FY 2003 Mainstem/Systemwide proposal 200310700
Contents
Section 1. General administrative information
Section 2. Past accomplishments
Section 3. Relationships to other projects
Section 4. Budgets for planning/design phase
Section 5. Budgets for construction/implementation phase
Section 6. Budgets for operations/maintenance phase
Section 7. Budgets for monitoring/evaluation phase
Section 8. Budget summary
Reviews and Recommendations
Additional documents
Title | Type |
---|---|
35058 Narrative | Narrative |
35058 Powerpoint Presentation | Powerpoint Presentation |
Section 1. Administrative
Proposal title | Evaluation of food availability and juvenile salmonid growth rates under differing thermal and sediment regimes. |
Proposal ID | 200310700 |
Organization | Columbia River Inter-Tribal Fish Commission (CRITFC) |
Proposal contact person or principal investigator | |
Name | Dale A. Mccullough |
Mailing address | 729 NE Oregon St., Suite 200 Portland, OR 97232 |
Phone / email | 5032380667 / mccd@critfc.org |
Manager authorizing this project | Philip B. Roger |
Review cycle | Mainstem/Systemwide |
Province / Subbasin | Mainstem/Systemwide / |
Short description | Evaluate food availability as an index to potential salmonid growth and survival on stream continua representing varied combined land management effects, such as water temperature regime, substrate composition, and riparian condition. |
Target species | bull trout, summer steelhead, spring chinook |
Project location
Latitude | Longitude | Description |
---|---|---|
45.7318 | -120.6499 | John Day Subbasin streams of order 2, 3, and 4 |
Reasonable and Prudent Alternatives (RPAs)
Sponsor-reported:
RPA |
---|
142 |
Relevant RPAs based on NMFS/BPA review:
Reviewing agency | Action # | BiOp Agency | Description |
---|
Section 2. Past accomplishments
Year | Accomplishment |
---|---|
2001 | Rhodes, J.J., M.J. Greene, and M.D. Purser. 2000. Monitoring Fine Sediment Grande Ronde and John Day Rivers. BPA Project No. 199703400 |
1999 | McCullough, D. 1999. Monitoring of streambank stability and streamside vegetation in a livestock exclosure on the Warm Springs River, Oregon: Comparison of ground-based surveys with aerial photographic analysis. BPA Project No. 96FC96721. |
Section 3. Relationships to other projects
Project ID | Title | Description |
---|---|---|
200201700 | Regional stream conditions and stressor evaluation. | This ODEQ project would provide useful screening of sampling sites and baseline biological and habitat quality data. |
Section 4. Budget for Planning and Design phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2003 cost | Subcontractor |
---|---|---|---|---|
1. Administrative | a. Complete ESA and Rolling Review | 1 mo. | $10,393 |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
1. Administrative | 2003 | 2005 | $11,187 |
Outyear budgets for Planning and Design phase
FY 2004 | FY 2005 |
---|---|
$5,457 | $5,730 |
Section 5. Budget for Construction and Implementation phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2003 cost | Subcontractor |
---|
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|
Outyear budgets for Construction and Implementation phase
Section 6. Budget for Operations and Maintenance phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2003 cost | Subcontractor |
---|
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|
Outyear budgets for Operations and Maintenance phase
Section 7. Budget for Monitoring and Evaluation phase
Task-based budget
Objective | Task | Duration in FYs | Estimated 2003 cost | Subcontractor |
---|---|---|---|---|
1. Site selection. | a. Selection of high quality sites in cooperation with ODEQ | 0.1 | $3,800 | |
b. Section of altered streams as study sites | 0.1 | $3,800 | ||
2.Habitat condition evaluation for selected sites | a. Evaluate in-channel physical habitat condition factors. | ongoing | $19,248 | |
b. Collect and process water chemistry samples | ongoing | $6,000 | Yes | |
3. Collection and processing of aquatic and terrestrial macroinvertebrate drift samples for the latter portion of the salmonid “warm season” growth period | a. Use drift nets to collect samples according to spatial and temporal protocol described. | ongoing | $19,248 | |
b. Use floating traps to collect aerial forms of terrestrial and aquatic invertebrates. | ongoing | $19,248 | ||
c. Pre-sort and prepare invertebrate samples. | $22,398 | |||
. | d. Process invertebrate samples-identification, enumeration. | ongoing | $32,760 | Yes |
4. Database development, data evaluation, data display,evaluation, reporting, and project management | a. Enter data on macroinvertebrate and terrestrial drift into an Access database. A correlated habitat condition database will be linked to drift samples on the basis of stream continuum, stream order, riffle, channel cross-section, position in stream, | ongoing | $19,248 | |
b. Evaluation of drift data in relation to habitat condition | ongoing | $38,494 | ||
c. Quarterly reports and a final report will be submitted to BPA for electronic publishing. | ongoing | $19,248 | ||
d. Coordinate with state agencies in sharing of information and sample collection. Information collected by others in study areas will increase efficiency in data interpretation. | ongoing | $5,000 |
Outyear objectives-based budget
Objective | Starting FY | Ending FY | Estimated cost |
---|---|---|---|
1..Habitat condition evaluation for selected sites, focusing only on factors that vary, such as water temperature, streamflow, substrate fine sediment. | 2004 | 2005 | $44,234 |
2. Collection and processing of aquatic and terrestrial macroinvertebrate drift samples for the latter portion of the salmonid “warm season” growth period | 2004 | 2005 | $88,467 |
3. Measurement of salmonid growth rates within stream reaches in which food availability and habitat conditions were measured. | 2004 | 2005 | $88,467 |
4. Database development, data evaluation, data display,evaluation, reporting, and project management | 2004 | 2005 | $221,169 |
Outyear budgets for Monitoring and Evaluation phase
FY 2004 | FY 2005 |
---|---|
$216,832 | $225,505 |
Section 8. Estimated budget summary
Itemized budget
Item | Note | FY 2003 cost |
---|---|---|
Personnel | FTE: 1.4 | $81,972 |
Fringe | 1.4 | $25,821 |
Supplies | $17,000 | |
Travel | $13,440 | |
Indirect | $40,605 | |
Subcontractor | Aquatic Biology Associates | $32,760 |
Other | Environmental Services | $6,000 |
$217,598 |
Total estimated budget
Total FY 2003 cost | $217,598 |
Amount anticipated from previously committed BPA funds | $0 |
Total FY 2003 budget request | $217,598 |
FY 2003 forecast from 2002 | $0 |
% change from forecast | 0.0% |
Cost sharing
Organization | Item or service provided | Amount | Cash or in-kind |
---|
Reviews and recommendations
This information was not provided on the original proposals, but was generated during the review process.
Do not fund - no response required
Aug 2, 2002
Comment:
Not Fundable. This proposed study would contrast food availability and growth rates of bull trout, steelhead and spring chinook salmon in different qualities of stream habitat in the John Day watershed, with emphasis on water temperature. Stream reaches encompassing orders 2-4 are viewed as river continua (gradients) in which temperature is expected to range from cold in the headwaters to warm in lower reaches. Continua that have undergone landscape disturbance (e.g., agriculture, forestry) are expected to be warmer, have less total optimal thermal habitat over the fish growing season, and have additional changes in physical structure such as substrate composition, bank stability, and riparian vegetation. The study would quantify physical stream features, macroinvertebrate abundance (largely as drift of aquatic and terrestrial forms), and fish growth. This study would be tied closely with ones conducted by the ODEQ and ODFW, which will conduct the initial site screening and allow the proposed study to select the most suitable study reaches. The expected result is that certain land management actions will be shown to result in reduced productivity of food and lowered growth of fish (due, in part, to less optimal temperature habitat).Although the topic of salmonid production is important and temperature effects issues are timely, the proposal lacks clarity. The background section is long and not well organized. It lacks focus on the salient features leading up to a hypothesis for the proposed study. Although temperature is a key element, few thermal references are given for the many generalizations. Some topics are introduced that do not seem germane to the proposal. Information on ESA listings seems to have been tacked on at the end of the section with little thought. The Council's Fish and Wildlife Program is not mentioned although the rationale lists RPAs from the Biological Opinion, but does not say what they are or discuss the Action Agencies' need to address them. The acronym RPA seems to have been used in several places when the general BiOp is meant. The rationale uses stated needs for food and feeding studies in the mainstem, estuary and ocean as justification for the work in the John Day watershed, without clarifying that this seems to be a general need over salmonid life histories. In the section on relationship to other projects, the proposal discusses the linkage with the ODEQ and ODFW studies, but does not make clear just which organization will do what (there does not appear to be any cost sharing).
It is not apparent that the study would have the ability to separate abundance, growth, and the influence of competition The proposed study focuses on growth as the response variable to water temperature and food availability. It will depend upon other studies (by ODEQ and ODFW) for measurement of fish abundance (page 10). Those studies are said to provide information on presence/absence of juvenile salmonids and indices of abundance. Experience suggests that adjustments in abundance will be the primary response by populations of juvenile salmonids. Dominance hierarchies are established, leading to emigration of less competitive individuals or species. In this way, growth rates will not necessarily reflect the influence of environmental factors on the population. It is proposed (page 12, item 3) to temporarily confine salmonids in stream reaches for the purpose of measuring their growth rates. This is an unrealistic procedure that is unlikely to satisfy the requirements of an appropriate sample of conditions in a natural stream. For example, the method of confinement may, in itself, modify the production of invertebrate stream drift. A further problem is that other than specifying that the study is proposed to be conducted in the John Day Basin, no sites have been chosen for the study. It is at this stage uncertain that appropriate sites, that will represent"...key stream continua representing substantially different thermal regimes (and land management effects) ..." can be found. (page 12).
It is not clear that the proposal meets the ISRP review criteria (although known to the proponents from solicitation materials, they are not clearly identified in the proposal). There is sound science described in the background, but its application to the study is not clear. The study seems to lack rigor of purpose (perhaps more a matter of quality of explanation than of intent). There appears to be benefit to fish and wildlife in larger fish at outmigration when growth is high, but the benefit of the project in guiding land management is not broached. The objectives and expected outcome are not clearly stated. The proposal's objectives are actually tasks, and the listed tasks are detailed elaboration on them. The real objectives remain to be clearly stated. Reference is made to meeting the objectives stated in subbasin documents, but these are not given or addressed. The methods are very detailed and instructive (perhaps leading to quibbles over details). The figure was not labeled so that reviewers could tell what the notations mean. The whole project is considered monitoring and evaluation, with no further discussion.
In summary, the proposal is poorly presented and not well organized. Hypotheses are not clear and the implicit ones are rather simplistic given our current understanding of temperature impacts, feeding ecology, competition, etc. Study sites (and therefore the land use practices to be compared) have not been selected. The proposal is not fundable in its present form and the deficiencies were not clarified in the presentation. The ISRP's concerns are unlikely to be resolved in a response.
Action Agency/NMFS RME Group Comments:
HABITAT ACTION EFFECTIVENESS RESARCH GROUP -- Does the Proposal address RPA Objectives?
This proposal is designed to examine the effect of temperature and food availability on juvenile salmon growth rates within the John Day Subbasin. While the experimental layout, with pristine treatment areas and anthropogenically altered control areas, is well designed for the study objectives, its relevance to 183 is limited.
Elements the Proposal is Lacking.
The proposal does not directly meet the requirements of RPA 183. The sample size and site selection do not adequately address monitoring needs.
Means and Opportunities to Strengthen the Proposal.
It could be made more applicable by simultaneous measurement of salmonid survival rates in treatment and control areas, in addition to growth rates. This proposal will also benefit from increased sample size and site selection that produces more representative sampling. The basic material is present to generate a high quality project.
ISRP Remarks on RME Group Comments:
The Action Agency/NMFS RME Work Group's review concludes that the proposal, while directed at RPA 183, does not meet their needs. The ISRP concurs.
Comment:
The Water Quality Planning Group agreed with the Independent Scientific Review Panel views regarding this proposal. The proposal is not fundable in its present form.Comment:
Do Not Fund; agree with CBFWA. This proposed study would contrast food availability and growth rates of bull trout, steelhead and spring chinook salmon in different qualities of stream habitat in the John Day watershed, with emphasis on water temperature. Stream reaches encompassing orders 2-4 are viewed as river continua (gradients) in which temperature is expected to range from cold in the headwaters to warm in lower reaches. Continua that have undergone landscape disturbance (e.g., agriculture, forestry) are expected to be warmer, have less total optimal thermal habitat over the fish growing season, and have additional changes in physical structure such as substrate composition, bank stability, and riparian vegetation. The study would quantify physical stream features, macroinvertebrate abundance (largely as drift of aquatic and terrestrial forms), and fish growth. This study would be tied closely with ones conducted by the ODEQ and ODFW, which will conduct the initial site screening and allow the proposed study to select the most suitable study reaches. The expected result is that certain land management actions will be shown to result in reduced productivity of food and lowered growth of fish (due, in part, to less optimal temperature habitat).Although the topic of salmonid production is important and temperature effects issues are timely, the proposal lacks clarity. The background section is long and not well organized. It lacks focus on the salient features leading up to a hypothesis for the proposed study. Although temperature is a key element, few thermal references are given for the many generalizations. Some topics are introduced that do not seem germane to the proposal. Information on ESA listings seems to have been tacked on at the end of the section with little thought. The Council's Fish and Wildlife Program is not mentioned although the rationale lists RPAs from the Biological Opinion, but does not say what they are or discuss the Action Agencies' need to address them. The rationale uses stated needs for food and feeding studies in the mainstem, estuary and ocean as justification for the work in the John Day watershed, without clarifying that this seems to be a general need over salmonid life histories. In the section on relationship to other projects, the proposal discusses the linkage with the ODEQ and ODFW studies, but does not make clear just which organization will do what (there does not appear to be any cost sharing).
It is not apparent that the study would have the ability to separate effects of abundance, growth, and the influence of competition The proposed study focuses on growth as the response variable to water temperature and food availability. It will depend upon other studies (by ODEQ and ODFW) for measurement of fish abundance (page 10). Those studies are said to provide information on presence/absence of juvenile salmonids and indices of abundance. Experience suggests that adjustments in abundance will be the primary response by populations of juvenile salmonids. Dominance hierarchies are established, leading to emigration of less competitive individuals or species. In this way, growth rates will not necessarily reflect the influence of environmental factors on the population. It is proposed (page 12, item 3) to temporarily confine salmonids in stream reaches for the purpose of measuring their growth rates. This is an unrealistic procedure that is unlikely to satisfy the requirements of an appropriate sample of conditions in a natural stream. For example, the method of confinement may, in itself, modify the production of invertebrate stream drift. A further problem is that other than specifying that the study is proposed to be conducted in the John Day Basin, no sites have been chosen for the study. It is at this stage uncertain that appropriate sites, that will represent "...key stream continua representing substantially different thermal regimes (and land management effects) ..." can be found. (page 12).
It is not clear that the proposal meets the ISRP review criteria. There is sound science described in the background, but its application to the study is not clear. The study seems to lack rigor of purpose (perhaps more a matter of quality of explanation than of intent). There appears to be benefit to fish and wildlife in larger fish at outmigration when growth is high, but the benefit of the project in guiding land management is not broached. The objectives and expected outcome are not clearly stated. The proposal's objectives are actually tasks, and the listed tasks are detailed elaboration on them. The real objectives remain to be clearly stated. Reference is made to meeting the objectives stated in subbasin documents, but these are not given or addressed. The methods are very detailed and instructive (perhaps leading to quibbles over details). The figure was not labeled so that reviewers could tell what the notations mean. The whole project is considered monitoring and evaluation, with no further discussion.
In summary, the proposal is poorly presented and not well organized. Hypotheses are not clear and the implicit ones are rather simplistic given our current understanding of temperature impacts, feeding ecology, competition, etc. Study sites (and therefore the land use practices to be compared) have not been selected. The proposal is not fundable in its present form and the deficiencies were not clarified in the presentation.
Comment:
Statement of Potential Biological BenefitIndirect. This project attempts to evaluate the effects of temperature and food on growth rates of juvenile salmon under different land management regimes in the John Day subbasin.
Comments
The question of how temperature and food interact to affect fish growth is an important an interesting issue. However, the study design is not adequate to determine how temperature and food influence fish growth. There are a number of other confounding variables that can affect temperature, drift, and in turn juvenile growth. The authors note these other variables, but it is difficult to tell how they are dealt with in the design or analysis phase. Also nutrients and light can strongly influence invertebrate abundance, which in turn, influences drift rate. Moreover, biological interactions among juvenile fishes such as competition for space, will lead to changes in reach scale abundances. And juvenile fish growth is strongly linked to local population size. The method described for assessing growth rate is very questionable. The nets used to confine individuals within an area will affect growth rates, and limiting movement of fish may also affect growth rates. The standard design for assessing growth of fish is a mark-recapture study. Although this is an interesting question, the proposal lacks clear hypotheses, methods, and analyses.
Already ESA Required?
No
Biop?
No
Comment:
Category:3. Other projects not recommended by staff
Comments: