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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.

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Presentation on theme: "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."— Presentation transcript:

1 Monitoring Riparian Grazing Use

2 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

3 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.

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

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

6 Did the livestock utilize the forage properly?

7 Did you clean the pasture?

8 What were the impacts of the grazing use?

9 Was there bank displacement?

10 Determine amount of use

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

12 Document regrowth of sedges-6”

13 Side (edge) browsing - Booth willow

14 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.

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16 Brookgrass acts as a temporary filter.

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24 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

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26 Young Salix drumondiana

27 Mixed roots, sedge/coyote willow

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30 Geyer’s & Booth Willows - Stabilizers

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32 Greenline of non- hydrophytic plant species.

33 Good willow/sedges, Montpelier Creek, ID

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

36 Stream Meander

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39 West Muddy Creek, Mule Park, Gunnison NF 1949 2000

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41 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%

42 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.


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