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Long-term monitoring lessons from Southeast Alaska national p arks. Chris Sergeant National Park Service. Stream and Lake Temperature Monitoring Workshop November 5-6, 2012. “Monitor park ecosystems to better understand their dynamic nature and condition…”. - PowerPoint PPT Presentation
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Long-term monitoring lessons from Southeast Alaska national parks
Chris SergeantNational Park Service
Stream and Lake Temperature Monitoring WorkshopNovember 5-6, 2012
“Monitor park ecosystems to better understand their dynamic nature and condition…”
Southeast Alaska NetworkInventory and Monitoring Program
“…leave them unimpaired for the enjoyment of future generations.”
- Organic Act of 1916
SEAN“Vital Signs”
1. Airborne Contaminants2. Freshwater
Contaminants3. Freshwater Water Quality4. Glacial Dynamics5. Intertidal Communities6. Kittlitz’s Murrelets7. Landform and Landcover8. Marine Contaminants9. Marine Predators10.Oceanography11.Streamflow12.Weather and Climate
Two rules:1) Monitor rigorously and sustainably
2) Serve high-quality data publicly
Southeast Alaska NetworkInventory and Monitoring Program
Salmon R. (GLBA)
Indian R. (SITK)
Taiya R. (KLGO)
Project Leader
Klondike LeadGlacier Bay LeadSitka Lead
Data Manager
Program Manager
Validation, Certification
Maintenance, Calibration, Data Collection
Data flow,
training,
supplies,
reporting
Admin, budget, tech. oversight
Water Quality
Southeast Alaska NetworkInventory and Monitoring Program
Southeast Alaska NetworkInventory and Monitoring Program
1/3 funding dedicated to data management, analysis, and reporting!
Southeast Alaska NetworkInventory and Monitoring Program
Jul Aug Sep Oct 6.4
6.6
6.8
7.0
7.2
7.4
7.6
7.8
8.0
8.2
Indian RiverpH
Rainfall
Southeast Alaska NetworkInventory and Monitoring Program
Southeast Alaska NetworkInventory and Monitoring Program
FQ_AFQ_BFQ_G
Southeast Alaska NetworkInventory and Monitoring Program
Always establish a single authoritative source!
Southeast Alaska NetworkInventory and Monitoring Program
Southeast Alaska NetworkInventory and Monitoring Program
Project Leader
Klondike LeadGlacier Bay LeadSitka Lead
Data Manager
Program Manager
Validation, Certification
Maintenance, Calibration, Data Collection
Data flow,
training,
supplies,
reporting
Admin, budget, tech. oversight
Water Quality
Southeast Alaska NetworkInventory and Monitoring Program
SEAN Freshwater Water Quality Monitoring Contact: Project Leader: Chris SergeantSite Visit Worksheet National Park Service - SEAN
Version 2012-04-24 Sonde Serial # 3100 National Park Road(Check One) Juneau, AK 99801
Date of this visit 08H100353 phone: (907) 364-1541Operator 08H100354 email: [email protected] name 08H100355
Physical integrity of site ok? If no, comment:
Sonde accessible? (Yes/No) If no, comment: (If not accesible, end worksheet here)
Time sonde pulled (hh:mm) Time redeployed:
Battery replaced? (Yes/No) If yes, did battery fail since last visit? Battery replacement: SOP 1, Section 9.2
Upload data to 650 MDS unit and scan most recent entries. Obvious that data quality is questionable? (Yes/No)
(Single Point Error Check with NIST-Certified or NIST-Traceable Thermometer; Calibration done by manufacturer prior to field deployment)
Water Temp (NIST thermometer)
Water Temp (YSI sonde)
Error 0
Within allowable error range: +/- 1? (Yes/No) If no, contact Project Leader for replacement.
Comments:
Standard Sonde Reading prior to cleaning and recalibration Within allowable error range? (Yes/No)
1413 uS/cm ref standard (between 1371-1455?)100 us/cm ref standard (between 95-105?)If allowable, specific conductance check completed. If not allowable, clean probe, and remeasure:
Standard Sonde Reading following cleaning Within allowable error range? (Yes/No)
1413 uS/cm ref standard (between 1371-1455?)100 us/cm ref standard (between 95-105?)If allowable, specific conductance check completed. If not allowable, ensure probe is clean, and perform recalibration:
SITE AND SONDE CONDITIONS
SPECIFIC CONDUCTANCE - SOP 1, Section 9.3.2
TEMPERATURE - SOP 1, Section 9.3.1
FOULING AND CALIBRATION CHECKS AND CORRECTIONS -- USE SOP 1, Section 9
Sensor Drift (including fouling) Error magnitude in units Error magnitude as percent
Parameter NIST or Cal. Standard or Theoretical value
Sonde Reading prior to cleaning and (if needed) recalibration
Error (value)
avg error for parameter (if
checking against 2
measures)
Error (%)
avg % drift difference (if
checking against 2
measures)
[reserved] [reserved] Data Grading
Temp (°C) 9.00 8.72 0.28 3.211 GoodSC #1 (µS/cm) 1,413 1,390.00 23.00 21.50 1.655 13.33 FairSC #2 (µS/cm) 100 80.00 20.00 25.000
pH #1 7.0 0.00 ? ? (pH error is not calculated as a %)pH #2 10.0 0.00 ?
DO Conc. (mg/L) 0.00 0.00 ? ?Turbidity (NTU) 126 0.00 ? ? ? ?Turbidity (NTU) 0 0.00 ? ?
Five key lessons:1. Report regularly
2. Designate roles and responsibilities
3. Let the “customers” define reporting products
4. Provide data on a public website
5. Establish a single authoritative source
(Sergeant et al. 2012)
Southeast Alaska NetworkInventory and Monitoring Program
Water quality
May Jun Jul Aug Sep Oct Nov
2
4
6
8
10
12 Indian
May Jun Jul Aug Sep Oct Nov
Salmon
May Jun Jul Aug Sep Oct Nov
Taiya
GlacialGroundSurface
