Difference between revisions of "2016 NGEE August Nome Trip"

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===pre eve trip to do ===
 
===pre eve trip to do ===
* programs
 
** top & bottom teller
 
** HMP45 to HMP155 for old sites
 
* to buy:
 
** CF card
 
 
* prepare data/power/ground common connections for SDI devices
 
* prepare data/power/ground common connections for SDI devices
* flesh out old sites to do
+
* prepare HMP155 cables for old sites.
* Grab soil samplers from office 2-3 per soil pit
 
  
 
===To Purchase===
 
===To Purchase===
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**** soil temperature @ 10, 20, 30, 40 cm bgs
 
**** soil temperature @ 10, 20, 30, 40 cm bgs
 
**** soil heat flux near base of active layer & plant / soil boundary
 
**** soil heat flux near base of active layer & plant / soil boundary
 +
**** take 2-3 soil samples from this pit for soil moisture testing
 
*** 1.5m soil temperature profile
 
*** 1.5m soil temperature profile
 
*** snow depth @ tripod
 
*** snow depth @ tripod
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** Surface Water Station #1
 
** Surface Water Station #1
 
*** Bring out CR200 (May go with CR800 if Ross can't get the data retrieval program working with the CR200... then CR200 for next year).
 
*** Bring out CR200 (May go with CR800 if Ross can't get the data retrieval program working with the CR200... then CR200 for next year).
 +
**** another reason to go CR800 is that this could become the satellite base and there wouldn't be the pinch on the control ports.
 
*** Connect two Pressure Transducers to this CR200
 
*** Connect two Pressure Transducers to this CR200
 
*** Readdress them to 1 & 0 from 0 & 0
 
*** Readdress them to 1 & 0 from 0 & 0
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**** soil temperature @ 10, 20, 30, 40 cm bgs
 
**** soil temperature @ 10, 20, 30, 40 cm bgs
 
**** soil heat flux near base of active layer & plant / soil boundary
 
**** soil heat flux near base of active layer & plant / soil boundary
 +
**** take 2-3 soil samples from this pit for soil moisture testing
 
*** 1.5m soil temperature profile
 
*** 1.5m soil temperature profile
 
*** snow depth @ tripod
 
*** snow depth @ tripod
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*** summer precipitation
 
*** summer precipitation
 
*** super animal protect this site.
 
*** super animal protect this site.
 +
 
====Teller Extras:====
 
====Teller Extras:====
 
* Survey in and place the two hobo pressure transducers somewhere in the watershed up stream from the main site.
 
* Survey in and place the two hobo pressure transducers somewhere in the watershed up stream from the main site.

Latest revision as of 17:59, 10 August 2016

Second Trip:

August 11 - 19

pre eve trip to do

  • prepare data/power/ground common connections for SDI devices
  • prepare HMP155 cables for old sites.

To Purchase

  • One Compact flash card for CFM100

Second Trip To Do List:

Teller

  • @ Teller
    • Teller Lower Station turn into full met 3m tripod located closer to shrubs
      • soil pit
        • soil moisture @ 5, 10, 20, 30, 40 cm bgs
        • soil thermal conductivity @ 10, 20, 30, 40 cm bgs
        • soil temperature @ 10, 20, 30, 40 cm bgs
        • soil heat flux near base of active layer & plant / soil boundary
        • take 2-3 soil samples from this pit for soil moisture testing
      • 1.5m soil temperature profile
      • snow depth @ tripod
      • snow depth away from tripod
      • interval camera
      • 4 component radiation
      • Spectral response sensors: NDVI & PRI up looking and two vegetation communities
      • 1.5m Air temperature, Relative Humidity, & Dew Point Temperature
      • Wind speed and direction at 3m
      • summer precipitation
        • bring out self tapping screw to keep animals from removing precip bucket lid.
    • Surface Water Station #1
      • Bring out CR200 (May go with CR800 if Ross can't get the data retrieval program working with the CR200... then CR200 for next year).
        • another reason to go CR800 is that this could become the satellite base and there wouldn't be the pinch on the control ports.
      • Connect two Pressure Transducers to this CR200
      • Readdress them to 1 & 0 from 0 & 0
      • From temporary top site bring down for SW station:
        • instrument box
        • battery
        • solar panel
        • charge controller
    • Teller Upper Station
      • soil pit in the low area
        • soil moisture @ 5, 10, 20, 30, 40 cm bgs
        • soil thermal conductivity @ 10, 20, 30, 40 cm bgs
        • soil temperature @ 10, 20, 30, 40 cm bgs
        • soil heat flux near base of active layer & plant / soil boundary
        • take 2-3 soil samples from this pit for soil moisture testing
      • 1.5m soil temperature profile
      • snow depth @ tripod
      • snow depth away from tripod
      • interval camera
      • 4 component radiation
      • 1.5m Air temperature, Relative Humidity, & Dew Point Temperature
      • Wind speed and direction at 3+m
      • summer precipitation
      • super animal protect this site.

Teller Extras:

  • Survey in and place the two hobo pressure transducers somewhere in the watershed up stream from the main site.
  • Survey in temporary and permanent tripods / instrumentation
  • Discharge measurement @ bottom

Existing Site @ Kougarok

  • K Met
    • Tower change size reduction
    • To bring:
      • pipe cutter
      • replacement bolts for tower sections
      • rope along
    • complicators (I think Council will be slightly simpler)
      • unistrut at base
      • tower sinking into muck
      • instrument box with all instruments at base
      • cross arms & junk hanging off structure
    • Level radiometer platform & then radiometers
    • To bring:
      • dog anchor (I think we used a dog anchor last summer actually... this will be the see the results of that check)
      • cable cutter
      • additional cable thimbles
      • tools
      • sketch out could we use like a solid unistrut arm rather than the cable
    • level precip bucket
      • level
    • Snow sensor replacement
      • SR50A w/ address 0
    • Refresh AT/RH sensors
      • program change
    • check if Anemometers are still within specification
    • replace snow sensors
    • download data off storage module (there is a setting to be accessed in LN setup)
    • only planning to visit 10 meter tower and Mauze Gulch (up from bridge)
    • bring out new battery
    • copy of permit or # on metal tag?
  • K3 Mauze Gulch
    • bring out new battery
    • bring out SR50A w/ address 0
    • copy of permit or # on metal tag?
    • level precip bucket
      • level
    • Refresh AT/RH sensors
      • program change
    • check if Anemometers are still within specification
  • @ airport conex
    • see about drilling a hole in the unit so a radio / satellite base can be setup... or think about this for K2

Existing Sites @ Council

  • Blueberry Hill
    • Remove lowest section of Tower? @ blueberry hill
    • Level radiometers
      • pretty sure no dog anchor here but could look into it...
      • oh, could try 1/2 unistrut plus the small ubolts
    • level precip buckets
    • Refresh AT/RH sensors
    • check if Anemometers are still within specification
    • download data
    • spend two nights with Mike Murphy to maximize field time
    • put in ground control point & log position overnight
    • Bring out new battery
  • Existing Skookum Pass Repeater site
    • Switch old data logger out for CR800 and
    • if time install redundant satellite link
    • bring up two batteries
  • Existing Anvil Mountain Repeater site
    • bring up two batteries
    • Change AT/RH/DP out for simpler Air temperature only


8/11

  • Arrive @ around Noon
  • Pick up vehicle. confirmation number 39289
  • Pick up freight
  • Visit Anvil Mountain and swap out batteries.
  • Get groceries
  • Pack vehicle for 8/12
  • Pick up freight
    • bring teller coded gear to Bering Air

8/12 - 8/14 or 15

(I think this may take more than two days)
Starting to think 1.5 -2 days per site is more realistic

  • Go to Teller
  • @Top Put up permanent site
    • see above for instrumentation etc
  • @ SW station
    • see above for instrumentation etc
  • @ Snowmelt Logger
    • see above for instrumentation etc
  • Use Survey GPS to lock in positions of all instrumentation (before move and after!)
  • Make a discharge measurement
  • Level precipitation gage
  • Bring a drill & self-tapping screw to lock tipping bucket in place.

8/14 - 8/16

  • FUEL UP!!!!
  • If the weather cooperates, hike up and visit the Kigluaiks Sites
    • optional / cancel if behind schedule...
    • download data
    • reorient antenna if needed
  • Plan A: Recon the Kougarok site
  • Plan B: save Kougarok_m64 site for '17
  • Plan C: put some instruments @ Pilgrim hot springs?
  • @Kougarok_m64
  • see above for instrumentation etc
  • @ K2 Met
    • grab data off the storage module
    • sensor refresh
    • Battery
  • @ K3 Mauze Gulch
    • Sensor refresh
      • AT/RH
      • SR50A
      • Battery
    • Data Download
  • Camping Schedule on ideal itinerary
    • 8/15: Kougarok Cabin
    • 8/16: Kougarok Cabin

8/17 - 8/18

  • Drive back to Nome
  • FUEL UP!!!!
  • Drive out to Council
  • Spend two nights @ B&B.
  • Focus on C2 Blueberry site & Tower.
  • make the radiation stand more solid.
  • Reduce the tower to 2 sections

8/19

  • Return to Nome
  • On way stop by Skookum Pass repeater
  • Fix as noted above.
  • Ship anything in need of shipping
    • crab?
  • depart for Fairbanks in evening

To bring MISC

  • anti seize goop
  • camping gear
  • putty for boxes
  • rope-a-long

Hydra Probe notes

    • ID 0 = 5cm = red
    • ID 1 = 10cm = orange
    • ID 2 = 20cm = purple
    • ID 3 = 30cm = brown
    • ID 4 = 40cm = black

VATP notes

  • bringing 2 drill bits (different tips), two extensions (different lengths), and two connectors
  • also need to bring wrenches
  • drill in UAF Nome storage
  • when installing VATP, remove upper veg layer, drill a hole, install VATP, cut a slit in upper layer to place back around installed probe
  • use white duct tape to secure probe to conduit

Anemometer notes

Testing each anemometer for

  • propeller torque using anemometer torque disc (18310)
    • factory spec is 2.6 gm-cm (black nylon screw at 5cm and metal screw at 2cm)
      • 33821 moved with 0.2 gm-cm (a black nylon screw at 2cm radius), so this is much better than factory spec
      • 61996 moved with 0.5 gm-cm
    • tested both Clock Wise(CW) and Counter Clock Wise (CCW)
  • Wind speed using anemometer drive (18802)
    • @200rpm = 0.98m/s. @1000rpm = 4.9m/s. @2000rpm = 9.8m/s
    • tested both CW and CCW
  • Vane Torque using Vane Torque Gauge (18331)
    • mount the gauge, pull the string, if it moves with < 30 gm-cm of torque, golden.
    • tested both CW and CCW
  • Wind Direction using Vane Angle Fixture Tower Mount (18212)
    • checked 3 directions
      • 33821 all within 1 degree of accuracy
      • 61996 reads 3 degrees less (ex: reads 177 when should be 180)

Outstanding To Do Items

  • Grab remaining bolts for upper tripod
  • cut unistrut for green box to upper tripod interface
  • sort hose clamps for:
    • teller upper snow stand
    • teller upper precip stand
    • teller lower precip stand
    • any others...
    • solder extensions for TL Upper & TL Lower snow stand SR50A cable
    • set up terminal blocks for SDI instruments (power, data, ground)
    • heat flux constants:
      • S/N 7880: 55.58 uV/(W/m^-2)
      • S/N 7878: 59.63 uV/(W/m^-2)
      • S/N 12090: 62.88 uV/(W/m^-2) (TL Upper)
      • S/N 12121: 63.39 uV/(W/m^-2) (TL Lower)
    • Bring precision resistors
    • toolbag
    • solder HMP155 extensions for old sites
    • pack up RM Young hardware
    • Rope-a-long
    • CF Card for CFM100(s)