitoring Riparian Grazing Use. Why Do We Monitor?  To provide accountability for our actions.  To provide feed back on results.  To aid in our decision.

Slides:



Advertisements
Similar presentations
Perform Range Forage Inventory for Large Ungulates Confederated Tribes of the Colville Reservation, Cooperative Fish & Wildlife Dept. and Range Dept. Project.
Advertisements

MIM and Adaptive Management. PURPOSE of ADAPTIVE MANAGEMENT: To achieve long- term desired conditions Emphasis should be placed on long-term monitoring.
Grazing Management for Healthy Riparian Areas Authors: Gene Surber, MSU Extension Natural Resources Specialist Bob Ehrhart, Research Specialist, RWRP,
Grazing Management Principles. Natural & Human Resources Grazing Management Decisions Community Response Climate Topography Veg. Community Wildlife Mgmt.
1 The PFC concept is: §Based on the fact that systems need to be functional before they can produce aquatic or riparian values – or desired conditions.
What do you think? 1.Removal of water loving species like sycamore and willow or aquatic plants is the best way to increase stream flow. True or False.
{ Monitoring Livestock Forage Use in the Black Hills Thomas M Juntti.
Riparian Zone Habitat Assessment Vegetation and More.
Natural Riparian Resources Landscape & Soil Water Vegetation.
Locating the GreenlineLocating the Greenline  Define the greenline  Sampling using a monitoring frame  Greenline rules  Examples.
Ghost River Watershed Riparian Health Inventory 2011 Highlights March 10, 2012 Benchlands, AB.
Vegetation Soil, Landscape Hydrology Process for Assessing Proper Functioning Condition Vegetation Items.
Phase 3 interim report August  Local non-profit source water protection agency  Implementing “Getting to the Source”, with 82 recommendations.
Rangeland Inventory & Monitoring. Rangeland Management is:  The use and stewardship of rangeland resources to meet goals and desires of humans.  You.
Wildlife Management Principles. Goals What are some goals related to the management of wildlife habitats?
1 Natural Riparian Resources Erosion/Deposition Water Vegetation.
Grazing Distribution. What is Grazing Distribution? o Pattern created by livestock grazing an area of rangeland or pasture o animals tend to graze in.
John Fouts Maintaining Your Pasture.
RANGELAND MANAGEMENT. The Problem  How do we manage our grasslands for maximum production and while maintaining sustainability?
Module #5 Livestock Management: Rotational Grazing Pine Silvopasture in the Southeast.
Photo from NRCS Range and Pasture Management.  Benefits of grazing management  How grass grows  Steps to effective grazing management  Estimating.
Habitat Assessment Developed by Ken Cooke Kentucky Division of Water Watershed Watch Program Coordinator Modified by Mike Kemp Professor of Environmental.
Guidelines for Setting “Proper” Stocking Rate K. Launchbaugh UDSA-ARS.
Watersheds Capture, Store And Safely Release Water.
Watersheds Capture, Store And Safely Release Water.
My Place on a Stream Developed by: Sherman Swanson, University of Nevada, Reno Susan Donaldson, University of Nevada Cooperative Extension UNCE, Reno,
CITY STREAM WATCH 2007 RIPARIAN PLANTING INITIATIVE May 2007.
Streamside Grazing in Indiana. Indiana Streams: Are a precious natural resource Provide clean water for a variety of human uses as well as habitat for.
Range Practices 1 Objectives and Range Practices under FRPA & Objectives & Objectives The Focus is on Results.
MULTIPLE INDICATOR MONITORING (MIM) PROTOCOLS. 8. Greenline-to-Greenline 9. substrate – in the x section, and 10. residual depth 1.Stubble ht, 2. bank.
Grazing Management Principles for Rangelands Mort Kothmann Texas A&M University.
1 The PFC concept is: §Based on the fact that systems need to be functional before they can produce aquatic or riparian values – or desired conditions.
Nonpoint Source Management Plan: Issues and Opportunities Greg Anderson Nonpoint Source Coordinator MO DNR.
Adams Conservation District Board Curtis Hennings, Emmitt Cain, Michael Broeckel, Ron Hennings, Rob Dewald Staff Cara Hulce – Manager Sue Nichols – Office.
Multiple Indicator Monitoring (MIM) Monitoring the Effects of Management on Stream Channels and Streamside Vegetation.
Understanding Creeks, Rivers, and Riparian Areas.
Rangeland Management Before, During, and After Drought Larry D. Howery Rangeland & Forest Resources Program School of Renewable Natural Resources The University.
KEY GRAZING CONSIDERATIONS ON RIPARIAN AREAS. Recovery Rates Non-Functional.
Bear Creek OR 1976 Bear Creek OR Burro Creek AZ 1981 Burro Creek AZ 2000.
RIPARIAN PROPER FUNCTIONING CONDITION A Tool for Integrating the Fundamental Sciences into Collaborative Decision-Making.
SUMMARY. Summary Instructions After the checklist is filled out and rationale documented, the ID Team discusses the responses, reads the category definitions.
CREEKS & COMMUNITIES Laura Van Riper – Social Scientist National Riparian Service Team.
RANGELAND INVENTORY & MONITORING. Rangeland Management is: The use and stewardship of rangeland resources to meet goals and desires of humans. You cannot.
Riparian Areas: Functions and Conditions Authors: Gene Surber, MSU Extension Natural Resources Specialist Bob Ehrhart, Research Specialist, RWRP, Univ.
Impacts of grazing livestock s e s s i o n 12 Impacts of grazing livestock.
National Forest System Grazing Objectives 1.Manage range vegetation to protect basic soil and water resources, provide for ecological diversity, improve.
Using Multiple Indicator Monitoring Protocols. What is MIM Streambank Alteration?  The number of lines on the plot that intercept hoof prints, hoof shears.
Water. Riparian Areas Among the most productive parts of a ranch. Water and nutrients make them especially resilient.
Beef Cattle Management for Water Quality Protection Dirk Philipp University of Arkansas Animal Science Department October 2012.
ODOT Programmatic ESA Consultation on the Federal-Aid Highway Program (FAHP) User’s Guide Training, June-July 2013 Clearing and Site Preparation and Site.
UGIP Technical Committee Key Principles of Grazing Management Improves productivity Improves land health Shows responsibility to natural resources Ensures.
Introduction to Concentrated Animal Feeding Operations CAFOs Christina Richmond West Virginia Department of Agriculture.
2015 Clean Water Farm Award BILLY A HUDSON. At the Barn Here Senior District Conservationist P.W. Morgan (left) stands next to Billy Hudson (right) next.
Riparian Zones A riparian zone is a vegetated area (a "buffer strip") near a stream which helps shade and partially protect a stream from the impact of.
Integrated Riparian Management
Grazing Basics Central Wisconsin Grazing Meetings March 2008
Challenges Facing Riparian Ecosystems
Watershed Restoration on the Lolo NF Benefits for the Clark Fork Watershed Taylor Greenup, Hydrologist, Lolo National Forest Jennifer Mickelson,
Grazing Distribution.
Grazing Management Basics
The Wrap-up.
Grazing Methods & Plans
Grazing Management in Riparian Systems
Grazing Systems REM Integrated Rangeland Management
Water Projects.
Grazing Ecology and Management
Riparian Vegetation.
Riparian and Wetland Ecosystems
Grazing Systems REM Integrated Rangeland Management
Managing Stockpiled Tall Fescue to Extend the Grazing Season
Presentation transcript:

Monitoring Riparian Grazing Use

Why Do We Monitor?  To provide accountability for our actions.  To provide feed back on results.  To aid in our decision making What Should We Monitor? Goals and Objectives

Types of Monitoring  Annual: Actual use. Actual use. Grazing intensity. Grazing intensity. Plant recovery. Plant recovery.  Short-term (3-5 years): Point-bars. Point-bars. Channel width. Channel width. Over-hanging vegetation. Over-hanging vegetation. Changes in plant vigor. Changes in plant vigor.  Long-term : Channel and bank conditions. Channel and bank conditions. Plant community changes. Plant community changes.

Annual Monitoring  Examples of Annual Grazing Use that should be observed and recorded.

Are livestock in the pasture when planned? Are the correct numbers present?

Did the livestock utilize the forage properly?

Did you clean the pasture?

What were the impacts of the grazing use?

Was there bank displacement?

Determine amount of use

Leave a 4” stubble height on large sedges Observe stubble height-4”

Document regrowth of sedges-6”

Side (edge) browsing - Booth willow

Short Term Monitoring  The following are examples of typical responses that can be used as indicators of progress towards desired conditions.  These are often useful for short term (2-5 years) monitoring following implementation of improved grazing practices.

Brookgrass acts as a temporary filter.

Long Term Monitoring  Document streambank stability and channel improvement  Measure and document plant community changes Greenline Composition Greenline Composition Vegetation Cross-Section Composition Vegetation Cross-Section Composition Woody species Regeneration Woody species Regeneration

Young Salix drumondiana

Mixed roots, sedge/coyote willow

Geyer’s & Booth Willows - Stabilizers

Greenline of non- hydrophytic plant species.

Good willow/sedges, Montpelier Creek, ID

Damage & Natural erosion, 7-Mile Creek, Fishlake NF

Stream Meander

West Muddy Creek, Mule Park, Gunnison NF

Mule Park West Muddy Creek 7/8/1954 Allotment grazed season-long by 219 cow/calf pairs from June 24 to October 15. Precip. – 60%

Mule Park West Muddy Creek 7/28/1998 (84%). Allotment managed using a 4-pasture grazing strategy by 700 yearlings from July 5 to October 5.