75981: Rev 2: WE E: Work Element Summary

Work Element Summary PDF

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Basics

Contract Number:

75981

Contract Title:

2008-111-00 EXP TWIN LAKES ENHANCEMENT

Contract Start Date:

4/25/2017

Contract End Date:

3/31/2018

WE ID:

157. Collect/Generate/Validate Field and Lab Data

Work Element Usage Report

Title:

E: 157 - Dissolved oxygen monitoring

Description:

Monitoring of hypolimnetic oxygen levels is critical to oxygenating the hypolimnion. Oxygen levels will be monitored continuously by a subcontractor (Gantzer Water Resources Engineering, LLC) with probes in fixed locations in North Twin Lake. Along with Washington State University, we will perform a monthly on-site monitoring sampling event as a quality control for the continuous monitoring probes. The data will be monitored remotely and used to control the amount of oxygen injected.

Readings from oxygen sensors probes are taken every hour and recorded on a data logger. Nine oxygen sensors are located throughout the hypolimnion in North Twin Lake at the bottom (sediment water interface), and 0.5, 1.0, 1.5, 2, 3, 4, 5, and 6 meters above the lake bottom. Once a month, an oxygen profile of the lake’s water column is taken using a water quality sonde with an optical dissolved oxygen sensor at one meter intervals for data quality assurance and control. Oxygen sensor probe continuously recorded data is also reviewed for anomalies. Oxygen levels in South Twin will also be monitored to observe oxygen depletion rates for a comparison between the two systems.

WE Agreement Type:

Contracted

Deliverable Specification:

A subcontractor (Gantzer Water Resources Engineering, LLC) will continuously monitor dissolved oxygen levels several times a day. Along with Washington State University, we will perform a monthly on-site monitoring sampling event as a quality control for the continuous monitoring probes.

WSE Effective Budget:

$17,200

% of Total WSE Effective Budget:

11.77%

WSE Start:

04/01/2017

WSE End:

03/31/2018

WSE Completion:

02/22/2018

WSE Progress:

Concluded

WSE ID Continued From:

n/a

WSE ID Continued To:

n/a

Finite or Recurring:

Recurring

Budget History

SOWRevision	Planned	Updated	Contractor Comments (optional)	BPA Comments (optional)
1. 75981 (04/25/2017 - 03/31/2018)	$15,000	$17,200
Work Element Budget (Current Performance Period)	$15,000	$17,200

Milestones

9 Milestones

Sort	Type	Title	Start	End	Status	Modified By	Modified Date
A	EC	Environmental compliance requirements complete	4/1/2017	4/7/2017	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: On-the-ground work associated with this work element cannot proceed until this milestone is complete. Milestone is complete when final documentation is received from BPA environmental compliance staff.
B	PUBPROTOCOL	Review, revise, and Publish protocol, study design, and methods in monitoringmethods.org	4/1/2017	5/20/2017	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: The Protocol (including temporal and spatial design) and Methods for this work element are stored at monitoringmethods.org and need to be finalized (i.e., "Published" through monitoringmethods.org), preferably prior to data collection. Preparations for contract renewals must include reviewing any previously published Protocols/Methods to ensure that they are consistent with how work will be done in any subsequent contract.
C	BackUp	Secure data back-up	4/1/2017	3/31/2018	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: Minimum requirements: Hard copies of field sheets and original dataloggers secured against fire and flood. At least daily data back-up of electronic data on a separate hard drive. Secure cloud-based or off-site location data back-up to preclude catastrophic data loss at least weekly. More frequent cloud/off-site back-up is greatly encouraged. [Timing guidance: from beginning to end of contract]
D	Upload	Yearly upload of error-checked datasets	4/1/2017	3/31/2018	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: Upload datasets with associated metadata to a publicly accessible site each year as soon as they have been QA/QC checked. This generally happens within 6 months for direct field-to-database input, but may be longer if laboratory analysis is required (e.g., scale reading or genetic analyses). If data is not QA/QCed within 1 year, data must be made accessible with acknowledgement of QA/QC limitations. Periods for dataset collection should be no longer than a year, and coincide with the logical biology of the data collection, which may not be on a calendar year. Example of a dataset: redd counts for one species for one season for a particular brood year. Dataset upload requirements apply to both original and derived data, which should be at a level of quality suitable for release to resource co-managers to make decisions – not the rigor required as if you were going to use the data for a peer-reviewed publication.
E		Negotiate contract with subcontractor	4/1/2017	10/31/2017	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: Contract with subcontractor will be negotiated to finalize cost, SOW and delivery dates
F		Install and test remote summer monitoring stations	4/1/2017	5/31/2017	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: A remote monitoring station will be installed at the deepest locations and tested in North Twin Lake and South Twin Lake. The remote stations monitor dissolved oxygen and temperature values at several depth above the bottom of the lake including 0.5, 1.0, 2.0, and 4.0 meters above the bottom. Data will be uploaded on a daily basis or as signal strength allows and remotely accessible on the internet.
G		Collect data	4/1/2017	3/31/2018	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: Dissolved oxygen and temperature data will be collected at one hour intervals from remote stations over the deepest portion of North and South Twin Lake. Additional dissolved oxygen/temperature profiles will be collected in each lake on a monthly basis year-round for QA/QC. Remote data will be collected with a minimum of four optical sensors leading to a data logger will be placed in each lake. Oxygen depletion rates measured at four different depths throughout the winter in both lakes will by used to estimate oxygen depletion rates and predict the oxygen required in the hypolimnion of both lakes for the following summer.
H		Install and test remote winter monitoring stations	9/5/2017	12/16/2017	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: Oxygen levels will be monitored during the winter months as they were in summer months but data will not be remotely accessible. A remote monitoring station will be installed at the deepest locations and tested in North Twin Lake and South Twin Lake. The remote stations monitor dissolved oxygen and temperature values at several depth above the bottom of the lake including 0.5, 1.0, 2.0, and 4.0 meters above the bottom. Data loggers will be recovered in the spring when data will be downloaded.
I	DELIV	Monitor dissolved oxygen		3/31/2018	Concluded	Suzanne Frye (Inactive)	6/29/2018 3:11:24 PM
		Description: A subcontractor (Gantzer Water Resources Engineering, LLC) will continuously monitor dissolved oxygen levels several times a day. Along with Washington State University, we will perform a monthly on-site monitoring sampling event as a quality control for the continuous monitoring probes.

Metrics

Implementation Metrics

Metric	Planned	Actual
1464. Primary R, M, and E Focal Strategy [Population Status, Hydrosystem, Tributary Habitat, Estuary/Ocean, Harvest, Hatchery, Predation, Multiple Strategies]	Tributary Habitat	Tributary Habitat
1472. Primary R, M, and E Type [Status and Trend Monitoring, Action Effectiveness Research, Uncertainties Research, Project Implementation/ Compliance Monitoring]	Action Effectiveness Monitoring	Action Effectiveness Monitoring
1478. Secondary R, M, and E Type [Status and Trend Monitoring, Action Effectiveness Research, Uncertainties Research, Project Implementation/ Compliance Monitoring]	Status and Trend Monitoring	Status and Trend Monitoring
1495. Secondary R, M, and E Focal Strategy [Population Status, Hydrosystem, Tributary Habitat, Estuary/Ocean, Harvest, Hatchery, Predation, Multiple Strategies]	Tributary Habitat	Tributary Habitat

Location

Work Site ID	Latitude	Longitude	State	County	Province	Subbasin
32975	48.2659	-118.386	Washington	Ferry	Intermountain	Columbia Upper
32978	48.28707	-118.378	Washington	Ferry	Intermountain	Columbia Upper

Focal Species

Primary Focal Species:

Trout, Interior Redband (O. mykiss gairdnerii); Trout, Rainbow (Oncorhynchus mykiss)

Secondary Focal Species:

Trout, Brook (Salvelinus fontinalis); Bass, Largemouth (Micropterus salmoides)

Environmental Compliance

None

RM&E Metadata

Data Repositories:

Title	Link
Colville Tribes Resident Fish Database	https://www.cct-fnw.com/resident-home-page

Study Plan:

Study Plan Name	Study Plan Owner	Protocol State	Sample Design Name
Evaluate the effectiveness of hypolimnetic oxygenation v1.0	Bryan Jones	Draft	Dissolved oxygen monitoring - Colville Confederated Tribes v1.0

Methods:

ID	Name	Type	Optional	Customized Based On	Status
309	Dissolved Oxygen - Data Logger v1.0	Data Collection	No	N/A	Finalized
140	Gill Netting v1.0	Data Collection	No	N/A	Finalized
1149	Hydroacoustic analysis to determine fish depth v1.0	Data Analysis/Interpretation	No	N/A	Draft
1148	Hydroacoustic survey to monitor fish usage of different lake strata v1.0	Data Collection	No	N/A	Draft
1188	Hypolimnetic dissolved oxygen monitoring v1.0	Data Collection	No	N/A	Draft
1073	Lake Rooseve Recreational Creel Survey Data Analysis v1.0	Data Analysis/Interpretation	No	N/A	Finalized
1168	Measurement of Heavy Metals in Lake Water Column, Sediment and Biota v1.0	Data Collection	No	N/A	Draft
1207	Twin Lakes Creel Survey v1.0	Data Collection	No	N/A	Draft
1166	Under ice dissolved oxygen collection v1.0	Data Collection	No	N/A	Draft

Metrics:

Title	Category	Subcategory	Subcategory focus 1	Subcategory focus 2
Abundance of fish in Reservation Streams	Fish	Abundance of Fish (ID: 46)	Fish Life Stage: RANGE: Juvenile to Adult	Fish Origin: Both
Angler catch rates	Fish	Catch Per Unit Effort (ID: 54)	Fish Life Stage: RANGE: Adult to Adult	NA
Gill net catch rates	Fish	Catch Per Unit Effort (ID: 54)	Fish Life Stage: RANGE: Juvenile to Adult	NA
Vertical distribution of fish to determine hypolimnion use	Fish	Distribution of Fish Species (ID: 62)	Fish Life Stage: RANGE: Juvenile to Adult	NA
Vertical fish distribution	Fish	Distribution of Fish Species (ID: 62)	Fish Life Stage: RANGE: Juvenile to Adult	NA
Comparative growth of fish in Reservation Lakes	Fish	Growth Rate: Fish (ID: 73)	Fish Life Stage: RANGE: Juvenile to Adult	NA
Mortality as determined by percentage of carry over fish	Fish	Mortality Rate (ID: 79)	Fish Life Stage: RANGE: Juvenile to Adult	NA
Condition factor of fish in Reservatoion Lakes	Fish	Condition Factor (ID: 282)	NA	NA
Hypolimnetic dissolved oxygen levels	Water Quality	Dissolved Gas Concentration (By Gas) (ID: 155)	NA	NA

Please correct the errors noted below.

Implementation Metrics