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TRANSCRIPT
Conditions of Stress: Building Local Capacities via Citizen Councils and Scoping Meetings
• Susan J. Gilbertz, Montana State University-Billings • Damon Hall, Center for Sustainability, St. Louis University • Matt Anderson, Montana State University-Billings • Alyson Rode, Montana State university-Billings
October 2013 For the American Water Resources Association Conference Bozeman, Montana •
Support for the Project
Montana Water Supply Initiative • Convene Basin Advisory Councils (BACs) to help develop water
management strategies and recommendations.
• BAC activities were projected as involving three phases:
• public scoping,
• information transfer, and
• recommendation formulation.
• Yellowstone Basin Advisory Council—Phase I
• March –September 2013
1. A Theoretical Perspective 2. The Yellowstone BAC Members 3. Design for Collecting Public Inputs: Round Table Discussions 4. Outcomes: Public Attendance Public Inputs Rankings Exercises Unifying Theme 5. Next Steps
Image from Yellowstone River Land Use Mapping and Analysis, DTM Consulting, 2013
1. Situating the Research Effort: A Theoretical Perspective
Social-Ecological Systems (SES)
Coupled human-natural systems
Yellowstone Basin: 680,000+ acres of irrigated land
Legacies Last Yellowstone Water Plan 1978
Resilience
The capacity of the system to retain or reassert a similarity of structure and function in spite of a disturbance
Building Capacities (Improving Resilience)
The Yellowstone BAC
2. The Yellowstone BAC Members
• 20 Voting Citizen Members
• Distinct Interests Groups
• Agriculture
• Industry
• Instream Flow
• Tribal
• 8 Ex-officio Members
3. Design: Round Table Discussions GOAL: 35-45 minutes of discussion
TO BEGIN: Ask participants to please introduce themselves: “Please, tell us
who you are, where you are from, and why you are participating today.”
1. What are some issues that the BAC will need to address as immediate or pressing concerns? 2. What are some issues that the BAC will need to address as long-term concerns? (perhaps as a 20-year window) 3. What sort of time horizon should the BAC establish as its focal horizon, immediate concerns, long-range concerns or some intermediate range? 4. Are there any obvious pit-falls that the BAC should avoid?
5. How can the BAC ensure a citizen-based beginning? 6. Are there any suggestions for how the BAC might ensure success?
Other Methods Used
• Demographic Survey
• Q Sort Exercise
• Discourse Coding
4. Outcomes: Public Attendance March-May 2013
Meeting Site and Date Number of Public Attendees
Billings, March 18 8 Glendive, March 27 24 Big Timber, April 12 43 Forsyth, April 24 32 Billings, May 7 30 Billings, May 8 11 TOTAL 148
4. Outcomes: Public Inputs Availability: Do we know how much water is available? Do we know when available water exceeds all needs? Do we know when water runs short?
4. Outcomes: Public Inputs
Availability
Beneficial Uses
Current Allocations
Drought Readiness
Enforcement/Protecting Senior Rights
Exempt Wells/Groundwater
Federal Reserved Rights
Fisheries and Wildlife
4. Outcomes: Public Inputs
Future Allocations/Additional Rights
Gauges/Monitoring
Hydrologic Models to Explore "Full Development“
Hydrologic Models to Explore Variability
Incentives and Support for New Technologies and Conservation Practices
Industrial Uses of Water
Irrigation Technologies and Growth
4. Outcomes: Public Inputs
Instream Flows Invasive Species Montana as Priority
Municipal Uses, Urban Development and Population Growth Planning for Water Demands
Recreational Uses
Stock Water Ponds and Tanks/Fishing Ponds
Tribal (Reserved) Rights
4. Outcomes: Public Inputs
“Use it or Lose it” Principle
Water Market Transfers Water Quality
Water Reservations
Water Storage
4. Outcomes: Rankings Exercise
Yellowstone BAC Preliminary Rankings of Issues Identified by the Public
Calculated
Score*
CONCERN
# with this
as #1
Rank
# who ranked
this as 1-7
1220 Availability 10 13
840 Drought Readiness 1 11
550
Enforcement/Protecting Senior
Rights 1 7
550 Water Quality 1 7
350 Instream Flows 0 6
340
Shifting Practices: Irrigation
Technologies 0 6
310
Future Allocations/Additional
Rights 0 5
Rankings
Conversions 1= 100
2= 90
3= 80
4= 70
5= 60
6= 50
7= 40
4. Outcomes: Rankings Exercise
Yellowstone BAC Ex-Officio Preliminary Rankings of Issues Identified by the Public
Calculated
Score*
CONCERN # with this as
#1 Rank
# who
ranked this
as 1-7
Indicates
General
Agreement w/
BAC Top
Ranks
300 Availability 3 3 X
260
Future
Allocations/Additional Rights 1 3 X
250 Current Allocations 0 3
220
Enforcement/Protecting
Senior Rights 0 3 X
210
Shifting Practices: Irrigation
Technologies 0 3 X
190 Instream Flows 0 3 X
180
Exempt Wells/
Groundwater Wells 0 3
130 Drought Readiness 0 3 X
4. Outcomes: Unifying Theme
The Yellowstone River basin planning process is guided by the following concepts: 1) delivery of information that is sufficient to understand the water resources and the current and prospective demands placed on those resources, and enable sound water use decision-making by water users and prospective users; 2) strengthening the existing water allocation system to optimize present use and establish need for future water availability under the existing doctrines of prior appropriation and beneficial use; and 3) enabling water users to achieve fairness under the law and these same doctrines in water allocation among senior and junior water right owners during times of scarcity (drought).
5. Next Steps—MCA 85-1-203
• An inventory of consumptive and non-consumptive uses;
• An estimate of water needed to satisfy future demand;
• An analysis of the effects of frequent drought and increased depletions on water availability;
• An evaluation of opportunities, including storage, to satisfy existing water rights and new water demands;
• Possible sources of water to meet the needs of the basin; and
• Any legislation necessary to address the water resource concerns in the Yellowstone basin.
Yellowstone Basin Resilience
The efforts of the Yellowstone BAC are the first steps towards increasing the capacity of the communities of the basin to retain or reassert a similarity of structure and function as it is found in all of the sub-systems of the SES (natural and human), especially as will be necessary in situations of water scarcity.