Title: Designing Monitoring Programs to Measure and Determine the Effectiveness of Habitat Restoration Acti
1Designing Monitoring Programs to Measure and
Determine the Effectiveness of Habitat
Restoration Actions in the Lower Snake River ESU
- Policy Translation TeamSteps 1-5
- Keith Wolf (KWA-Colville.), Ian Parnell (ESSA),
- Steve Katz (NOAA), Charlie Paulsen (Paulsen
Environmental Research), Nick Bouwes (Eco Logical
Research)
2Where are we now?
- March 29, 2005 version provided
- March 29, meeting notes (NWFSC) meeting provided
- Main issue is identification of mature
monitoring questions for each step - Progress, but design lacks essential policy
answers for Steps 6 - Step 7 contingent upon Step 6
3The DQO processLesson learned
- Answers to DQO question are necessary to develop
a monitoring program - Answers to DQO questions are currently too
general to develop monitoring strategy - Answers are hard to come by
- There are several types of management questions
that each require different monitoring designs - DQO does not incorporate communication between
customer and those designing RME programs - First step is to communicate with the customer to
clarify general management question - Run specific management question through the DQO
process before anticipating all management needs
4The Management Question
- To design a monitoring program we must start with
a clear concise management question. - Question from the customer is often too general
(or is it the right question?) - Must interact with the customer to mature the
general question into a clear and concise
management question.
5Clarifying the Management Questionthe
population response
- What are all the species, down to life-history
type and gender, of interest? - What are the spatial boundary of the population
for which inferences will be made? - What is the population response you want to
evaluate to determine whether a change has
occurred? - Can/should you infer population level responses
from discrete or independent variables (e.g.
monitoring habitat effectiveness)?
6Clarifying the Management Questionthe
population response
- Define change in the population response (i.e.
what is the reference and final condition)? - What is the size of change in population response
you want to be able to detect? - Over what time period(s) do you want to describe
this population response? - Are there surrogate measures that you can be used
to answer your question?
7Clarifying the Management Questionexplaining
the population response
- To what factors do you want to be able to
attribute the observed population response? - e.g. management actions (e.g. restoration),
changes in spawner numbers, changes in climate,
other anthropogenic impacts (e.g. land use, water
withdraws, etc.), natural disturbances (e.g.
fires, landslides, floods, etc.)
8Uncertainty, errors, and costs
- Expectation is that more resources get a better
answer trade uncertainty for . - Not entirely resources can improve measurement
error, not process error. - Strategies for reducing error can deal with
either - Reduce measurement error by
- Collecting more samples,
- More frequent samples,
- Cleaner protocols.
- Reduce process error by
- Doing a different experiment
- Requires a different question
- In any event the diversity of approaches is only
limited by the diversity of experimental designs
need specific design features before specifying
changes to it eg - To reduce standard error for a t-test ?Increase
replication - To reduce process error ? Multivariate approach
to discriminate process
9Error and Uncertainty
- What are the risks?
- Can we adequately describe the implications?
- Are they the same as trade-offs?
- Can risks be mitigated (i.e. err to the side of.?
10Clarifying the Management Questionthe
population responseEXAMPLE
- Initial question
- To what degree have restoration and/or protection
actions affected the subject population (Table 1,
Habitat DQO)?
11Clarifying the Management Questionthe
population responseEXAMPLE
- What are all the species, down to life-history
type and gender, of interest? - Answer Spring Chinook population
12Clarifying the Management Questionthe
population responseEXAMPLE
- What are the spatial boundaries of the population
for which inferences will be made? - Answer Marsh creek in the middle fork of the
salmon
13Clarifying the Management Questionthe
population responseEXAMPLE
- What is the population response you want to
evaluate to determine whether a change has
occurred? - Answer The number of outmigrating juvenile
spring Chinook salmon per spawner.
14Clarifying the Management Questionthe
population responseEXAMPLE
- Define change in the population response (i.e.
what is the reference and final condition)? - Answer Change is defined as difference between
population response at the beginning and end of a
10 yr period after accounting for variables
defined in explaining the population response
(below).
15Clarifying the Management Questionthe
population responseEXAMPLE
- What is the size of change in population response
you want to be able to detect? - Answer A 15 increase in Smolts/Spawner
16Clarifying the Management Questionthe
population responseEXAMPLE
- Over what time period(s) do you want to describe
this population response? - Answer 10 years from now
17Clarifying the Management Questionthe
population responseEXAMPLE
- Are there surrogate measures that you can be used
to answer your question? - Answer Redd counts- so must convert to the
number of spawning adults. Smolt traps will be
used to provide estimates smolt abundance
18Clarifying the Management Questionexplaining
the population response
- To what factors do you want to be able to
attribute the observed population response? - Answer The number of spawners, the restoration
actions within the basin, natural disturbances,
climate indicators, habitat inventory variables.
19Clarifying the Management Questionexplaining
the population response
- The initial question
- To what degree have these actions affected the
subject population? - into
- The clarified question
- Have (the restoration projects) in Marsh creek in
the middle fork of the Salmon River produced at
least a 10 increase in the number of
outmigrating juvenile spring Chinook salmon per
spawner in 10 years (with some precision) when
the number of spawners, natural disturbances,
climate indicators, and habitat conditions
not-impacted by the actions have been accounted
for?
20Use real examples in the DQO process (e.g.
Executive table from Kratz)
21Plan of Action
- Pick a specific management question (e.g.
subbasin plan) - Run through question clarifier (answer questions
through review of plan and, if need be,
communicate with the customer) - Fill in DQO for specific management question to
allow development of Step 7 with Monitoring
Design Subgroup (May)