IARC 207 Wiki - User contributions [en]

August 2014 Barrow

2014-08-29T19:25:44Z

137.229.92.251:

To Do:
* Change out snow transducers, 8 pieces
* swap back the B site net radiometer
* change out desiccant in the D site radiometer
* level radiometers
* Fix C site Rim Snow Sensor
* D Thermal Conductivity
** Program works fine in Fairbanks
** OKAY... Look at how it is wired in the field. / in pictures. I think there are two pulse port instructions when there should be just one.
To Bring:
* CNR4 Net Radiometers
** One for B (the original)
** retap the D screws and if I can't get that to work then move the altern
* ate radiometer from inventory (B) to D.

Plan:
Code: FDVIBG
Depart Thursday morning @ 7:40am
Return Friday night @ 12:21 AM

===Thursday===
* @ airport by 6ish
* grab coke in Fairbanks airport
* Arrive at NARL around 11am
* get keys and dress for day in field
** wind breaker
** backpack ready to go
** lunch for the day
** Water bottle, fill it
** actionpacker with:
*** 8 snow sensors
*** toolbag
*** net radiometer for B
*** drill for tapping D radiometer if needed
*** 6/32 screw for D
*** also bringing a 4/32 screw & tap for backup.
*** serial cable

===At each site===
* level radiometer
* level precip bucket
* look at leveling tower / anemomemters
* listen to anemometers for bearing problems
* swap out desiccant in the box
* might double-check serial numbers if there is time
* more pictures

===Additionally===
* At B swap back in original radiometer
* At C fix the Rim snow sensor
* At D change out the desiccant in the radiometer

===Tools used===
* Desiccant swap:
** None
* Net Radiometer
** phillips screw driver
** anti-oxidizing goo
* Precip bucket
** 5/16" nut driver on hose clamp and self-tapping screw on the bucket lid
** torpedo level
* snow sensors
** Phillips screw driver (had on hand 3)
** channel locks
** 1/4" nut driver
** flat screw driver
** 1/2" nut driver
** red electrical tape
* Also had on hand:
** serial cable
** laptop
** voltmeter
** cr1000 keypad
** csi flat screw driver
** small 1.5m tape
** tap & die set (for net radiometer, not used this trip)
** multitool
** duct seal
** cable ties

==Backpack contents===
* 8 snow sensors
* tool bag with tools above
* first aid kit
* rain coat
* ultrapod
* gopro & extra battery
* waterproof pack cover
* toughbook
* extra serial cable
* snug hat
* mouth balaclava
* gopro chest mount
* this check list page
* water bottle
* five bar snacks
* Extra desiccant (shoot for replacing at least annually and 2-4 packs per trip)
* bike stereo & stereo cable plus ipod in waterproof bag
* 2 pairs of liner gloves
* gray fleece
* green long underwear top
* black windproof vest

===Wrap up notes===
* Precip stands seem to be levelest at A & C so might be best to use them.
* most net radiometers were close to level.
* Look into buying more tap & die drill bits & the alternate type that dead end flat like Bill mentioned.
* see about buying more of the SR50A screws that secure the disposable transducer to the main body.
* The C site Net radiometer will need to be tap & drilled on the next trip. I greased all but one screw on this trip but it was stripped on the head.
* should grease all hardware (the main ones like SR50A, net radiometer etc) annually.
* with things stable, should retrieve current programs and make sure git archive is up to date.

===Program note===
Just a quickie. From CR signature checker:
Program Signatures Values, match with the 7th field in the first line of the .dat file
60958 GRID_SITE.CR1
27520 ngee_intensive_site_A.CR1
26235 ngee_intensive_site_B.CR1
47521 ngee_intensive_site_C.CR1
6216 ngee_intensive_site_D.CR1
majestic:barrow bob$
A matches the logger (as viewed in logger net -> status table
B matches the logger (as viewed in logger net -> status table
C matches the logger (as viewed in logger net -> status table
D matches the logger (as viewed in logger net -> status table
... D doesn't match the data file though and I guess that is where I got hung up. The data file didn't increment along with the change of the program signature for the D site.

===Post Trip Notes from Fieldbook===
@ A
* A trough snow mount to corroded to remove so replaced transducer in-place
* Level Net Radiometer (It was close)
* Level Precip (Also close to level)
* Added anti-corrosion goo to net radiometer screws & connections
* Changed desiccant in the box
* Tools Used for Precip bucket leveling:
** 5/16" Nut Driver
** Torpedo Level
* Tools Used for Snow transducer maintenance:
** 1/2" Nut Driver
** Flathead Screwdriver / 1/4" Nut Driver
** channel locks
** phillips screw driver
* In-memory reset of snow depth offset
** SR50A1 = 182.1
** SR50A2 = 126.75

@ B
* Level Net Radiometer
* Swap back original net radiometer
* add anti-corrosion goo to radiometer & lower anemometer
* level precip (it was quite a ways off)
* change snow transducers
* Changed desiccant in the box
* In-memory reset of snow depth offset
** SR50A1 = 177.5
** SR50A2 = Unchanged from program

@ C
* C Trough snow mount to corroded to remove from the mount so transducer replaced on existing sensor
* Precip still level
* Net Radiation Leveled
** 1 screw is stripped on the C net radiometer so I will need to bring the tap & die up on the next trip to fix that.
* Changed desiccant in the box
* Anti-corrosion goo added to net radiometer and lower anemometer
* In-memory reset of snow depth offset
** SR50A1 = Unchaged from program
** SR50A2 = 115.0
** SR50A3 = 117.3

@ D
* Changed net rad desiccant & leveled
* swapped snow transducer, deployed S/N 2901
* Think I figured out the thermal conductivity problem.
* In-memory reset of snow depth offset
** SR50A1 = 159.7

Additionally:
* I think A & C precip are probably the highest quality (most stable stands).
* C net radiation will need a fix for the stripped out screw next visit
* Averaged 30 minutes per site.
* Ended up not having wheelbarrow access but we had no problem carrying things out.

August 2014 Barrow

2014-08-16T00:57:13Z

137.229.92.251:

To Do:
* Change out snow transducers, 8 pieces
* swap back the B site net radiometer
* change out desiccant in the D site radiometer
* level radiometers
* Fix C site Rim Snow Sensor
* D Thermal Conductivity
** Program works fine in Fairbanks
** Data Points From April Trip:
*** Heater Resistance #1 -- 68.2 ohms
*** Heater Resistance #2 -- 70.2 ohms
*** Heater Resistance #3 -- 70.4 ohms
*** Heater Resistance #4 -- 70.7 ohms
*** Heater Resistance #5 -- 69.1 ohms
*** Heater Resistance #6 -- 70.3 ohms
*** Thermal conductivity thermistor resistance #1 -- 57.6 kohms
*** Thermal conductivity thermistor resistance #2 -- 57.8 kohms
*** Thermal conductivity thermistor resistance #3 -- 58.2 kohms
*** Thermal conductivity thermistor resistance #4 -- 57.5 kohms
*** Thermal conductivity thermistor resistance #5 -- 58.0 kohms
*** Thermal conductivity thermistor resistance #6 -- 58.4 kohms
* OKAY... Look at how it is wired in the field. / in pictures. I think there are two pulse port instructions when there should be just one but I don't know for sure until I review the photos / see it in person.
* Basically there are two
To Bring:
* Two CNR4 Net Radiometers
** One for B and one for D (or.... retap the D radiometer up there... might try that first.)

NGEE Backup Instrumentation

2014-08-15T22:25:42Z

137.229.92.251:

===In Fairbanks Stock===
Net Radiometer
CNR4 S/N 131352
* Purchased 8/2014 Factory Calibrated 1/1/2013
* SW Upper Sensor: 12.64 uV/W/m^2
* SW Lower Sensor: 12.69 uV/W/m^2
* LW Upper Sensor: 13.27 uV/W/m^2
* LW Lower Sensor: 14.65 uV/W/m^2
** Last Update: 8/15/2014

Air Temperature / Radiation
Vaisala HMP155
* S/N J0320039
** Reason for removing from service: Periodic garbage data I think caused by corrosion in the electrical connector on the sensor head
** Last Update: 8/15/2014
* S/N J0330025
** Last Update: 8/15/2014
** Reason for removing from service: RH was lagging relative to the other site RHs. Upon visiting the site, the yellow cap had not been removed at installation so I think this sensor is just fine.
* S/N J0320033
** Last Update: 8/15/2014
** Reason for removing from service: Periodic garbage data I think caused by corrosion in the electrical connector on the sensor head

===Deployed===
* S/N K0810043 Factory Calibrated 2/17/2014 Installed at: 1.4m A Site
* S/N K0810046 Factory Calibrated 2/17/2014 Installed at:

NGEE Backup Instrumentation

2014-08-15T22:22:54Z

137.229.92.251:

NGEE Site A Instrumentation History

2014-08-15T21:05:20Z

137.229.92.251: /* Temperature / Humidity Vaisala HMP155 */

PakBus ID = '''400'''
===Main Instrumentation===
* CR1000 s/n: '''25871'''
* AM16/32B #1 s/n: '''7292'''
* AM16/32B #2 s/n: '''3390'''
* AM16/32B #3 s/n: '''1'''
* RF450 s/n: '''875-2750'''
* CE4 #1 s/n: '''1109'''
* CE4 #2 s/n: '''1110'''

===Heat Flux===
* Pit 1
** HFP01 S/N: '''3901'''
*** 63.9 uV / (W/m^2)
* Pit 2
** HFP01 S/N: '''3871'''
*** 67.1 uV / (W/m^2)

===Soil Moisture===
* Pit 1
** #1 HydraProbe II S/N: '''194744'''
** #2 HydraProbe II S/N: '''194670'''
** #3 HydraProbe II S/N: '''194743'''
* Pit 2
** #4 HydraProbe II S/N: '''207269'''
** #5 HydraProbe II S/N: '''207272'''
** #6 HydraProbe II S/N: '''207316'''

===Thermal Conductivity===
* Pit 1
** #1 S/N '''1148'''
** #2 S/N '''1153'''
** #3 S/N '''1150'''
* Pit 2
** #4 S/N '''1187'''
** #5 S/N '''1196'''
** #6 S/N '''1195'''

===Thermistor Strings===
* TDP1 = TP1219
* TDP2 = TP1217
* TDP3 = TP1203
* TDP4 = TP1218
* TDP5 = TP1208
* Pit 1 = TT1209
* Pit 2 = TT1210

===Snow===
* SR50A @ Station
** 9/2012 added S/N 1531
* SR50A @ Trough
** 9/2012 added S/N 4532

===Temperature / Humidity Vaisala HMP155===
* 1.4m
** 6/2013 added S/N J0320039
** 4/23/2014 23:00 removed S/N J0320039
** 4/23/2014 23:00 added S/N K0810043
*** calibrated: 2/17/2014
* 3.5m
** 6/2013 added S/N J0320054

===Precipitation===
* TR-525-M s/n '''53804-1112'''

===Net Radiation===
6/2013 added S/N 120968
Upper SW: 12.18 uV / (W/m^2)
Lower SW: 13.09 uV / (W/m^2)
Upper LW: 7.96 uV / (W/m^2)
Lower LW: 14.43 uV / (W/m^2)

===Wind Speed===
* 1.3m
** MetOne 014A S/N: '''P11966'''
* 3.5m
** MetOne 014A S/N: '''P11969'''

====Snow===
* Station (Rim) SR50A
** Added 9/2012 S/N: 1531
* Trough SR50A
** Added 9/2012 S/N:

NGEE Backup Instrumentation

2014-08-15T21:01:23Z

137.229.92.251:

Net Radiometer
CNR4 S/N 131352
* Purchased 8/2014 Factory Calibrated 1/1/2013
* SW Upper Sensor: 12.64 uV/W/m^2
* SW Lower Sensor: 12.69 uV/W/m^2
* LW Upper Sensor: 13.27 uV/W/m^2
* LW Lower Sensor: 14.65 uV/W/m^2

Air Temperature / Radiation
Vaisala HMP155
* S/N K0810046 Factory Calibrated 2/17/2014 Installed at:
* S/N K0810043 Factory Calibrated 2/17/2014 Installed at: 1.4m A Site

NGEE Backup Instrumentation

2014-08-15T20:14:14Z

137.229.92.251:

NGEE

2014-08-15T20:10:05Z

137.229.92.251: /* Notes */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* Programs:
** https://github.com/frankohanlon/ngee/
* [[NGEE Site A Instrumentation History]]
* [[NGEE Site B Instrumentation History]]
* [[NGEE Site C Instrumentation History]]
* [[NGEE Site D Instrumentation History]]
* [[NGEE Backup Instrumentation]]

===Metadata type stuff===
* Still to be collated: [[NGEE-Barrow Calibration and Serial Numbers]]
* Thermistor Probe Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-MG9FTjFCb2w2c28])
* Thermistor Strings and Triple Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-WkVfMDdLX3Zjc2c])
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 404; BRW_Grid = 403
====Lists====
* [[Guruplug Setup]]
* [[Webcam Tips]]

===Trips===
* [[NGEE April 11 2012 Trip]]
* [[NGEE September 3 2012 Trip]]
* [[NGEE September 24 2012 Trip]]
* [[NGEE Barrow Wiring Layout]]
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* [[NGEE Barrow 2013 Boring Trip]]
* [[NGEE Barrow 2013 Site Install Trip|[NGEE Barrow 2013 Site Install Trip 5/7]]
* [[NGEE Barrow 2013 Site Install Trip 2|NGEE Barrow 2013 Site Install Trip June]]
* [[NGEE Barrow 2013 Site D Install Trip August 2013]]
* [[March 2014 Barrow]]
* [[August 2014 Barrow]]
* [[NGEE Barrow Remainder Items]]
* [[CPCRW 2012-10-12]]
* [[CPCRW 2013-07-15]]

NGEE

2014-08-15T20:09:47Z

137.229.92.251: /* Notes */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* Programs:
** https://github.com/frankohanlon/ngee/
* [[NGEE Site A Instrumentation History]]
* [[NGEE Site B Instrumentation History]]
* [[NGEE Site C Instrumentation History]]
* [[NGEE Site D Instrumentation History]]
* [[Backup Instrumentation]]

===Metadata type stuff===
* Still to be collated: [[NGEE-Barrow Calibration and Serial Numbers]]
* Thermistor Probe Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-MG9FTjFCb2w2c28])
* Thermistor Strings and Triple Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-WkVfMDdLX3Zjc2c])
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 404; BRW_Grid = 403
====Lists====
* [[Guruplug Setup]]
* [[Webcam Tips]]

===Trips===
* [[NGEE April 11 2012 Trip]]
* [[NGEE September 3 2012 Trip]]
* [[NGEE September 24 2012 Trip]]
* [[NGEE Barrow Wiring Layout]]
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* [[NGEE Barrow 2013 Boring Trip]]
* [[NGEE Barrow 2013 Site Install Trip|[NGEE Barrow 2013 Site Install Trip 5/7]]
* [[NGEE Barrow 2013 Site Install Trip 2|NGEE Barrow 2013 Site Install Trip June]]
* [[NGEE Barrow 2013 Site D Install Trip August 2013]]
* [[March 2014 Barrow]]
* [[August 2014 Barrow]]
* [[NGEE Barrow Remainder Items]]
* [[CPCRW 2012-10-12]]
* [[CPCRW 2013-07-15]]

March 2014 Barrow

2014-03-16T22:11:47Z

137.229.92.251:

== 3/17/2014 ==
* 6:30 Arrive at Airport
* 7:40am Fly to Barrow, on Alaska Flight 55
* 10:18 am arrival
* 11 - 1 Safety Training & Barrow Introduction
* 1 PM Snowmachine to sites
* At Sites
** General snowmachine tour of the area
** Measure Snowdepth under snow sensors
** Station Visit Site A
*** Dust Snow off sensors
*** Fix 1.4m AT/RH (tighten up wiring / re-secure sensor head / anti-corrosion gel on sensor head?)
*** Replace SR50A #2
** Station Visit Site B
*** Replace 1.4m AT/RH head
*** Replace SR50A #2
** Station Visit Site C
*** Replace SR50A #2 (Rim sensor I believe)
** Station Visit Site D
*** Thermal Conductivity Wiring
* Any other odds or ends?

==3/18/2014==
* 9:30 AM head to airport
* 11:15 Return to Fairbanks on Alaska Flight 56

Meals:
3/17 Breakfast - at home or airport
3/17 Lunch - Bring from Fairbanks
3/17 Snacks - Bring from Fairbanks
3/17 Liquids - can get in Barrow
3/17 Dinner -- Eat out in Barrow
3/18 Breakfast - we can visit the grocery store or there is a cafeteria in Barrow

Clothing
* Current Forecast is for -20C to -15 C for 3/17 and 3/18
* there is a shed in the BEO kept at around +20C so there is a place to warm up but wind proof cold weather gear is preferred
* Be prepared to be outside in the cold for 7 hours though

Daypack etc
* I'll probably bring a backpack all ready to spend a day in the field with.
* I'll also bring an actionpacker of winter clothes to change into once we are done with the safety orientation.
* Bring a water bottle to fill up in Barrow
* wouldn't hurt to bring a head lamp just in case
* they will provide radios for us to communicate with the Barrow folks but our cell phones will probably work as well.

Tools list:
* Snow sensor change out:
** screwdriver - phillips & flathead
** channel locks maybe
** From DevConfig: ''SDI12'' to go into SDI12 terminal mode. Then ''8M!'' to make a measurement.
* AT/RH
** channel locks probably
* thermal conductivity
** flat head screw driver
** volt meter
** Flag 1 High = Manual Measurement
----------------------------------------------------------------------------------------
'''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''
''' Measure the Thermal Conductivity Sensors '''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''
generator = 0
sum = 0
tc = 0
If TimeIntoInterval(0,1440,Min) Then
If measureTC = true Then
Flag(1) = True
EndIf
EndIf
If Flag(1) = True Then
generator = 1
sum = 2.72
tc = 1
' steady state, iniital measurments
PortSet (1,1) ' turn on mux #2 & loop through the thermocouples
SubScan(0,Sec,6)
PulsePort (4, 10000)
BrHalf (V_Ratio(tc),1,mV250,15,Vx3,1,50,False,0,_60Hz,1,0)
' 1) computer resistance
' 2) v_ratio = 10 / (Rtherm + 10)
TP_Rt = Rf* ( V_Ratio(tc) / (1 - V_Ratio(tc) ) )
V_ratio(tc) = 10000 / (TP_Rt + 10000)
V_therm(tc) = LN( Rf * (1/V_ratio(tc) ) )
Tinitial(tc) = -0.1087 * V_therm(tc)^3 + 1.6066 * V_therm(tc)^2 - 22.801 * V_therm(tc) - 273.15
' TCDiff(Tinitial(tc),1,mV2_5C,8,TypeE,Ptemp,True,0,250,1,0)
PulsePort (4, 10000)
tc = tc + 1
NextSubScan
PortSet (1,0) ' turn off mux #2
Timer(0,Sec,2) ' start the measurement timer
PortSet (8,1) ' turn heaters on
For i1 = 1 To 36
generator = generator + 0.1
expgener = EXP(generator)
' an exponential delay algorithm
For i2 = 1 To 200
Delay (0,700,mSec)
sum = sum + 0.5
If (sum >= expgener) Then ExitFor
Next i2
' loop through the thermal conductivity probes
tc = 1
muxincr = 1
PortSet(1,1)
SubScan(0,Sec,6)
PulsePort(4,10000)
BrHalf (V_Ratio(tc),1,mV250,15,Vx3,1,50,False,0,_60Hz,1,0)
TP_Rt = Rf* ( V_Ratio(tc) / (1 - V_Ratio(tc) ) )
V_ratio(tc) = 10000 / (TP_Rt + 10000)
V_therm(tc) = LN( Rf * (1/V_ratio(tc) ) )
Theat(tc) = -0.1087 * V_therm(tc)^3 + 1.6066 * V_therm(tc)^2 - 22.801 * V_therm(tc) - 273.15
PulsePort(4,10000)
VoltDiff(Vref, 1, mV250,8, True, 0, 250, 0.001, 0)
time(tc) = Timer(0,mSec,4) /1000
Trise(tc) = Theat(tc) - Tinitial(tc)
sqVref = Vref * Vref
power (tc) = sqVref * heater(tc)
tc = tc + 1
NextSubScan
PortSet(1,0)
CallTable TableTC
Next i1
' turn off current excitation
PortSet(8,0)
' end of measurment
Flag(1) = False
measureTC = false
EndIf

March 2014 Barrow

2014-03-16T21:28:58Z

137.229.92.251:

March 2014 Barrow

2014-03-15T02:24:14Z

137.229.92.251:

NGEE

2014-03-14T20:34:34Z

137.229.92.251:

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* Programs:
** https://github.com/frankohanlon/ngee/

===Metadata type stuff===
* Still to be collated: [[NGEE-Barrow Calibration and Serial Numbers]]
* Thermistor Probe Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-MG9FTjFCb2w2c28])
* Thermistor Strings and Triple Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-WkVfMDdLX3Zjc2c])
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 404; BRW_Grid = 403
====Lists====
* [[Guruplug Setup]]
* [[Webcam Tips]]

===Trips===
* [[NGEE April 11 2012 Trip]]
* [[NGEE September 3 2012 Trip]]
* [[NGEE September 24 2012 Trip]]
* [[NGEE Barrow Wiring Layout]]
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* [[NGEE Barrow 2013 Boring Trip]]
* [[NGEE Barrow 2013 Site Install Trip|[NGEE Barrow 2013 Site Install Trip 5/7]]
* [[NGEE Barrow 2013 Site Install Trip 2|NGEE Barrow 2013 Site Install Trip June]]
* [[NGEE Barrow 2013 Site D Install Trip August 2013]]
* [[March 2014 Barrow]]
* [[NGEE Barrow Remainder Items]]
* [[CPCRW 2012-10-12]]
* [[CPCRW 2013-07-15]]

NGEE Barrow 2013 Site D Install Trip August 2013

2013-08-07T23:00:18Z

137.229.92.251:

===Goals:===
* Install [[Barrow Site D Inventory]]
* Soil Cores

===Site D Install Instrumentation List:===
* 5 Temperature Probes (1.5m depth)
* Possibly one soil pit (soil & water conditions depending)
* Air Temperature / Relative Humidity @ 1.5 meters
* Snow Depth @ 1.5 meters
* Net Radiation @ 1.3 meters

===Additional Site Work:===
* Level Radiometers at the other sites
* Change out the SR50A snow transducers for the existing stations (7pcs)
* Change out the pipe for the snow stands (4 pcs)
* Cable Extensions for Thermal Conductivity sensors @ C site
* small enclosure & extra logger/MD485 for C site bonus thermal conductivity sensors
* sledge tower feet

===Additional Soil Work:===
* At least 2 soil pits (soil to fill two coolers)

===To Purchase:===
* Terminal male adapter for PVC down pipe
* Terminal lockring
* Pipe for snow sensor stands
* Pipe for D tripod
* solar panel & mounting system
** flat stock
** ubolts
* bolts for Net Radiometer NuRail fitting
* vertical pipe for Net Radiometer
* Gauntlet Gloves

===Odd Tools:===
* Laptop
** serial cable
** laptop weather resistant housing
* tool bags
* pipe wrench
* drill for precip bucket screws
* an additional wheelbarrow?
* 2 coolers
* GPS system
===Other===
Finalize Program Wiring (thermistor vs. thermocouple for the thermal conductivity probes)

===Itinerary:===
8/19 Bill, Vlad, Bob Busey & Bob Bolton fly out
* Pick up gear and get ready to haul it out:
** tower
** batteries
** battery box
** solar panel
* sledge tower feet
* haul stuff out by wheel barrow
* instrumentation
* shovel
* coolers (2-3)
*
** 2
*
* Program

===Tasks:===
* Put up tripod
** grab 4 pieces of trail mat from the NGEE conex
** set up tripod with

===Additional Maintenance:===
* Self-tapping screws for precip lids
* proper pipe for snow stands from 2012 install
* replace transducers in SR50As -- 7 pcs
* duct seal remaining holes in the enclosures

===To purchase:===
* Solar Panel
* Charge controller?
* Additional CSI stuff
** SR50A transducers
** cross arm brackets
* 1 inch aluminum cross arm (for Bill stock and D site)
* duct seal
*
* Fresh Desiccant for all sites

===To Prep:===
* wire up data logger box
** drill 3 inch hole for pipe
** mount the logger
** run wires to the multiplexers and current module.
* power and ground and control for soil moisture pits
* change the ID on the SR50A
* Mount hardware in the box
* crimp connectors for batteries
* extension cord for solar panel & battery leads
*

===Soil Component:===
* Bob, Bob
* Use RTK GPS for coordinates of the pits
* pull a sled out with a cooler in it.

NGEE Barrow 2013 Site D Install Trip August 2013

2013-08-07T01:36:17Z

137.229.92.251:

===Goals:===
* Install [[Barrow Site D Inventory]]
* Soil Cores

===Site D Install Instrumentation List:===
* 5 Temperature Probes (1.5m depth)
* Possibly one soil pit (soil & water conditions depending)
* Air Temperature / Relative Humidity @ 1.5 meters
* Snow Depth @ 1.5 meters
* Net Radiation @ 1.3 meters

===Additional Site Work:===
* Level Radiometers at the other sites
* Change out the SR50A snow transducers for the existing stations (7pcs)
* Change out the pipe for the snow stands (4 pcs)
* Cable Extensions for Thermal Conductivity sensors @ C site
* small enclosure & extra logger/MD485 for C site bonus thermal conductivity sensors
* sledge tower feet

===Additional Soil Work:===
* At least 2 soil pits (soil to fill two coolers)

===To Purchase:===
* Terminal male adapter for PVC down pipe
* Terminal lockring
* Pipe for snow sensor stands
* Pipe for D tripod
* solar panel & mounting system
** flat stock
** ubolts
* bolts for Net Radiometer NuRail fitting
* vertical pipe for Net Radiometer
* Gauntlet Gloves

===Odd Tools:===
* Laptop
** serial cable
** laptop weather resistant housing
* tool bags
* pipe wrench
* drill for precip bucket screws
* an additional wheelbarrow?
* 2 coolers
* GPS system
===Other===
Finalize Program Wiring (thermistor vs. thermocouple for the thermal conductivity probes)

===Itinerary:===
8/19 Bill, Vlad, Bob Busey & Bob Bolton fly out
* Pick up gear and get ready to haul it out:
** tower
** batteries
** battery box
** solar panel
* sledge tower feet
* haul stuff out by wheel barrow
* instrumentation
* shovel
* coolers (2-3)
*
** 2
*
* Program

===Tasks:===
* Put up tripod
** grab 4 pieces of trail mat from the NGEE conex
** set up tripod with

===Additional Maintenance:===
* Self-tapping screws for precip lids
* proper pipe for snow stands from 2012 install
* replace transducers in SR50As -- 7 pcs
* duct seal remaining holes in the enclosures

===To purchase:===
* Solar Panel
* Charge controller?
* Additional CSI stuff
** SR50A transducers
** cross arm brackets
* 1 inch aluminum cross arm (for Bill stock and D site)
* duct seal
*
* Fresh Desiccant for all sites

===To Prep:===
* wire up data logger box
*

===Soil Component:===
* Bob, Bob
* Use RTK GPS for coordinates of the pits
* pull a sled out with a cooler in it.

NGEE Barrow 2013 Site D Install Trip August 2013

2013-08-07T01:33:54Z

137.229.92.251:

Goals:
* Install [[Barrow Site D Inventory]]
* Soil Cores

Soil Core component:
8 Bob, Bob, & Sammy
* Use RTK GPS and transect across a polygon in the area south
* pull a

Site D Install Instrumentation List:
* 5 Temperature Probes (1.5m depth)
* Possibly one soil pit (soil & water conditions depending)
* Air Temperature / Relative Humidity @ 1.5 meters
* Snow Depth @ 1.5 meters
* Net Radiation @ 1.3 meters

Additional Site Work:
* Level Radiometers at the other sites
* Change out the SR50A snow transducers for the existing stations (7pcs)
* Change out the pipe for the snow stands (4 pcs)
* Cable Extensions for Thermal Conductivity sensors @ C site
* small enclosure & extra logger/MD485 for C site bonus thermal conductivity sensors
* sledge tower feet

Additional Soil Work:
* At least 2 soil pits (soil to fill two coolers)

To Purchase:
* Terminal male adapter for PVC down pipe
* Terminal lockring
* Pipe for snow sensor stands
* Pipe for D tripod
* solar panel & mounting system
** flat stock
** ubolts
* bolts for Net Radiometer NuRail fitting
* vertical pipe for Net Radiometer
* Gauntlet Gloves

Odd Tools:
* Laptop
** serial cable
** laptop weather resistant housing
* tool bags
* pipe wrench
* drill for precip bucket screws
* an additional wheelbarrow?
* 2 coolers
* GPS system

Finalize Program Wiring (thermistor vs. thermocouple for the thermal conductivity probes)

Itinerary:
8/19 Bill, Vlad, Bob Busey & Bob Bolton fly out
* Pick up gear and get ready to haul it out:
** tower
** batteries
** battery box
** solar panel
* sledge tower feet
* haul stuff out by wheel barrow
* instrumentation
* shovel
* coolers (2-3)
*
** 2
*
* Program

Tasks:
* Put up tripod
** grab 4 pieces of trail mat from the NGEE conex
** set up tripod with

Additional Maintenance:
* Self-tapping screws for precip lids
* proper pipe for snow stands from 2012 install
* replace transducers in SR50As -- 7 pcs
* duct seal remaining holes in the enclosures

To purchase:
* Solar Panel
* Charge controller?
* Additional CSI stuff
** SR50A transducers
** cross arm brackets
* 1 inch aluminum cross arm (for Bill stock and D site)
* duct seal
*
* Fresh Desiccant for all sites

To Prep:
* wire up data logger box
*

Bring Survey GPS north
* emailed for a quote on R8 internal radio tuned to 418 MHz.

NGEE

2013-08-06T22:40:06Z

137.229.92.251: /* Metadata type stuff */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* Programs:
** https://github.com/frankohanlon/ngee/

===Metadata type stuff===
* Still to be collated: [[NGEE-Barrow Calibration and Serial Numbers]]
* Thermistor Probe Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-MG9FTjFCb2w2c28])
* Thermistor Strings and Triple Calibrations ([https://docs.google.com/open?id=0B0bJdr7FBoY-WkVfMDdLX3Zjc2c])
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 404; BRW_Grid = 403
====Lists====
* [[Guruplug Setup]]
* [[Webcam Tips]]

===Trips===
* [[NGEE April 11 2012 Trip]]
* [[NGEE September 3 2012 Trip]]
* [[NGEE September 24 2012 Trip]]
* [[NGEE Barrow Wiring Layout]]
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* [[NGEE Barrow 2013 Boring Trip]]
* [[NGEE Barrow 2013 Site Install Trip|[NGEE Barrow 2013 Site Install Trip 5/7]]
* [[NGEE Barrow 2013 Site Install Trip 2|NGEE Barrow 2013 Site Install Trip June]]
* [[NGEE Barrow 2013 Site D Install Trip August 2013]]
* [[NGEE Barrow Remainder Items]]
* [[CPCRW 2012-10-12]]
* [[CPCRW 2013-07-15]]

Kigluaiks Repeater Data Downloads

2013-08-05T23:13:54Z

137.229.92.251:

* ''Much of this data (though not all, more early data than recent data) is available on shand''
File Name Start Date - End Date Array ID
KIG_2005-06-05.dat 2002,175,1600 - 2005,156,1500 113,116
kigluaiks_1_2010_08_09.dat 2006,107,500 - 2010,221,1900 116
kigluaiks_1_2011_08_17.dat 2010,221,2000 - 2011,229,1700 127
Kigluaiks_2012-08-09.dat 2007,132,700 - 2012,222,1200 116,127,131

Anvil Mountain Data Downloads

2013-08-05T23:13:15Z

137.229.92.251:

*''Most of this data is available through shand''
File Name Data Start - Data Stop Array IDs Present
Anvil_final_storage_1.dat 2008,71,2000 - 2008,167,1500 122
Anvil_2010_06_22.dat 2009,215,1500 - 2010,173,1700 125
Anvil_2010_08_09.dat 2009,215,1500 - 2010,173,1700 125
Anvil_2011_08_15.dat 2010,221,1500 - 2011,227,1500 125

K3 Mauze Data Downloads

2013-08-05T23:12:33Z

137.229.92.251:

K3 Data Data Start - Data Stop Array IDs Present
052799K3.DAT 1999,128,2100 - 1999,147,1400 112
K372199.DAT 1999,128,2100 - 1999,203,1900 112
K3OCT99.DAT 1999,128,2100 - 1999,278,1700 112,220
K3JAN00.DAT 1999,278,1800 - 2000,28,1400 112,220
K3MAY00.DAT 2000,28,1500 - 2000,126,2000 112,228
K3JUN00.DAT 2000,131,1200 - 2000,154,1400 112,235
K3JULY2000.DAT 2000,131,1200 - 2000,207,1300 112,235,228
MAUZEMET.DAT 2001,95,1400 - 2001,232,1300 112,228
MAUZMET.DAT 2001,95,1400 - 2002,34,1600 112,113,228
k3_2005-06-04a1.dat 2001,95,1400 - 2005,155,1700 112,113,123,228
SP_K3.DAT 2004,214,1800 - 2006,152,1500 123,228
K3_final_storage_1.dat 2001,146,500 - 2006,229,1500 112,113,123,228
K3_2006-10-07.dat 2006,229,1600 - 2006,281,1600 123,228
K3_2007-06-10.dat 2006,281,1700 - 2007,161,2000 123,228
K3_2007-07-22.dat 2007,161,2100 - 2007,203,1800 123,228
K3_2007-09-15.dat 2007,203,1900 - 2007,258,1200 123,228
K3_2008-06-15.dat 2007,258,1300 - 2008,167,1015 123,228,233
K3_2008-08-27.dat 2008,167,1020 - 2008,240,2005 123,227,233
k3_mauze_2009_09_25.dat 2008,167,1100 - 2009,269,1300 123,227,233
K3_2010-06-23.dat 2009,269,1400 - 2010,175,900 123,228,238
k3_2010_08_11.dat 2009,269,1400 - 2010,36,2400 123,228,238
k3_2010_08_12.dat 2010,37,100 - 2010,223,1800 123,228,238
k3_mauze_2011_08_18.dat 2010,223,1900 - 2011,230,1300 123,127,228,238
k3_2012_08_07.dat 2010,84,1705 - 2012,220,1500 123,127,228,238

K2 Met Data Downloads

2013-08-05T23:12:09Z

137.229.92.251:

K2 Met Data Data Start - Data Stop Array IDs Present
050599K2.DAT 1999,97,1700 - 1999,125,1700 128,111
051099K2.DAT 1999,97,1700 - 1999,130,1100 128,129
051899K2.DAT 1999,97,1700 - 1999,138,1600 129
052299K2.DAT 1999,97,1700 - 1999,142,1300 129
052499K2.DAT 1999,97,1700 - 1999,144,1400 128,129
K2072199.DAT 1999,97,1700 - 1999,202,1200 128.129,130
K2.DAT 1999,202,1500 - 1999,203,2300 129,226,230
K20CT99.DAT 1999,202,1500 - 1999,278,1200 129,226,230
K2JAN00.DAT 1999,279,1100 - 2000,28,1300 129,263
K2MAY00.DAT 2000,28,1400 - 2000,126,1800 129,263
K2JUN00.DAT 2000,126,1900 - 2000,154,1700 129,267,270
K2JULY2000.DAT 2000,126,1900 - 2000,206,1300 129,267,270,263
K10M2801.DAT 2000,168,100 - 2000,302,1100 129,263
K210M001.DAT 2000,302,1200 - 2001,30,1800 129.263
K20401.DAT 2001,8,100 - 2001,95,900 129,263
K1001.DAT 2001,95,1100 - 2001,122,1600 129,263
K10--2001-06-03.DAT 2001,95,1100 - 2001,154,1400 129,263
K10--2001-07-13.DAT 2001,154,1500 - 2001,194,1000 129,263
K10M--2001-08-21.DAT 2001,95,1100 - 2001,232,2200 129,130,263
K10M--2001-10-11.DAT 2001,95,1100 - 2001,283,1900 129,130,263
K10MOCT01.DAT 2001,95,1100 - 2001,283,1900 129,130,263
KOU10M.DAT 2001,95,1100 - 2001,165,900 129,263
K10MJAN02-2002-02-03.DAT 2001,95,1200 - 2002,22,1600 129,130,263
K10M-2002-04-19.DAT 2001,95,1200 - 2002,22,1600 129,130,263
K10STO01.DAT 2001,347,2000 - 2002,22,1600 130,263 (PLUS REPEATED DATA FROM 2001)
K10STO02.DAT JUST: 2002,34,2100 130,263
K10MSPRING2002.DAT 2002,35,1400 - 2002,132,1300 130,263
K10MJAN02--2002-08-29.DAT 2001,95,1200 - 2002,22,1500 129,130,263
K-MET_FEB_2003.DAT 2002,167,1000 - 2003,58,1600 130,127,263
K10M--2003-10-30.DAT 2003,251,1200 - 2003,282,1700 128,241
K2_2005-06-03a1.dat 2002,285,1800 - 2005,154,1800 127,128,229,241
K2_2005-07-27a1.dat 2005,154,1900 - 2005,208,1500 128,241
SP_K2.DAT 2005,218,2000 - 2006,153,1900 128,241
K2_final_storage_1.dat 2002,297,1200 - 2006,229,1000 128,241
K2_2006-10-07.dat 2006,229,1100 - 2006,281,1100 128,241
K2_2007-06-11.dat 2006,281,1200 - 2007,162,1000 128,241
K2_2007-07-25.dat 2007,162,1200 - 2007,206,800 128,249
K2_2007-09-15.dat 2007,206,900 - 2007,258,1800 128,265
K2_2008-06-14.dat 2007,258,1900 - 2008,166,2000 128,269,280
K2_2008-08-28.dat 2008,166,2100 - 2008,241,1000 128,272,280
k2-met_2009_07_30.dat 2008,241,1100 - 2009,211,1800 128,273,280
k2-met_2009_09_25.dat 2009,211,1900 - 2009,268,1700 129,273,144,285
K2_2010-06-24.dat 2009,211,1900 - 2010,175,1100 129,273,144,285
k2_2010_08_12.dat 2009,268,1800 - 2010,224,1300 129,273,144,285
k2_2011_08_19.dat 2010,224,1500 - 2011,231,1200 128,271,284
k2_2012_08_08.dat 2011,231,1300 - 2012,221,1100 132,271,283

K1 Burn Data Downloads

2013-08-05T23:11:44Z

137.229.92.251:

K1 Met Data Data Start - Data Stop Array IDs Present
050599K1.dat 1999,97,1700 - 1999,125,1700 128,111
051099K1.dat 1999,125,1900 - 1999,130,1300 112
052399K1.dat 1999,125,1900 - 1999,143,1400 112
K17219.dat 1999,125,1900 - 1999,202,1800 112
K1OCT99.dat 1999,202,2200 - 1999,278,1800 112,220
K1Jann00.dat 1999,278,1900 - 2000,28,1600 112,220
K1MAY00.dat 2000,28,1700 - 2000,126,2200 112,220
K1JUN00.dat 2000,126,2300 - 2000,155,1300 112,220
K1JULY2000.dat 2000,126,2300 - 2000,206,1200 112,220
BURN.DAT 2002,24,1600 - 2002,29,1700 112,113,220
2001,95,2200 - 2001,260,800
2002,24,1600 - 2002,29,1700
2001,95,2200 - 2001,364,1900
K1_final_storage_1.dat 2002,35,1800 - 2006,229,1300 113,123,124,220 <--------Best record from logger (2005/09 file lost in HD crash, )
K1_2005-06-04a1.dat 2002,35,1800 - 2005,155,2000 113,123,124,220
k1_2005-07-27a1.dat 2005,155,2100 - 2005,208,1300 124,220
K1_206-10-07.dat 2006,229,1400 - 2006,281,1900 124,220
K1_2007-06-11.dat 2006,281,2000 - 2007,162,1600 124,220
K1_2007-07-22.dat 2007,162,1700 - 2007,203,1800 124,220
K1_2007-09-16.dat 2007,203,1900 - 2007,259,1300 124,220
K1_2008-06-14.dat 2007,259,1400 - 2008,166,1600 131,220
K1_2008-08-27.dat 2008,166,1645 - 2008,240,1720 142,133,220
k1-burn_2009_07_31.dat 2008,166,1800 - 2009,212,1800 142,133,220, 143,134,137,230,235 (thermocouples added?)
k1-burn_2009_09_25.dat 2009,212,1900 - 2009,268,1300 137,235,230,148
K1_2010-06-23.dat 2009,212,1700 - 2010,174,1800 137,230,235,148
k1_2010_08_12.dat 2009,268,1400 - 2010,224,1000 137,230,235,148
K1_2011_08_18.dat 2010,224,1100 - 2011,230,1600 137,235,230,148
K1_2012_08_08.dat 2011,230,1700 - 2012,227,1700 141,220,152

Missing Data:
2000 206 1300 to 2001 95 2100
2001 364 1900 to 2002 24 1600
2002 29 1800 to 2002 35 1700

Probably Legit Gaps:
1999 125 1800
1999 202 1900 to 1999 202 2100

KBurn.dat 2001,95,1300 - 2001,232,2100 112,220

C2-Blueberry Data Downloads

2013-08-05T23:11:16Z

137.229.92.251:

C2 Blueberry Data Data Start - Data Stop Array IDs Present
C2JULY2000.CSV 1999,209,1400 - 2000,208,1600
C2OCT99.DAT 1999,209,1400 - 1999,275,1900
BLUE.DAT 2001,97,1400 - 2001,137,600
C20401.DAT 2001,9,500 - 2001,97,1300
C2102701.DAT 2000,229,1200 - 2000,301,1200
COUN2001.DAT 2000,256,1500 - 2000,301,1200
COUN2002.DAT JUST: 2000,301,1300
COUNT2003.DAT 2000,301,1400 - 2001,27,1400
BLUEBERR.DAT 2001,97,140 - 2001,281,1900
BLUEBR01.DAT 2001,192,1200 - 2001,229,1200
BBDATA1999.XLS 1999,209,1500 - 1999,365,2400
BBDATA2000.XLS 2000,1,300 - 2000,366,2400
BBDATA2001.XLS 2001,1,300 - 2001,281,900
bluedat.txt 2001,277,600 - 2001,297,1900
Blueberry_2005-06-05-a1.dat 2002,70,1700 - 2005,156,2100
Blueberry_2005-07-28-a1.dat 2005,156,2200 - 2005,209,2200 131,230
C2_final_storage_1.dat 2002,231,2400 - 2006,227,1100 130,131,230
C2_2006-10-06.dat 2006,227,1200 - 2006,279,1700 131,230
C2_2007-06-09.dat 2006,279,1800 - 2007,160,1800 131,230
C2_2007-07-26.dat 2007,160,1900 - 2007,207,1100 167,168,230
C2_2008-06-13.dat 2007,207,1200 - 2008,25,2400 168,230
C2_2008-08-26.dat 2008,165,1500 - 2008,239,1900 179,191,237
c2_blueberry_2009_08_05.dat 2008,239,1900 - 2009,217,1200 179,191,237
c2_blueberry_2009_09_27.dat 2009,217,1300 - 2009,270,1000 179,196,237
C2_2010_06_26.dat 2009,217,1200 - 2010,177,2100 179,196,237
C2_2010_08_10.dat 2009,270,1100 - 2010,222,1900 179,196.237
c2_blueberry_2011_08_16.dat 2010,222,2100 - 2011,228,1800 179,182,196,238
c2_blueberry_2012_08_06.dat 2010,282,1500 - 2012,219,1700 179,182,238,196,250
SHAND RECORD 2001,365,2400 - PRESENT

Legit Gaps: 2003 82 2100 to 2003 101 1500
2002 168 2100 to 2002 217 1800
2002 97 900 to 2002 97 1500
2010 222 2000 (station maintenance)
Legit Gaps isn't totally updated at the moment (7/2011) I think early 2008 may be a gap but haven't verified.

C1-Grid Data Downloads

2013-08-05T23:10:53Z

137.229.92.251:

C1 Grid Data Data Start - Data Stop Array IDs Present
C1OCT99.DAT 1999,209,1600 - 1999,275,1700 112,220
C1JAN00.DAT 1999,275,1800 - 2000,29,1500 112,220
C1JULY2000.DAT 2000,29,1700 - 2000,208,1500 112,228
COUN3001.DAT 2000,220,2300 - 2000,268,1800 112,228
COUN3002.DAT 2000,268,1900 - 2000,269,1000 112,228
COUN3003.DAT 2000,269,1100 - 2000,301,1500 112,228
COUN3004.DAT 2000,293,1600 - 2001,28,1700 112,228
C1GRID.DAT 2000,352,1800 - 2001,99,900 112,228
C1-GRIDRAW.DAT 2001,99,1000 - 2002,239,2100 112,114,228
Cgrid_2005-06-06-a1.dat 2001,99,1000 - 2005,157,600
GRID777.DAT 2001,192,1500 - 2001,230,1200 112,228
GRID0101.DAT 2001,230,1400 - 2002,31,1700 112,228
GRDMETJULY02.DAT 2002,31,1800 - 2002,166,900 112,228
GRDMET01.DAT 2002,31,1800 - 2002,166,900 112,228
Cgrid_2005-07-29-a1.dat 2005,157,700 - 2005,210,1300
CR10X_final_storage_1.dat 2001,127,200 - 2006,227,800 123,228
C1_2006-10-06.dat 2006,227,900 - 2006,279,1000 123,228
C1_2007-06-09.dat 2006,279,1100 - 2007,160,1500 123,228
C1_2007-07-26.dat 2007,160,1600 - 2007,207,1300 123,228
C1_2007-09-17.dat 2007,207,1400 - 2007,260,1000 123,228
C1_2008-06-13.dat 2007,260,1100 - 2008,165,800 123,227
C1_2008-08-25.dat 2008,165,900 - 2008,239,1400 123,227,234
c1_grid_2009_08_04.dat 2008,165,900 - 2009,216,1200 123,227,234
c1_grid_2009_09_23.dat 2009,216,1400 - 2009,266,1600 123,227,239
c1_grid_2010_06_26.dat 2009,216,1400 - 2010,177,1100 123,227,239
c1_grid_2010_08_10.dat 2009,266,1700 - 2010,222,1200 123,227,239
c1_grid_2011_08_16.dat 2011,14,1205 - 2011,228,1300 123,127,227,239
c1_grid_2012_08_06.dat 2011,228,1300 - 2012,219,1200 127,246,402,262

SHAND RECORD 2001,99,1000 - PRESENT

CPCRW 2013-07-15

2013-07-15T20:11:28Z

137.229.92.251:

Thermo-erosion Survey
Location: http://binged.it/10NHaxw

To Bring:
* RTK gps system pelican case with all batteries fully charged
* Survey Tripod
* Label Maker
* 2pcs Extendable Range Pole
* 6pcs 1.2m Range Poles
* Camera, Lens, Battery, Remote Trigger, memory card
* Additional Marker Plates
* Nails
* Field book
* Lunch
* Labeled Marker Plates
* 30m tape measure
* Gas for fourwheelers
* GoPro & atv mount
* gps & gps mount for logging camera positions
** could we use sxblue gps with semi-RTK?

To Do:
* calculate / measure coverage of lens @ 18mm at varying heights.
** compute 90% overlap
* Set up RTK GPS system at the thermo-erosion site.
* While one person places the marker plates the other will survey them using the RTK gps system
** I am not sure how long this will take, I'm budgeting for two days. I have the GPS set up to position average for 20 seconds per point. So, there is a finite number of points we can do per day and I don't know how many points we'll end up taking until we get out there.
* After the plates are surveyed in (or while one of us is surveying, can play that by ear), we'll also conduct a photo survey using a camera mounted at about 5 meters above the ground surface.
* Time Depending: Maybe also swing by the North Facing High Site to check on the battery.
* Shooting for 90% coverage on the photos.

Barrow Site D Inventory

2013-07-12T23:30:00Z

137.229.92.251:

Sensor List (Plus the temperature probes still in Barrow)
* 1 pcs RM Young WS/WD 05103
** S/N 122565
* 2 pcs Vaisala HMP155A
** S/N J0330031
** S/N J0330017
* 1 pcs WS MetOne 014A
** S/N P11970
* 1pcs Kipp & Zonen CNR4 Net Radiometer
** S/N 120971
*** SW Up 12.77
*** SW Dn 14.09
*** LW Up 8.27
*** LW Dn 8.17
* 1pcs Campbell SR50A
** S/N 5085
* 6 pcs East30 Thermal Conductivity Sensors:
** S/N 1483
** S/N 1484
** S/N 1489
** S/N 1500
** S/N 1480
** S/N 1481
* 2 pcs GI Soil Temperature Triple Probe
** S/N TT1208
** S/N TT1205
* 1 pcs GI Shallow Borehole Temperature Profile
** S/N TS1204
* 6 pcs Stevens HydraProbe II Soil Moisture Probe
** ID1 S/N 194738
** ID2 S/N 194745
** ID3 S/N 194739
** ID4 S/N 207302
** ID5 S/N 207303
** ID6 S/N 207317
* 2 pcs Hukseflux HFP01 Heat Flux Plate
** S/N 7873
*** 60.90 uV / (W/m^2)
** S/N 7906
*** 62.59 uV / (W/m^2)
* 1 pcs 107 Probe (I might just drop this)
* 2 pcs Campbell CE4 4-Channel Current Excitation Module
** S/N 1493
** S/N 1494
* 1 pcs Campbell CR1000 data logger
** S/N 55393
* 3 pcs Campbell AM16/32B Multiplexer
** S/N 15112
** S/N 15113
** S/N 15208
* 1 pcs Campbell RF450 Radio
** s/n 9570216

Barrow Site D Inventory

2013-07-12T23:29:26Z

137.229.92.251:

* 1 pcs RM Young WS/WD 05103
** S/N 122565
* 2 pcs Vaisala HMP155A
** S/N J0330031
** S/N J0330017
* 1 pcs WS MetOne 014A
** S/N P11970
* 1pcs Kipp & Zonen CNR4 Net Radiometer
** S/N 120971
*** SW Up 12.77
*** SW Dn 14.09
*** LW Up 8.27
*** LW Dn 8.17
* 1pcs Campbell SR50A
** S/N 5085
* 6 pcs East30 Thermal Conductivity Sensors:
** S/N 1483
** S/N 1484
** S/N 1489
** S/N 1500
** S/N 1480
** S/N 1481
* 2 pcs GI Soil Temperature Triple Probe
** S/N TT1208
** S/N TT1205
* 1 pcs GI Shallow Borehole Temperature Profile
** S/N TS1204
* 6 pcs Stevens HydraProbe II Soil Moisture Probe
** ID1 S/N 194738
** ID2 S/N 194745
** ID3 S/N 194739
** ID4 S/N 207302
** ID5 S/N 207303
** ID6 S/N 207317
* 2 pcs Hukseflux HFP01 Heat Flux Plate
** S/N 7873
*** 60.90 uV / (W/m^2)
** S/N 7906
*** 62.59 uV / (W/m^2)
* 1 pcs 107 Probe (I might just drop this)
* 2 pcs Campbell CE4 4-Channel Current Excitation Module
** S/N 1493
** S/N 1494
* 1 pcs Campbell CR1000 data logger
** S/N 55393
* 3 pcs Campbell AM16/32B Multiplexer
** S/N 15112
** S/N 15113
** S/N 15208
* 1 pcs Campbell RF450 Radio
** s/n 9570216

NGEE Barrow 2013 Site D Install Trip August 2013

2013-07-12T22:43:04Z

137.229.92.251:

Goals:
* Install [[Barrow Site D Inventory]]
* Soil Cores

Soil Core component:
8 Bob, Bob, & Sammy
* Use RTK GPS and transect across a polygon in the area south
* pull a

Site D Install

Itinerary:
8/19 Bill, Vlad, Bob Busey & Sammy fly to Barrow
8/22 or 23 - Bob Bolton flies out.
* Pick up gear and get ready to haul it out:
** tower
** batteries
** battery box
** solar panel
* sledge tower feet
* haul stuff out by wheel barrow
* instrumentation
** 2
*

Additional Maintenance:
* Self-tapping screws for precip lids
* proper pipe for snow stands from 2012 install
* replace transducers in SR50As -- 7 pcs
* duct seal remaining holes in the enclosures

To purchase:
* Solar Panel
* Charge controller?
* Additional CSI stuff
** SR50A transducers
** cross arm brackets
* 1 inch aluminum cross arm (for Bill stock and D site)
* duct seal
*
* Fresh Desiccant for all sites

To Prep:
* wire up data logger box
*

Bring Survey GPS north
* emailed for a quote on R8 internal radio tuned to 418 MHz.

NGEE Barrow 2013 Site D Install Trip August 2013

2013-07-09T22:50:31Z

137.229.92.251:

Goals:
* Install Site D
* Soil Cores

Soil Core component:
8 Bob, Bob, & Sammy
* Use RTK GPS and transect across a polygon in the area south
* pull a

Site D Install

Itinerary:
8/19 Bill, Vlad, Bob Busey & Sammy fly to Barrow
8/22 or 23 - Bob Bolton flies out.
* Pick up gear and get ready to haul it out:
** tower
** batteries
** battery box
** solar panel
* sledge tower feet
* haul stuff out by wheel barrow
* instrumentation
** 2
*

Additional Maintenance:
* Self-tapping screws for precip lids
* proper pipe for snow stands from 2012 install
* replace transducers in SR50As -- 7 pcs
* duct seal remaining holes in the enclosures

To purchase:
* Solar Panel
* Charge controller?
* Additional CSI stuff
** SR50A transducers
** cross arm brackets
* 1 inch aluminum cross arm (for Bill stock and D site)
* duct seal
*
* Fresh Desiccant for all sites

To Prep:
* wire up data logger box
*

Bring Survey GPS north
* emailed for a quote on R8 internal radio tuned to 418 MHz.

NGEE Barrow 2013 Site Install Trip 2

2013-06-10T19:53:02Z

137.229.92.251:

==June 2013 Trip==

===Shipping===
* New Instrumentation once it arrives on 5/26ish:
** Precip Buckets 3x
** Wind Screen 3x
** HMP155s 6x
** MetOne 5x
** Barometric Pressure
** Radiation Shields
** Cross Arms
*** 1.5" Sched 40 Aluminum = Net Radiometer 3x
*** 1" Sched 40 Aluminum = Upper WS & AT/RH 3x
** Tripod Mast
*** 1.5" Sched 40 Galvanized Pipe
** Net Radiometer
** NuRail Fittings for crossarms

===To Add to each site===
* 2 HMP155s w/ Radiation Shields
* 2 Met One WS
* 1 Tipping Bucket w/ Windscreen
* 1 CNR4 Net Radiometer with Heater/Fan Control
* 1 AM16/32

===Additionally, to add to Grid Site===
* CS106 Barometric Pressure
** Need to dig out a vent tube
** Bring up parts to put a new hole in this enclosure
===Rewiring at each site===
* Move AM16/32B #1 & #2 RES to CR1000 C1
* Move SR50A Green Wire to CR1000 C5
** Reprogram the IDs for the SR50As
*** #1 = ID7
*** #2 = ID8
*** #3 = ID9
* Also Measure Thermal Conductivity Heater Values
* Bring up 3 resistors for CNR4 Thermistor measurement

===To Do as of 6/8/2013===
* Wiring Diagrams
* Sketch up site
* holes in box for instrumentation maybe?
* cut crossarms to length (in Barrow)
* Change SDI-12 IDs for SR50As (in Barrow)
* Copy B program additions to A & C

=== Remaining things to grab===
* XXX Nu Rail oddball connectors from cabinet
* BP tubing for grid site
* '''Cord Grips for grid site'''
* silicone for grid site

===To Purchase===
* More Flexible Conduit
* Vent Tube

===Pre-trip to do===
* Organized per site items ('''X''' means it's packed / shipped)
** Precip Stand (3 sets)
*** XX 4 NuRail 3/4 offset cross pieces
*** XX 1 Novalynx Wind Screen
*** XX 1 TE525m & Cable

** Tripod Related
*** XX 1.5" Aluminium cross arm for CNR4, lower AT/RH & WS
*** XX 1.5" Nurail offset
*** XX 1" Aluminum cross arm for upper AT/RH & WS
*** XX HMP155s, cables, Radiation Shield
*** XX 014a WS, cables, nurail / cross arm mounts
***
****
****
****
****
****

===Things to buy===
* Bit o' Food?
* 1.5" Pipe Threader
* Flex Conduit

===Stuff to bring===

==== Technical Gear ====
* Keypads
* XX fish tape
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Serial Cables & spares
* XX Sawzall
* XX drill
* Pipe Wrench
* 1.5" Pipe Threader

==== Food to bring out ====
* Optional

====Rough on-site todo (for each site)====
# Measure from top of tripod base to cross arm... note in fieldbook
# Remove box & solar panel from tripod mast
# Remove existing crossarm off tripod
# unscrew center pole
# put 1.5" offset nurail fitting on new center pole
# add top of tower cross arm with anemometer & HMP155
## Armor and secure these two cables
# screw on the new center pole
# put the existing cross arm, instrument box, and solar panel back on the tower.
# Mount all new sensors
## On lowest crossarm, 1-1.5m above ground surface
### Net Radiometer
### Cross Arm bracket
#### Wind Speed
### HMP155 on radiometer crossarm
## Armor all the cabling lower cabling
## Armor and install the precip bucket.
## Install the precip wind screen
# send new program to data logger

====Idealized Rough Itinerary (with dates to float depending on how long things take)====
I budgeted 2 days per site but I'm hoping 1 to 1.5 days is more realistic. 
6/11
* Fly to Barrow
* Sort Shipped Gear
* Track down a sled
* Organize stuff locally in Barrow
* Quick trip to the sites if there is time
* Look at D site box for parts (and prepare for shipment back to Fairbanks)
6/12
* Haul stuff out for A site
* Add components to A site
6/13
* Haul stuff out for B site
* Finish A site
* Start B site
6/14
* Haul stuff out for C site
* Finish B site
* Start C site?
6/15
* Finish C site
6/16
* Ship stuff back to Fairbanks
* Depart for Fairbanks

TFS Site Wiring

2013-05-13T00:02:03Z

137.229.92.251:

'''5/4/2013 Note: Thinking about moving AT/RH and other sensors needing 12V power from AM1632B back to CR3000 for simpler wiring in the field'''

Note, this will change since this has CGR4 rather than CNR4....
Plus it has a heater / ventilator...

''''''''''''''''''''''''''''''''''''''''
''''''''''''''''''''''''''''''''''''''''
'' TELEMETRY ''''
'' Maxon Data Radio @ 152.480 MHz ''''
''''''''''''''''''''''''''''''''''''''''
''''''''''''''''''''''''''''''''''''''''

''''''''''''''''''''''''''''''''''''''''''''''''''''''
''''''''''''''''''''''''''''''''''''''''''''''''''''''
''' SENSOR LIST '''''''''''''''''''''''''''''''''''
''''''''''''''''''''''''''''''''''''''''''''''''''''''
''''''''''''''''''''''''''''''''''''''''''''''''''''''
' Kipp and Zonen CGR-4 Net Radiometer
' CS420 Lake Level Pressure Transducer
' 107 Temperature Probe
' CS100 Setra Barometric Pressure Sensor
' MetOne 024A Wind Direction Sensor
' MetOne 014A Wind Speed Sensor
' Evaporation Pan Pressure Transducer
' AM25T Thermocouple multiplexer with 18 connected thermocouples
' Ott Pluvio Precipitation Gage
' Tipping Bucket Rain Gage (?)
' CMP6 Pyranometer
' Li-Cor Quantum. Model LI-190SB
' Li-Cor Underwater Quantum. LI-192SB
' UVA_YES Pyranometer
' UVB_YES Pyranometer
' HMP45C AT/RH Sensor at 5m
' RM Young 41382VF AT/RH Sensor at 3m

'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
''' LOGGER WIRING ''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
' SE1 -- Kipp and Zonen CGR-4 HI (Red Wire)
' SE2 -- Kipp and Zonen CGR-4 LO (Blue Wire)
' SE3 --
' SE4 -- Kipp and Zonen CGR-4 Thermistor (Green Wire) & Precision Resistor to VX2
' SE5 -- CS420 Lake Level (Orange Wire)
' SE6 -- CS420 Lake Level (Black Wire)
' SE7 -- CS420 Lake Level (White Wire)
' SE8 -- CS420 Lake Level (Yellow Wire Wire)
' SE9 -- 107 Temperature Signal (Red Wire)
' SE10 -- Barometric Pressure Signal (Yellow Wire) ## This is what I have from notes but it is contrary to what the CS100 manual says.
' SE11 --
' SE12 --
' SE13 -- AM25T HI
' SE14 -- AM25T LO
' SE15 -- Met One 024A WD (Red Wire)
' SE16 -- Evaporation (Red Wire)
' SE17 --
' SE18 --
' SE19 -- AM16/32B HI
' SE20 -- AM16/32B LO
' SE21 --
' SE22 --
' SE23 --
' SE24 --
' SE25 --
' SE26 --
' SE27 --
' SE28 --
'
'VX1 -- 107 Temperature Excite (Black Wire); Wind Direction Excite (Black Wire)
'VX2 -- AM25T Excite (Yellow Wire); Precision Resistor to SE4
'VX3 -- Evap Excite (White Wire)
'VX4 -- CS420 Excite (Red Wire)
'
'P1 -- Empty
'P2 -- 5m MetOne 014A Wind Speed (Black Wire)
'P3 -- Ott Pluvio Rain (Green Wire)
'P4 -- Rain 2 (NOT sure what this Is going To) (Red Wire)
'
'C1 -- AM25T RES (Red Wire)
'C2 -- AM25T CLK (Yellow Wire); AM16/32B CLK
'C3 -- Barometric Pressure CTRL
'C4 -- AM16/32B RES
'C5 -- Empty
'C6 -- HMP45C CTRL (Orange Wire)
'C7 -- Empty
'C8 -- Empty

'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
''' AM25T Wiring (HI = Blue Wire; LO = Red Wire) ''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
' Group1 -- EvapoTC
' Group2 -- soil2_moss
' Group3 -- soil2_5cm
' Group4 -- soil2_10cm
' Group5 -- soil2_20cm
' Group6 -- soil2_50cm
' Group7 -- soil2_100cm
' Group8 -- soil2_150cm
' Group9 -- LakeTC_C
' Group10 -- NA10
' Group11 -- NA11
' Group12 -- soil1_moss
' Group13 -- soil1_20cm
' Group14 -- soil1_150cm
' Group15 -- soil1_5cm
' Group16 -- soil1_10cm
' Group17 -- soil1_50cm
' Group18 -- soil1_100cm

'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
''' AM16/32B in 2/32 Mode Wiring '''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
' RES -- CR1000 C4
' CLK -- CR1000 C2
' COM ODD HI -- CR1000 SE19
' COM ODD LO -- CR1000 SE20
'Group1 HI CMP6 Pyranometer HI (Red Wire / Yellow Cable)
' LO CMP6 Pyranometer LO (Blue Wire / Yellow Cable)
'Group2 HI Li-Cor Quantum. Model LI-190SB HI (Red Wire)
' LO Li-Cor Quantum. Model LI-190SB LO (Black Wire)
'Group3 HI Li-Cor Underwater Quantum. LI-192SB HI (Red Wire)
' LO Li-Cor Underwater Quantum. LI-192SB LO (Black Wire)
'Group4 HI Differential Voltage measurements UVA_YES Watts/m2 HI (White Wire)
' LO Differential Voltage measurements UVA_YES Watts/m2 LO (Black Wire)
'Group5 HI Differential Voltage measurements UVB_YES Watts/m2 HI (White Wire)
' LO Differential Voltage measurements UVB_YES Watts/m2 LO (Black Wire)
'Group6 HI HMP45C at 5m AT HI (Yellow Wire)
' LO HMP45C at 5m AT LO, Jumper To G7LO (Purple Wire)
'Group7 HI HMP45C at 5m RH HI (Blue Wire)
' LO HMP45C at 5m RH LO, Jumper To G6LO (Purple Wire)
'Group8 HI RM Young 41382VF Air Temperature at 3m (Red Wire)
' LO RM Young 41382VF Air Temperature at 3m, Jumper to Group 9 LO (Black Wire)
'Group9 HI RM Young 41382VF Relative Humidity Sensor at 3m (Green Wire)
' LO RM Young 41382VF Relative Humidity Sensor at 3m (Jumper to Group 8 LO)

'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'' Sensor Wiring ''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
' Kipp and Zonen CGR-4
' Red Wire -- CR1000 SE1
' Blue Wire -- CR1000 SE2
' Green Wire -- CR1000 SE4 & Precision Resistor to VX2

' CS420 Lake Level Pressure Transducer
' Orange Wire -- CR1000 SE5
' Black Wire -- CR1000 SE6
' White Wire -- CR1000 SE7
' Yellow Wire -- CR1000 SE8
' Red Wire -- VX4
' ____ Wires -- CR1000 Signal Ground

' 107 Temperature Probe
' Red Wire -- CR1000 SE9
' Black Wire -- CR1000 Vx1
' Purple Wire -- CR1000 Signal Ground
' Clear Wire -- CR1000 Signal Ground

' CS100 - Setra Model 278 Barometric Pressure
' Need to get more info on site about the sensor wiring for this sensor. 5/2013
' Yellow Wire -- CR1000 SE10
' BP CTRL -- CR1000 C3
' Other wiring... TBD

' Met One 024A Wind Direction Sensor
' Red Wire -- CR1000 SE15
' Black Wire -- CR1000 VX1
' White Wire -- CR1000 Signal Ground

' MetOne 014A Wind Speed Sensor
' Black Wire -- CR1000 P2
' White Wire -- CR1000 Signal Ground
' Clear Wire -- CR1000 Signal Ground

' Evaporation Pan
' Red Wire -- CR1000 SE16
' White Wire -- CR1000 VX3
' TBD -- CR1000 Signal Ground

' CMP6 Pyranometer
' Red Wire -- AM16/32B Group 1 HI
' Blue Wire -- AM16/32B Group 1 LO

' Li-Cor Quantum Model LI-190SB
' Red Wire -- AM16/32B Group 2 HI
' Black Wire -- Am16/32B Group 2 LO

' Li-Cor Underwater Quantum. LI-192SB
' Red Wire -- AM16/32B Group 3 HI
' Black Wire -- AM16/32B Group 3 LO

' Yankee Environmental Systems UV A Pyranometer
' White Wire -- AM16/32B Group 4 HI
' Black Wire -- AM16/32B Group 4 LO

' Yankee Environmental Systems UV B Pyranometer
' White Wire -- AM16/32B Group 5 HI
' Black Wire -- AM16/32B Group 5 LO

' Vaisala HMP45C Air Temperature / Relative Humidity @ 5m
' Yellow Wire -- AM16/32B Group 6 HI
' Blue Wire -- AM16/32B Group 7 Hi
' Purple Wire -- AM16/32B Group 6 & 7 LO
' Orange Wire -- CR1000 C6
' Red Wire -- CR100 12V
' Black Wire -- CR1000 G
' Clear Wire -- CR1000 G

' RM Young 41382VF AT/RH @ 3m
' Red Wire -- AM16/32B Group 8 HI
' Green Wire -- AM16/32B Group 9 HI
' Black Wire -- AM16/32B Group 8 & 9 LO

Jessie Cherry May 2013 Toolik Trip

2013-05-12T23:42:54Z

137.229.92.251:

== Overview ==

The met station at Toolik needs to be transferred from its tripod to a tower. The field requirements for this assignment will be outlined here.

'''Any other information not here but could be anticipated as being useful?'''
* Where is the CNR4 going

==To add to program==
* Change CGR4 to CNR4
* Add SR50A
* download current program off cr3000 to see how the RM Young at/rh coefficients are (maybe default is english units or something like that)

==Random info==

After you get to camp, ask the staff to fill up the truck with gas and this should go on the 'STAFF Account' because you are working as staff on this trip

Chad has agreed to give you tower training on Friday morning, the 17th.

==To Bring from Fairbanks==
* Cabling to extend thermocouple temperature profile from old enclosure to new enclosure.
* shovels for digging out buried cabling
* extension cord for moving power from old tripod to new tower
* cable splicing tools for anything that might need extending
** soldering iron
** butane
** propane torch
** solder
** heat shrink
* extra cabling
* Toolbags
* XX Extra data logger (CR1000, for any instruments that aren't transferred to the new logger on this trip and or don't reach... completely just a back up item)
* XX small actionpacker
* sled
* Climbing harness
* CNR4 Radiometer
** Also bring Precision Resistor for measuring CGR4 Thermistor
** Also need to update program with calibration constants for this sensor.

== Current Equipment On-Site==
* New tower w/ enclosure & guy wires
* Garden web cam
* Pluvio 1 (Currently installed but broken)
* Met Station w/ soil thermocouples, radiation, lake sensors on rusted tripod
* New Multiplexer
* Pluvio 2 (needs to be installed but is in the environmental data center)... has a different base than the existing one.
* Pluvio 2 base is inside the wyoming gauge snow fence sitting on the ground

== Goals ==
* Mount recalibrated AT/RH sensors
* Move power to the new enclosure
* Transfer as much equipment as possible to new tower
* Leave what can't be moved at the old site
* Install Pluvio 2
** note, pluvio 1 wire is a bit short. but should be okay with pluvio 2
* Get evaporation pan working [maybe more like just inspect it to make sure it could work with the parts that were quoted from Campbell. Measure it's size, take pictures, and confirm model, if possible. If not, no worries. I'll work on it in June.
* Install new radiometer
* Tighten guy wires and level tower

== Needs ==
* Submit two TAs for Patrick and Bob so you can get a partial per diem and cover the gas money (Jessie is working on this)
* [[TFS Site Wiring]] / cable lengths
* List cable types needed '''''?'''''
* List muxes needed '''''?'''''

==List equipment/tools need to bring==

* Conduit
* New Program (Bob Bu has draft) - Direct Link emailed 5/4/2013
** Program Git Archive:
*** [Bob's DropBox]/logger_programs/toolik_tfs/TFScamp_CR3000.CR3
* Troubleshoot Evaporation Pan
* Figure out what needs calibration

== Updates ==

* Pluvio 1 and Pluvio 2 use different base stands. Make sure to include the Pluvio 2 mounting hardware!
* Evaporation pan may not be in the budget this year if the gauging unit (Campbell 21531) needs to be replaced.
* Conduit isn't an immediate priority since this depends on the final setup.

NGEE Barrow 2013 Site Install Trip

2013-05-06T22:07:11Z

137.229.92.251:

==May 2013 Trip==
===Purpose: ===
* Rewire Grid Site station with CR1000 & new multiplexers
** PakBus ID = 404
* Setup MD485s to get Grid online
* reconfigure Site C CR1000 for act as a pakbus router
** Change IsRouter to YES -> Available in advanced settings
** Change beacon interval on SDC7 to 60
* Snow Surveys
* Any other prep that's possible for the June trip
* Bring back shotgun
* slather anticorrosion goo on all 12V/G points?
* Record Thermal Conductivity Heater Resistance using a high-accuracy ohmmeter
* Swap out SR50A

===Shipping===
* None

===To Purchase===
* Anti-Corrosion Goo
* Ziplocs
* In Barrow:
** Butane
* Food?

===Pre-trip to do===
* Read up on CR1000 Pakbus Routing
* Pack

===Stuff to bring===
* Adirondack Tube
* Scale
* Thaw Probe
* Ziplocs
* GPS
* 4 Precision Resistors for new logger
* High Precision Voltmeter
* Duct Seal
* 80' of cable

==== Technical Gear ====
* '''Shotgun''' -- in Barrow already
* Keypads
* '''fish tape'''
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Serial Cables & spares
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Bob Personal Actionpacker [Bob #1]
# Work Actionpacker #1 [Bob #2]

===Rough on-site todo===
# Copy wiring of Grid Site
# Transfer wires to new multiplexer & Logger
# Snowsurveys
# Measure Heater Resistances for all thermal conductivity probes
# Look to see if the C site pit 2 thermal conductivity sensors could be connected to a lower instrument enclosure.
# configure C as pakbus router for grid
## http://www.campbellsci.com/forum/messages.cfm?threadid=6E4ABAA0-81A1-4158-B850230D8A56A2EF
# armor and run rs485 line between C and grid

Sontek handheld ADP

2013-04-30T21:56:52Z

137.229.92.251:

Note (from Rickley's): The standard metric rod marked in centimeter increments with a length of 1.2 meters. The anodized aluminum handle has an integral scale to indicate the correct setting of the current meter at the 0.2, 0.6 and 0.8- depth settings, which corresponds to the conventional two- position method. This unit permits convenient setting of the current meter at the proper depth. It allows the hydrologist to quickly set the meter at the correct depth without bringing the meter out of the water. The depth of the water is read on the graduated hex main rod. When the round setting rod is adjusted to the depth of the water, the current meter is automatically positioned for the 0.6-depth method (0.4-depth position up from the streambed). Setting the unit to half the water depth will place the meter at the 0.2-depth up from the streambed. Conversely, setting the unit to twice the water depth will place the meter at the 0.8-depth position up from the streambed. The latter two positions correspond to the conventional two-position method.

===Rough Sontek Flowtracker Procedure for measuring Velocity===
# Turn on the unit
# Press '''Enter''' for the main menu
# Set the units in the Setup parameters menu
# To start the measurements select 'Start Data Run' from the main menu
# Enter a junk name of some sort. The name isn't important since we won't be logging the data to the computer. To enter alphabet characters do the following:
## press a number button
## use the 'ABC+' and 'ABC-' keys to find the letter you want
## press a number button to move to the next character in the name
## repeat
## press the 'Enter' key when you're done.
# You don't need to worry about the next screen which prompts for staff and gauge heights. So, you're ready to begin the measurements by selecting the 'Next Station' button.
# Specify starting from the left bank or the right bank by pushing the 'LEW/REW' key.
# Now, you're ready to begin making measurements so hit the 'Next Station' button
# At this point, if you'd like the unit to calculate discharge for you, you should enter the station number and depth by using the 'Set Location' key and the 'Set Depth' key.
# Select 'Measure' to begin measuring.
# At the end of the measurement period the flowtracker will ask you to accept or repeat the measurement. If you accept you can move to the next station and repeat.
# When you've come to the far bank you're done measuring. To tell the meter this, press the 'End Selection' button twice.
# Next, you need to specify the station value for this bank. Toggle left and right bank as before by pressing the 'LEW/REW' key.
# Press 'Calc. Disch.' twice to let the meter calculate the discharge.
# You can see the discharge from this display point. When you're done looking press '9' to exit and go back to the main menu.

Another good item:
*Battery Voltage accessible from the System Functions Menu. To get there select the 'System Functions Menu' and then choose on the second page option 5 'Battery Data'

===Further Background Information on making streamflow measurements with a wading rod type setup===
http://wwwrcamnl.wr.usgs.gov/sws/SWTraining/WRIR004036/Index.html

NGEE Barrow 2013 Site Install Trip

2013-04-30T00:37:34Z

137.229.92.251:

==May 2013 Trip==
Purpose:
* Fix Grid Site station
* Snow Surveys
* Any other prep that's possible

===Shipping===

===To Do as of 4/21/2013===
* Modify Programs
* Wiring Diagrams
* PRs for freight
* Sketch up site
* cut crossarms to length
* Change SDI-12 IDs for SR50As
* Review Site C data... Look closely at SR50A data for precise failure dates.
** Reinforce grounding
* SM Grid rewiring?

=== Remaining things to grab===
* ?

===To Purchase===
* ?

===Pre-trip to do===

===Things to buy===
* Bit o' Food?
* ?

===Stuff to bring===
* Adirondack Tube
* Scale
* Thaw Probe
* Ziplocs
* GPS
* If NuRail fittings ever arrive then we can change out the tripod poles (or start) this trip.

==== things not on a PR yet====

==== Technical Gear ====
* '''Shotgun'''
* Keypads
* '''fish tape'''
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Serial Cables & spares
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====Rough on-site todo====
# Copy wiring of Grid Site
# Transfer wires to new multiplexer & Logger
# Snowsurveys

Software

2013-02-12T21:45:18Z

137.229.92.251:

Here's a list of software commonly used in the department. You may wish to add tips or questions to the program's wiki page.
New to programming? This may be a good resource (in addition to web searches of course): http://software-carpentry.org/

== Mac ==
* [[Dreamweaver]] -- HTML/CSS editing program
* [[Aptana]] -- HTML / CSS editing program with a different IDE from dreamweaver (some advantages for each)
* [[MS Office]] -- Excel, Powerpoint etc.
* [[fugu]] -- a nice GUI version of SFTP/SCP for the Mac

== Linux ==
* [[Loggernet]] -- Campbell Scientific's data retrieval program
* [[Perl]] -- Handy programming/scripting language for all sorts of things
* [[Ruby]] -- A '''very''' ''object-oriented'' language we're just beginning to use
* [[Python]] -- Another programming/scripting language
* [[TopoFlow V3]] -- Python version of TopoFlow

== Windows ==
* [[Dreamweaver]] -- HTML/CSS editing program
* [[Aptana]] -- HTML / CSS editing program with a different IDE from dreamweaver (some advantages for each)
* [[MS Office]] -- Excel, Powerpoint etc.
* [[Adobe PDF tools]] -- Making PDFs (free alternatives also available)
* [[Adobe Photoshop]] -- Image Manipulation
* [[Adobe Illustrator]] -- Graphics creation
* [[Irfanview]] -- Image viewing program more flexible than the default Microsoft Image viewer
* [[Cygwin]] -- linux utilities for Windows
* [[Python]] -- available either through cygwin or as a standalone program.
* [[ArcGIS]] -- ESRI's GIS program - Visit the GINA page for the UAF license info: http://esrisitelicense.gina.alaska.edu/
* [[Putty]] -- Small suite of tools for doing SSH/SFTP/SCP
* [[SSH Secure Shell]] -- An alternative tool for doing SSH/SFTP
* [[Origin]] -- A fancy plotting & graph program
* [[Surfer]] -- A fancy plotting & graph program
* [[Perl]] -- Handy programming language for all sorts of things
* [[Loggernet]] -- Campbell Scientific's data retrieval program
* [[HBV]] -- Streamflow modeling, a rainfall-runoff program
* [[HBV-light]] -- Streamflow modeling, a monte carlo approach for parameter estimation
* [[RiverTools]] -- A program for getting for DEM and related files ready for input into TopoFlow
* [[TopoFlow]] -- Streamflow modeling, a physically based model originally written in IDL and currently being redone with python
* [[WinRiver II]] -- RDI discharge measurement software for use with RDI products
* [[Topcon ImageMaster Photo]] -- DEM Creation tool
==WERC in-house software development==
* [[src-perl-Campbell::Comm-overview|data-gathering system]], written in Perl:
** [[src-perl-Campbell::Comm|Campbell::Comm]] -- perl module to interface Campbell CR10 loggers
** [[src-perl-querylogger|querylogger.pl]] -- query remote loggers
** [[src-perl-loggerdata|loggerdata.pl]] -- automatic downloads from remote loggers
** [[WERC datasite architecture]] -- setup & conventions assumed by the above
* [[src-datasite-commserver|commserver]] -- provide connections to radio telemetry sites
* [[src-perl-lab-scale|laboratory scale logger]]
* [[src-datasite|datasite -- object-oriented site and data management]]
* [[Excel Macros]] -- Handy Excel Macros useful for data processing etc.
* [[GP]] -- GWS/EEI developed html page generating program from DOT/DNR project
* [[Graphing]] -- GWS/EEI developed graph generating program from DOT/DNR project

==Other Specialized software==
* [[MicroMet]] -- Suite of programs including SnowModel, SnowTran, and some data infilling / assimilating utilities.
* [[TopoFlow]] -- A physically based hydrologic model.
* [[Git Tips]] -- Bryan Johnson Write up

C1-Grid Data Downloads

2013-01-31T01:37:02Z

137.229.92.251:

C1 Grid Data
C1OCT99.DAT 1999,209,1600 - 1999,275,1700 112,220
C1JAN00.DAT 1999,275,1800 - 2000,29,1500 112,220
C1JULY2000.DAT 2000,29,1700 - 2000,208,1500 112,228
COUN3001.DAT 2000,220,2300 - 2000,268,1800 112,228
COUN3002.DAT 2000,268,1900 - 2000,269,1000 112,228
COUN3003.DAT 2000,269,1100 - 2000,301,1500 112,228
COUN3004.DAT 2000,293,1600 - 2001,28,1700 112,228
C1GRID.DAT 2000,352,1800 - 2001,99,900 112,228
C1-GRIDRAW.DAT 2001,99,1000 - 2002,239,2100 112,114,228
Cgrid_2005-06-06-a1.dat 2001,99,1000 - 2005,157,600
GRID777.DAT 2001,192,1500 - 2001,230,1200 112,228
GRID0101.DAT 2001,230,1400 - 2002,31,1700 112,228
GRDMETJULY02.DAT 2002,31,1800 - 2002,166,900 112,228
GRDMET01.DAT 2002,31,1800 - 2002,166,900 112,228
Cgrid_2005-07-29-a1.dat 2005,157,700 - 2005,210,1300
CR10X_final_storage_1.dat 2001,127,200 - 2006,227,800 123,228
C1_2006-10-06.dat 2006,227,900 - 2006,279,1000 123,228
C1_2007-06-09.dat 2006,279,1100 - 2007,160,1500 123,228
C1_2007-07-26.dat 2007,160,1600 - 2007,207,1300 123,228
C1_2007-09-17.dat 2007,207,1400 - 2007,260,1000 123,228
C1_2008-06-13.dat 2007,260,1100 - 2008,165,800 123,227
C1_2008-08-25.dat 2008,165,900 - 2008,239,1400 123,227,234
c1_grid_2009_08_04.dat 2008,165,900 - 2009,216,1200 123,227,234
c1_grid_2009_09_23.dat 2009,216,1400 - 2009,266,1600 123,227,239
c1_grid_2010_06_26.dat 2009,216,1400 - 2010,177,1100 123,227,239
c1_grid_2010_08_10.dat 2009,266,1700 - 2010,222,1200 123,227,239
c1_grid_2012_08_06.dat 2011,228,1300 - 2012,219,1200 127,246,402,262

SHAND RECORD 2001,99,1000 - PRESENT

Topcon ImageMaster Photo

2012-10-03T20:53:30Z

137.229.92.251:

Just some notes for myself.

General Tips
# Set DSLR to Aperture Priority when taking photos.
# Bright, flat, light is best for oblique photos
# Shoot a photo of the calibration print using the camera with aperture set to what is used in the field... you'll need one calibration print per lens & aperture combo.

Software Tips
* I'll update this once I've done a total station survey but the software is tough to use, so some reminder type stuff for making arbitrary space surveys
# Add a camera to the project: '''Orientation Menu -> Camera -> Add Camera'''
# Browse to the calibration information for the camera & lens combo.
# Add images using the button '''Register Image'''
# After adding the images and specifying they use the camera in the previous step, pair them up by selecting two photos from the ''Image List'' and pressing the toolbar button '''Add Stereo Pair'''
# For me, with a simple case of four photos, 'pair' means 1 & 2 pair, 2&3 pair, 3&4 pair etc.
# start locating points on the first pair of images... to do this rightclick on an image and select '''Measure Tie Point...'''
# For nature scenes, I'm finding not enabling ''Center Detector'' or ''Corner Detector'' is fastest for the workflow.
# As you add points:
## Click a point in the left image
## click the same point in the right image
## name it
## click ''Measure'' in the '''measure tie point''' pop up window.
## repeat for the next points in the image.
# I found that it worked better to zoom in once more from the default. My precision went up quite a bit at the higher zoom setting. Do this for both images.
# when you're done with the first set of images, double-click on the second pair. You'll be prompted to save the point information and move to the second pair.
# On the second pair, typically the image on the left will show you points common between the first and second images. At the higher zoom level I found it easy enough to identify these points in the third image. First, identify the pre-existing point in both images. Then, click on the white label in the left image. Finally, click on the correct spot on the right image. Then, once again, click the '''measure''' button. Doing this across multiple images is the difference between a nice set of 2d merging of the image and a 3d computation. This is also why when you pair up, it is 1-2, 2-3, 3-4 etc. rather than 1-2, 2-3, 1-3 etc.

Topcon ImageMaster Photo

2012-10-03T20:52:04Z

137.229.92.251:

Software

2012-10-03T20:37:09Z

137.229.92.251:

Here's a list of software commonly used in the department. You may wish to add tips or questions to the program's wiki page.

== Mac ==
* [[Dreamweaver]] -- HTML/CSS editing program
* [[Aptana]] -- HTML / CSS editing program with a different IDE from dreamweaver (some advantages for each)
* [[MS Office]] -- Excel, Powerpoint etc.
* [[fugu]] -- a nice GUI version of SFTP/SCP for the Mac

== Linux ==
* [[Loggernet]] -- Campbell Scientific's data retrieval program
* [[Perl]] -- Handy programming/scripting language for all sorts of things
* [[Ruby]] -- A '''very''' ''object-oriented'' language we're just beginning to use
* [[Python]] -- Another programming/scripting language
* [[TopoFlow V3]] -- Python version of TopoFlow

== Windows ==
* [[Dreamweaver]] -- HTML/CSS editing program
* [[Aptana]] -- HTML / CSS editing program with a different IDE from dreamweaver (some advantages for each)
* [[MS Office]] -- Excel, Powerpoint etc.
* [[Adobe PDF tools]] -- Making PDFs (free alternatives also available)
* [[Adobe Photoshop]] -- Image Manipulation
* [[Adobe Illustrator]] -- Graphics creation
* [[Irfanview]] -- Image viewing program more flexible than the default Microsoft Image viewer
* [[Cygwin]] -- linux utilities for Windows
* [[Python]] -- available either through cygwin or as a standalone program.
* [[ArcGIS]] -- ESRI's GIS program - Visit the GINA page for the UAF license info: http://esrisitelicense.gina.alaska.edu/
* [[Putty]] -- Small suite of tools for doing SSH/SFTP/SCP
* [[SSH Secure Shell]] -- An alternative tool for doing SSH/SFTP
* [[Origin]] -- A fancy plotting & graph program
* [[Surfer]] -- A fancy plotting & graph program
* [[Perl]] -- Handy programming language for all sorts of things
* [[Loggernet]] -- Campbell Scientific's data retrieval program
* [[HBV]] -- Streamflow modeling, a rainfall-runoff program
* [[HBV-light]] -- Streamflow modeling, a monte carlo approach for parameter estimation
* [[RiverTools]] -- A program for getting for DEM and related files ready for input into TopoFlow
* [[TopoFlow]] -- Streamflow modeling, a physically based model originally written in IDL and currently being redone with python
* [[WinRiver II]] -- RDI discharge measurement software for use with RDI products
* [[Topcon ImageMaster Photo]] -- DEM Creation tool
==WERC in-house software development==
* [[src-perl-Campbell::Comm-overview|data-gathering system]], written in Perl:
** [[src-perl-Campbell::Comm|Campbell::Comm]] -- perl module to interface Campbell CR10 loggers
** [[src-perl-querylogger|querylogger.pl]] -- query remote loggers
** [[src-perl-loggerdata|loggerdata.pl]] -- automatic downloads from remote loggers
** [[WERC datasite architecture]] -- setup & conventions assumed by the above
* [[src-datasite-commserver|commserver]] -- provide connections to radio telemetry sites
* [[src-perl-lab-scale|laboratory scale logger]]
* [[src-datasite|datasite -- object-oriented site and data management]]
* [[Excel Macros]] -- Handy Excel Macros useful for data processing etc.
* [[GP]] -- GWS/EEI developed html page generating program from DOT/DNR project
* [[Graphing]] -- GWS/EEI developed graph generating program from DOT/DNR project

==Other Specialized software==
* [[MicroMet]] -- Suite of programs including SnowModel, SnowTran, and some data infilling / assimilating utilities.
* [[TopoFlow]] -- A physically based hydrologic model.
* [[Git Tips]] -- Bryan Johnson Write up

Variable terrain rain gage stand

2012-09-27T19:58:08Z

137.229.92.251:

[[Image:Precip stand1.jpg|right|400px|caption]]
[[Image:Werc 2000 era precipstand2.jpg|right|400px|caption]]
[[Image:Werc 2000 era precipstand.jpg|right|400px|caption]]
[[Image:GW stand.jpg|right|400px|caption]]
[[Image:Precip stand3.jpg|right|400px|caption]]
[[Image:Precip stand2.jpg|right|400px|caption]]
[[Image:Precip stand4.jpg|right|400px|caption]]

===Introduction===
Precipitation stands for the rain gages and alter shields have evolved over time. The subject of this wiki is the first picture on the right. A new stand for variable terrain. The second two pictures to the right of the text show the main design used in the 90s and early 2000s. A rain gage is hose clamped to a rebar or several inside the perimeter of the altar shield. The alter shield is secured to two 2x4s crossed and notched. Although a good design for early in the life of the station, over time the shield tends to settle and moves out of the optimal shielding position. In addition, the rebars the precip bucket is connected to tend to move out of level, degrading the measurements. 
In 2005 GWS cooked up an alternate stand that uses duckbill anchors and rebars, which was maybe a decent design on paper (picture 4). In the field though, it was a real annoyance to keep level. 
At some point Rob Gieck designed the Gieck stand (picture 5). The Gieck stand is a combo of 4 2x6 pieces constructed in an equilateral triangle shape.
I haven't worked with the Gieck stand but in 2010 cooked up an alternative suitable for any type of terrain (figure 5 on the right). Although only built so far without alter shields, they would be easy to add on.
===Materials===
* 1 pcs 10' x 3/4" schedule 40 pipe '''''EMT is not an acceptable substitute. It has too small of a diameter for the nurail fittings'''''
* 2 pcs 3/4" x 3/4" NU-RAIL Crossover Fitting '''''don't expect to find many of these locally, order them from Campbell Scientific or for a better price, go to nurail.com or hollaender.com (linked at bottom of the page)'''''
* 3 pcs 36" or 48" Screed Stake '''''Find these at Home Depot or Alaska Sand and Gravel among other places locally'''''
* 4 pcs #28 Hose Clamp (1-5/16" to 2-1/4" Diameter adjustment range)
* 2 pcs #20 Hose Clamp (1-3/16" to 1-3/4" Diameter adjustment range)

===Tools===
* Sawzall
* Round File
* Flat File
* 5/16" Nut Driver
* ___ inch allen wrench (Nu-rail fittings use english allen wrenches though I'm not certain the size)
* bubble level
* hand maul or sledge hammer

===Procedure===
# In lab, cut 10' pipe to length. You have some flexibility here. For the stands we put in at CPCRW for [[Jessie Cable & Bob_Bolton EPSCOR in CPCRW project|Bob Bolton & Jessie Cable's Epscor project]] we cut the adjustment arms to 5' and the vertical pipe for the precip bucket to 30". Bob Bolton thought the 5' was over kill so it could be that a 45" / 45" / 30" setup would work better. For this procedure we'll assume the pipe is indeed cut to 45" / 45" / 30"
# After cutting the pipe, file off the metal burs with the two files. Use the round file for inside the pipe and the flat file for outside of the pipe.
# Head to the field.
# At the site, slide a Nu-Rail fitting over each 45" adjustment arm and then tighten it.
# Next, slide the precip bucket support leg through the open pipe hole of the Nu-rail fittings and tighten ... but not super tight the allen-head machine screws.
# Twist the two support arms around the precip support leg until they are roughly perpendicular to each other.
# Set the apparatus aside and pound a screed stake for the precip support leg into the ground. This screed stake can be pounded until just a few inches are above ground.
# Next, set the precip support leg adjacent to this first screed stake.
# Pound the other two screed stakes into the ground. Place them about 6" or so in from the far end of each adjustment arm. Pound the screed stakes until there is 12 to 18 inches of screed stake still above the ground surface... you might choose something different depending on the time of year... as long as you don't pound it to far there shouldn't be a problem.
# Take two of the #28 hose clamps (the bigger ones) and secure the bottom of the precip support leg to the first screed stake pounded into the ground. The 5/16" nut driver should be the right size for tightening the hose clamps.
# Mount the precip gage to the precip support leg using the #20 (smaller) hose clamps
# Remove the anodized aluminum orifice & funnel piece from the rain gage.
# Set the bubble level on the exposed rim.
# Raise and lower each adjustment arm until the bubble level shows the precip bucket level in both axes.
# Use the remaining #28 hose clamps to secure the adjustment arms to their screed stakes.
# Put the anodized orifice back on the rain gage

===Other options===
*Although these instructions don't include the addition of an alter shield, one could easily be added. I'm not sure the best way, there are several options. Maybe the easiest would be to find a supplier for these: 
'''[http://www.hollaender.com/?page=speedrail&r=1|No. 106 Dbl. Side Outlet Cross]''' 
... and pair that with four of the crossover fittings mentioned above in the materials section. It looks like (from pictures) the alter shields use 3/4" pipe so buy more 3/4" crossover fittings.
* Use this stand for other stuff like radiation / snow depth. Add one more 3/4" cross over fitting and a 5" horizontal pipe. Increase the length of the vertical pipe.

NGEE September 3 2012 Trip not essential to the trip information

2012-08-30T01:01:34Z

137.229.92.251:

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* 4 Instrument box
* 4 charge controller (SS10)
* 7 SW12V units
* 12 HFP01s
* 12 HydraProbe IIs

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode

** RF450 S/N 882-5337; 875-2691;875-2750
** FGR S/N '''873-7563 (Master)'''; 873-5346
** '''Need 2 more Null Modems''' 8/27/2012

===Instrument Box General Shipping Contents===
*3 HFP01
* 1 SR50A
* 1 SR50A cable
* 1 SR50A mounting bracket
* 2 SW12V units (except we're missing one.

NGEE September 3 2012 Trip

2012-08-30T00:53:50Z

137.229.92.251:

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1
* [[NGEE September 3 2012 Trip not essential to the trip information]]
===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403
===Shipping===
* Tripods, battery boxes etc.
** '''NAC Waybill 345-2130-8372'''
* Batteries
** '''NAC Waybill 345-2130-8431'''

===Bill Remaining things to grab===
* 2 pcs Null Modem cables
* Heat shrink
* Heat Gun

===Bob Remaining things to grab===
* 1 pcs SW12V Unit
* 4 pcs nuts & bolts for solar panel mount
* Grabbed, not packed
** 5 pcs radio & power cable
** 5 pcs radio antenna setup
** 3 pcs null modem
** Ring connectors for batteries
** power cable to go between batteries
** power cable to go battery box to instrument box
** hole drilling stuff for liquid-tite
** Multiplexer wiring wire

===To Purchase===
* NRS Straps for battery boxes

===Pre-trip to do===
* Organized per site items ('''X''' means it's packed / shipped)
** Precip Stand
*** '''X''' 3 screed stakes
*** '''X''' Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** '''X''' Hose Clamps (2 sizes)
*** '''X''' NuRail fittings
** Tripod Related
*** '''X''' 1 pcs tripod & cross arm
*** '''X''' 1 pcs instrument box & contents:
**** '''X''' cable ties
**** '''X''' 2pcs AM16/32s
**** '''X''' 2 pcs current excitation module
**** '''X''' 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** '''X''' 1 pcs solar panel ''missing one''
**** '''X''' 2 pcs ubolts for solar panel mount
**** '''X''' 2 pcs aluminum strips for solar panel mount ''shipped in 4' sections in one of the tripod boxes''
**** 4 pcs nuts & bolts for solar panel mount ''need to grab yet''
**** '''X''' Batteries
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** '''X''' cold temperature power cable (red & black or an all-weather extension cord)
**** '''X''' 1 pcs power cable from solar panel
**** '''X''' 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** '''X''' 1 pcs charge controller
*** '''X''' 1 pcs SR50A setup
**** SR50A setup
**** '''X''' 1 pcs SR50A
**** '''X''' 1 pcs SR50A mount (in tripod box)
**** '''X''' 1 pcs SR50A cable
**** '''X''' 1 pcs SR50A cable protection
*** Air Temperature Setup
**** '''X''' 1 pcs AT radiation shield
**** '''X''' 1 pcs 107 Temperature Probe
**** '''X''' 1 pcs cable protection
*** Subsurface Hardware
**** '''X''' 9 HydraProbe IIs
**** '''X''' 3 HFP01 heat flux plates
**** '''X''' 5 deep thermistor probes
**** '''X''' 1 shallow thermistor probes
**** '''X''' 9 thermistors probes to pair with the hydraprobe iis
**** '''X''' 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* wiring stuff (to control all the excess wires) Action Packers?

===Stuff to bring===

==== things not on a PR yet====
* NRS straps maybe from the Beave for the tarp.

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip not essential to the trip information

2012-08-30T00:31:14Z

137.229.92.251:

NGEE September 3 2012 Trip

2012-08-30T00:31:01Z

137.229.92.251:

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1
* [[NGEE September 3 2012 Trip not essential to the trip information]]
===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403
===Shipping===
* Tripods, battery boxes etc.
** '''NAC Waybill 345-2130-8372'''
* Batteries
** '''NAC Waybill 345-2130-8431'''

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps (Freds)
* solar panel mounts (Lowes)
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties
* SDI cable extensions

===Stuff to bring out===
==== Extras from Bill ====
* Heat shrink
* Heat Gun

==== Other ====
* Hole Saw for additional box holes (currently just a single hole) ... purchased and packed.

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties
* Terminal strips

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip

2012-08-29T23:43:11Z

137.229.92.251:

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1

===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403
===Shipping===
* Tripods, battery boxes etc.
** '''NAC Waybill 345-2130-8372'''
* Batteries
** '''NAC Waybill 345-2130-8431'''

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* 4 Instrument box
* 4 charge controller (SS10)
* 7 SW12V units
* 12 HFP01s
* 12 HydraProbe IIs

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode

** RF450 S/N 882-5337; 875-2691;875-2750
** FGR S/N '''873-7563 (Master)'''; 873-5346
** '''Need 2 more Null Modems''' 8/27/2012

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps (Freds)
* solar panel mounts (Lowes)
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties
* SDI cable extensions

===Stuff to bring out===
==== Extras from Bill ====
* Heat shrink
* Heat Gun

==== Other ====
* Hole Saw for additional box holes (currently just a single hole) ... purchased and packed.

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties
* Terminal strips

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip

2012-08-28T01:56:18Z

137.229.92.251: /* things not on a PR yet */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1

===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* Instrument box
* charge controller

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode

** RF450 S/N 882-5337; 875-2691;875-2750
** FGR S/N '''873-7563 (Master)'''; 873-5346
** '''Need 2 more Null Modems''' 8/27/2012

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps
* solar panel mounts
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties

===Stuff to bring out===
==== Extras from Bill ====
* 4 pcs 107 Probes & Radiation Shields

==== Other ====
*

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties
* Terminal strips

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip

2012-08-28T01:55:30Z

137.229.92.251: /* Supplies / Equipment IARC is providing to the project that will need to be replaced */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1

===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* Instrument box
* charge controller

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode

** RF450 S/N 882-5337; 875-2691;875-2750
** FGR S/N '''873-7563 (Master)'''; 873-5346
** '''Need 2 more Null Modems''' 8/27/2012

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps
* solar panel mounts
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties

===Stuff to bring out===
==== Extras from Bill ====
* 4 pcs 107 Probes & Radiation Shields

==== Other ====
*

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip

2012-08-28T01:53:04Z

137.229.92.251: /* Supplies / Equipment IARC is providing to the project that will need to be replaced */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1

===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* Instrument box
* charge controller

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios?
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode
** '''Need 2 more Null Modems''' 8/27/2012

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps
* solar panel mounts
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties

===Stuff to bring out===
==== Extras from Bill ====
* 4 pcs 107 Probes & Radiation Shields

==== Other ====
*

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area

NGEE September 3 2012 Trip

2012-08-28T01:52:45Z

137.229.92.251: /* Supplies / Equipment IARC is providing to the project that will need to be replaced */

===Notes===
* [[NGEE Barrow Intensive Sites Initial Wiring]]
* First Program (not including thermal offsets which will be added onsite):
** https://github.com/frankohanlon/ngee/blob/master/ngee_intensive_site_subset.CR1

===Metadata type stuff===
* [[NGEE-Barrow Calibration and Serial Numbers]]
* Timezone - UTC
* PakBus IDs - A = 400; B = 401; C = 402; D = 403

===Supplies / Equipment the GIPL is providing to the project that will need to be replaced===
* 4 Tripods
* 4 CrossArms
* 4 Radiation Shields
* 4 107 Temperature Probes
* 24 Thermal Conductivity sensors from East30
* 8 Current Excitation Modules
* 8 AM16/32 Multiplexers
* 4 CR1000s
* Instrument box
* charge controller

=== Supplies / Equipment IARC is providing to the project that will need to be replaced===
* Radios?
** set hopping channels to an alternate: 13
** Network ID is 2279 (BARW on phone)
** set up in multipoint mode
** ''Need 2 more Null Modems'' 8/27/2012

===Enroute===
* Battery Boxes should arrive 8/30ish
* batteries I'm not sure of but should arrive near our departure.

===Program to do yet===
* seasonal snow measurements... not going to do anything special I think.
* test final program... testing.

===Pre-trip to do===
* Cut Pipe
* Ship stuff: thinking two loads
** shipment 1 ship Wednesday and that will be stuff we'll need on arrival
** shipment 2 ship Friday and that will be things still being prepped early next week.
* Organize per site items
** Precip Stand
*** 3 screed stakes
*** Pipe: 2 pcs 5 ft; 1 pcs 2.5'
*** Hose Clamps (2 sizes)
*** NuRail fittings (currently in Bob's office)
** Tripod Related
*** 1 pcs tripod
*** 1 pcs instrument box & contents:
**** cable ties
**** AM16/32s
**** 2 pcs current excitation module
**** 1 pcs CR1000
**** 1 pcs radio & power cable
**** 1 pcs radio antenna setup
**** 1 pcs null modem
*** Energy system
**** 1 pcs solar panel
**** 2 pcs ubolts for solar panel mount
**** 2 pcs aluminum strips for solar panel mount
**** 4 pcs nuts & bolts for solar panel mount
**** Batteries if they arrive
**** Ring connectors for batteries
**** power cable to go between batteries
**** power cable to go battery box to instrument box
**** cable protection between battery box and instrument box
**** power cable to go between solar panel and battery box
**** cable protection to go between solar panel and battery box
**** cold temperature power cable (red & black or an all-weather extension cord)
**** 1 pcs power cable from solar panel
**** 1 pcs cable protection for solar panel cable (sort of left off cable protection estimates I'm thinking)
**** 1 pcs charge controller
*** 1 pcs SR50A setup
**** 5' x 3/4" Pipe
**** SR50A setup
**** 1 pcs SR50A
**** 1 pcs SR50A mount
**** 1 pcs SR50A cable
**** 1 pcs SR50A cable protection
*** Air Temperature Setup
**** 1 pcs AT radiation shield
**** 1 pcs 107 Temperature Probe
**** 1 pcs cable protection
*** Subsurface Hardware
**** 9 HydraProbe IIs
**** 3 HFP01 heat flux plates
**** 5 deep thermistor probes
**** 1 shallow thermistor probes
**** 9 thermistors probes to pair with the hydraprobe iis
**** 6 thermal conductivity probes to put two of the pits

===Things to buy===
* Bit o' Food?
* buy additional required hardware
* 2400 ft of 3/4" flex conduit
* 100 ft of 3/8" flex conduit
* brown tarps
* solar panel mounts
* wiring stuff (to control all the excess wires) Action Packers?
* conduit, lots!
* large pvc and fittings to go between action packer and CSI enclosure?
* fittings for an additional opening in bottom of enclosures
* cable ties

===Stuff to bring out===
==== Extras from Bill ====
* 4 pcs 107 Probes & Radiation Shields

==== Other ====
*

==== things not on a PR yet====
* power cables (reds & blacks or extension cords)
* cable protection for energy system
* brown tarps from Freddies
* NRS straps maybe from the Beave for the tarp.
* Cable Ties

==== Equipment To Ship ====
* 4 Tripods
* 4 Battery Boxes
* 4 Solar Panels
* Thermistor Strings
* Additional Thermistors
* Radiation Shields
* Instrument boxes with loggers etc. installed
* charge controllers

==== Technical Gear ====
* '''Shotgun'''
* Keypad
* fish tape
* kayak
* Tool Bags
* Computer & (packed) SC32B
* Climbing harness
* Climbing Gear Proper
* Serial Cables & spares
* brown tarps
* Sawzall
* drill

==== Food to bring out ====
* Optional

==== Probable Luggage ====
# Shotgun [Bob #1]
# Bob Personal backpack [Bob #2]
# Work Actionpacker #1 [Bob #3]
#

====How it will go down out there====
* Bil & Vlad drill the thermistor bore holes
* Bob focuses on the wiring and station set up with an assist as needed from others
* Anna if she comes digs and logs soil pits
* All will share hauling duties from truck to intensive site area