Title: Training on Conservation System Guides and Performance Results System
1Training on Conservation System Guides and
Performance Results System
2Training Team Developers
- Conservation System Guides A general overview
by John Copeland - Understanding and using the new functionality of
the Conservation System Guide Application by Phil
Smith - Understanding and using the Conservation System
Guide Application by Lori Ziehr and Greta
Steverson - CSG role in FY2006 performance measures by Keith
Rogers and Dan Mullarkey - How to complete a CS physical effects over ride
by Greta Steverson and Lori Ziehr. - Future enhancements using the CSG-PRS linked data
by Ken Tootle. - Frequently asked questions and answers A Text
document by the team members
3Module 1 - Conservation System Guides, A General
Overview
4Objectives
- Upon completion of this training, participants
will be able to - Explain the uses of Conservation System Guides
(CSG) and Conservation Systems (CS) - Describe Conservation System Guides and
Conservation Systems - Explain the history behind the guides
- Describe when additional guides/systems are
needed for their Field Office work area
5Uses
- Improve efficiency in conservation planning
- Training tools for employees, partners, Technical
Service Providers - Provide typical resource effects and impacts that
can be automatically harvested by the
Performance Results System (PRS) - Serve as a source of information
6Definition
- Common Resource Area (CRA) is a geographical area
where resource concerns, problems, or treatment
needs are similar.
7Definition
- A Conservation System Guide (CSG) is composed of
the resource settings, resource concerns, and
resource conditions for a typical field by
landuse within a Common Resource Area (CRA).
8Conservation System Guides
- Conservation System Guides are developed for each
appropriate land use within the CRA. - Contain baseline data and threshold data for
measurable resource concerns
9Definition
- Conservation Systems (CS) identify conservation
practices typically applied to address the
resource concerns identified in the Conservation
System Guide and show system effects and impacts
on the resource concerns.
10Conservation Systems
- At least one conservation system is required for
each guide - Conservation systems are developed at the RMS
level - Each system identifies a primary resource concern
- Each system contains a system description
11Definition
- Baseline Description Describes the condition of
the resource setting. - Baseline Condition - The condition of the
resource concerns of a typical land unit,
expressed in measurement units of the applicable
quality criteria. - Can be thought of as the before condition
12Baseline Condition Examples
- Sheet and rill erosion - 8 Tons/Acre/Year
- Classic gully erosion 25 Tons/Year
- Soil condition index -0.2
- Rangeland site stability departure of 2
- Particulate matter lt2.5 500 Lbs./Year
- Wildfire hazard 50 Acres/Year
13Definition
- Threshold Value the most extreme value allowed
(in terms of use, loss or degradation) for a
resource concern, in quality criteria measurement
units, that still maintains long-term
sustainability.
14Threshold Value
- Only for
- Sheet and Rill Erosion
- Wind Erosion
- Organic Matter Depletion (SCI)
- Sheet and Rill erosion soil loss tolerance
- Used to compare field conditions to threshold
value
15Definition
- System Effects - The results, in qualitative or
quantitative terms, of applying a conservation
system or practice on a resource concern in a
particular resource setting. - Can be thought of as the after condition
16Definition
- System Impacts - The difference, for a resource
concern, between the baseline condition and the
effect of applying the conservation system or
practice. - Can be thought of as the difference between
before and after conditions
17Definition
- Resource considerations/ Resource concerns -
Elements of the natural resources that may be
sensitive to change by natural forces or human
activity.
18Erosion
Sheet rill
Excessive nutrients and organics in surface water
Quality
Quality
Objectionable odors
Plants not adapted or suited
Suitability
Fish and wildlife
Inadequate food
19Definition
- Measurable resource concern a resource concern
for which measurement units and a measurement
procedure have been established - Examples
- Sheet and rill erosion
- Organic matter depletion
- Rangeland site stability
- PM 2.5
20Definition
- Non-Measurable resource concern a resource
concern for which measurement units and
measurement procedures are not available or have
not been established, or are not appropriate for
NRCS use. - Examples
- Compaction
- Inadequate outlets
- Harmful levels of pesticides in surface water
21History of CRA/CSG
- Guidance documents existed in the FOTG
- 2003 decision made to develop a system that
could automatically harvest progress - Common Resource Area development and delineation
began in August 2003
22History of CRA/CSG
- National Bulletins provided guidance for
Conservation System Guides and Conservation
Systems - Programming allowed only three of the national
resource concerns to be populated - Additional programming was done to
CSG/measurement units determined - Evolved into present format
23How can FO staff view CSG?
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25How can FO staff view CSG?
- Conservation System Guide web site
- my.NRCS gt Field Tools tab gt Conservation System
Guides button gt Conservation System Guides page
gt Reports at a minimum select State, CRA, and
landuse
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29How can FO staff view CSG?
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31How can FO staff view CSG?
- Performance Reporting System
- Land units tab
- Impact tab
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37Requesting additional guides
- Only when current guides or systems do not cover
the majority of typical field situations found
in the Field Office work area. - For FY2006, when current guides or systems do not
provide reporting opportunities for all
appropriate National Performance Measures.
38How do CSG impact FO staff?
- Reduces plan documentation time.
- Enables PRS to automatically harvest progress
associated with National Performance Measures. - Reduces progress reporting time
- Helps ensure that appropriate progress is captured
39Youve completed the overviewofConservation
System Guides